162
Electron impact collision strengths in Si IX, Si X, and Si XI Guiyun Liang a , Gang Zhao a, * , Jiaolong Zeng b a National Astronomical Observatories, Chinese Academy of Sciences, Beijing 100012, PR China b Department of Applied Physics, National University of Defense Technology, Changsha 410073, PR China Available online 9 February 2007 Abstract Electron impact collision strengths among 560 levels of Si IX, 320 levels of Si X, and 350 levels of Si XI have been calculated using the Flexible Atomic Code of Gu [M.F. Gu, Astrophys. J. 582 (2003) 1241]. Collision strengths X at 10 scattered electron energies, namely 10, 50, 100, 200, 400, 600, 800, 1000, 1500, and 2000 eV, are reported. Assuming a Maxwellian energy distribution, effective collision strengths are obtained on a finer electron temperature grid of 0.5, 1.0, 2.0, 3.0, 4.0, 5.0, and 6.0 MK, which covers the typical temper- ature range of astrophysical hot plasmas. Additionally, radiative rates A and weighted oscillator strengths gf are given for the more prob- able transitions among these levels. Comparisons of our results with available predictions reported in earlier literature are made and the accuracy of the data is assessed. Most transitions exhibit a good agreement, but large differences in gf appear for a few cases, which are due to the different configuration interactions included in different theoretical calculations. For excitations among levels of the ground and lower excited configurations, large discrepancies of may have resulted from the consideration of resonance effects in earlier works. Ó 2007 Elsevier Inc. All rights reserved. 0092-640X/$ - see front matter Ó 2007 Elsevier Inc. All rights reserved. doi:10.1016/j.adt.2006.12.001 * Corresponding author. E-mail address: [email protected] (G. Zhao). www.elsevier.com/locate/adt Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Electron impact collision strengths in Si IX, Si X, and Si XI

Embed Size (px)

Citation preview

www.elsevier.com/locate/adt

Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Electron impact collision strengths in Si IX, Si X, and Si XI

Guiyun Liang a, Gang Zhao a,*, Jiaolong Zeng b

a National Astronomical Observatories, Chinese Academy of Sciences, Beijing 100012, PR Chinab Department of Applied Physics, National University of Defense Technology, Changsha 410073, PR China

Available online 9 February 2007

Abstract

Electron impact collision strengths among 560 levels of Si IX, 320 levels of Si X, and 350 levels of Si XI have been calculated using theFlexible Atomic Code of Gu [M.F. Gu, Astrophys. J. 582 (2003) 1241]. Collision strengths X at 10 scattered electron energies, namely 10,50, 100, 200, 400, 600, 800, 1000, 1500, and 2000 eV, are reported. Assuming a Maxwellian energy distribution, effective collisionstrengths � are obtained on a finer electron temperature grid of 0.5, 1.0, 2.0, 3.0, 4.0, 5.0, and 6.0 MK, which covers the typical temper-ature range of astrophysical hot plasmas. Additionally, radiative rates A and weighted oscillator strengths gf are given for the more prob-able transitions among these levels. Comparisons of our results with available predictions reported in earlier literature are made and theaccuracy of the data is assessed. Most transitions exhibit a good agreement, but large differences in gf appear for a few cases, which aredue to the different configuration interactions included in different theoretical calculations. For excitations among levels of the groundand lower excited configurations, large discrepancies of � may have resulted from the consideration of resonance effects in earlier works.� 2007 Elsevier Inc. All rights reserved.

0092-640X/$ - see front matter � 2007 Elsevier Inc. All rights reserved.

doi:10.1016/j.adt.2006.12.001

* Corresponding author.E-mail address: [email protected] (G. Zhao).

376 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Contents

1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 376

2. Energy levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 377

2.1. Si IX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3772.2. Si X. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3772.3. Si XI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378

3. Weighted oscillator strength. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378

3.1. Si IX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3783.2. Si X. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3803.3. Si XI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 380

4. Collision strength X and effective collision strength � . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 382

4.1. Si IX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3824.2. Si X. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3834.3. Si XI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 385

5. Conclusions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 386

Explanation of Tables. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 388

Tables1. Energy levels (in Ry) of the Si IX ion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3902. Energy levels (in Ry) of the Si X ion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3993. Energy levels (in Ry) of the Si XI ion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4044. Effective collision strengths � for Si IX at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with

weighted oscillator strengths gf and radiative rates A. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4105. Effective collision strengths � for Si X at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with

weighted oscillator strengths gf and radiative rates A. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4336. Effective collision strengths � for Si XI at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with

weighted oscillator strengths gf and radiative rates A. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4547. Collision strengths X for Si IX at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000 . . . 4708. Collision strengths X for Si X at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000 . . . 4949. Collision strengths X for Si XI at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000 . . . 516

1. Introduction

A wealth of high resolution spectra in the UV, EUV,and X-ray regions has been obtained for solar, stellar,and other astrophysical sources by many space missionssuch as SOHO, Chandra and XMM-Newton. Many ofthe observed emission lines are due to highly charged sili-con ions (Si VII–Si XIV), as reported in the literature forProcyon and a Centauri [1,2], for example. For line identi-fications and spectral analyses, a complete list of linesincluding emission and absorption lines of highly chargedsilicon is very necessary. This is available in the Chianti[3] and ATOMDB [4] data sets. However, the availabledata for atomic parameters is very limited for elementssuch as silicon, sulfur, argon, and calcium. Moreover, theaccuracy of the available data for these L-shell ions iscalled into attention because of the poor modeling for theastrophysical spectra [5]. Recently, Aggarwal et al. [6],Liang et al. [7], and Landi and Bhatia [8] performed atomic

data calculations for Ar L-shell ions with larger configura-tion interaction (CI). They listed energy levels, radiativerates, and/or collision strengths. Generally, more accurateresults could be obtained by considering larger CI, asstated by Aggarwal et al. [6].

Many calculations for the highly charged silicon ionshave been performed in past decades, and the data are usedextensively in present astrophysical modeling codes, suchas Chianti and APEC. Yet the data are limited to low-lyingenergy levels. For electron impact collision strengths,almost all available data are confined to levels with n = 2configurations. Moreover, available theoretical data forradiative rates are also confined to allowed and inter-com-bination (E1) transitions alone. In addition, the data usedby the Chianti and APEC codes are from different litera-ture sources. Here, we attempt to present self-consistent,accurate, and extensive data for highly charged Si ions.Additionally, to provide experimental support, many linesof Si VIII–XIII in the 40–80 A soft X-ray range have been

0.90

0.94

0.98

1.02

1.06

1.10

FACCIV3Chianti

0.90

0.94

0.98

1.02

1.06

ET

heo./E

Exp

t.

0 4 8 12 16 20 24 28 32

EExpt. (in Ryd)

0.90

0.94

0.98

1.02

1.06

a

b

c

Fig. 1. Comparison of different calculations of energy levels versus theavailable experimental ones (from the NIST database). The x-axis denotesthe experimental energy (in Ry), the y-axis denotes the ratio of thetheoretical calculations versus experimental ones. (a) For Si IX; (b) for SiX; (c) for Si XI.

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 377

measured in an experiment using a silicon target irradiatedby an intense femtosecond laser at the Institute of Physics,Chinese Academy of Sciences [9].

2. Energy levels

This study used the Flexible Atomic Code (FAC) devel-oped by Gu [10,11] to perform calculations of the structureand the electron–ion interaction process. This code is astandard atomic structure code like the GRASP code ofDyall et al. [12], and is available at the website http://kipac-tree.stanford.edu/fac/. A fully relativistic approachbased on the Dirac equation is used throughout the entirepackage. The specific configurations included, resultsobtained, and accuracy achieved are discussed below foreach ion.

2.1. Si IX

In the work of Aggarwal [13], 46 low-lying energylevels and radiative rates among these levels for car-bon-like ions including Si IX were reported. An exten-sive CI was considered in this work and better resultswere obtained when compared with earlier calculations.Yet only 46 levels belonging to configurations of(1s2)2s22p2, 2s2p3, 2p4, and 2s22p3l were reported. Incomparison with experimental values (NIST [14]), thelevel energies agreed to within 2% except for two levelsof 2s22p2 1D2 and 1S0. The Chianti code adopts an ear-lier calculation of Bhatia and Doschek [15], which alsoreported 46 levels, but less CI was considered. Besidesatomic data such as the energy levels, radiative decayrates, and collision strengths, this work also presentedline intensities for some strong transitions by solvingrate equations of level populations. Orloski et al. [16](hereafter OTC99) performed a calculation of energylevels by including additional configurations, namely2s2p23l. Further, the calculated energy levels wereadjusted in accordance with observed wavelengths usingan interactive optimization procedure packaged in theprogram ELCALC [17].

In our study, energies of 560 levels belonging to 31 con-figurations of Si IX (namely, 2s22p2, 2s2p3, 2p4, 2s22p3l,2s2p23l, 2p33l (l = s,p,d), 2s22p4l 0, 2s2p24l 0, 2s22p5l 0,2s22p6l 0 (l 0 = 0,1, . . . ,n � 1)) are reported as listed inTable 1. In order to assess the accuracy, we also list theNIST data, which are recognized as the most reliable dataso far, and other theoretical calculations. In comparisonwith available experimental values, the present results agreeto within better than 2% for most levels. Though less CIhas been considered than the work of Aggarwal [13], thepresent level energies show an excellent agreement withthose reported by Aggarwal [13]. On the other hand, thisindicates that the CI effect from other configurations isnot distinct. The theoretical calculations of Bhatia andDoschek [15] also agree with experimental values exceptfor the level 2s2p3 5S2. Its value is lower than the

experimental one by �8%. By considering large CI, thelevel energy increases to 1.3025 Ry and agrees with exper-imental ones to within 2%. Results of Orloski et al. [16]had been adjusted by observed wavelengths, so their levelenergies are listed for comparison in Table 1. Fig. 1(a)graphically illustrates such comparison. For those higherexcited levels, the configuration mixing is very severe, solevel designation and ordering are very difficult. Only afew levels can be obtained from the NIST database, andsome levels are labeled by a question mark ‘?’. For theselevels, we note that our results differ from the experimentalvalues by less than 0.07 Ry. This suggests that a goodagreement has been obtained. Aggarwal [13] considered alarger CI in their calculation. Unfortunately, the higherexcited levels have not been reported.

2.2. Si X

For this ion, 50 experimental level energies belonging tothe 2s22p, 2s2p2, 2p3, 2s2p3l (l = s,p,d), 2p23d, 2s24d,2s25d, and 2s26d configurations can be obtained from theNIST website. In the Chianti database, an additional 75theoretical energy levels belonging to configurations,namely 2s22p, 2s2p2, 2p3, 2s23l, 2s2p3l, 2p23l (l = s,p,d),are compiled from earlier works. Different theoreticalcalculations have been included, such as Edlen [18], Zhanget al. [19,20], and Sampson and Zhang [21]. Cavalcantiet al. [22] also reported some level energies belonging to2s22p, 2p3, 2s23l, 2s2p3l, 2p23l, 2s24l, 2s2p4p, 2s2p4d,

378 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

2s25d, 2s2p5p, and 2s2p5d configurations using a multi-configuration Hartree–Fock relativistic approach, andadjusted their results by observed wavelengths.

By considering a larger CI, we calculate the level ener-gies of Si X, and 320 levels belonging to configurationsof 2s22p, 2p3, 2s23l, 2s2p3l, 2p23l (l = s,p,d), 2s24l 0,2s2p4l 0, 2s25l 0, 2s2p5l 0 and 2s26l 0 (l 0 = 0, 1,. . .,n � 1; n isthe principal quantum number) as reported in Table 2.For comparison, other available theoretical results andexperimental data are also presented.

An inspection of Table 2 indicates that the presentresults show a good agreement with experimental valuesand other different predictions, which is graphically dis-played in Fig. 1(b). Some higher excited levels, such as lev-els from the 2s2p4l and 2s2p5l configurations, were alsoreported by Cavalcanti et al. [22] (hereafter referring toCLT00), and these energy values were adjusted by observedwavelengths. A comparison with these results reveals thatour results are good to better than 1% as shown by filledcircles in Fig. 1(b). From Table 2, we find the differencesare less than 0.08 Ry.

2.3. Si XI

For this ion, almost all available theoretical results forenergy levels are for the low-lying 46 levels with n = 3configurations, which are extensively used by currentastrophysical modeling codes such as Chianti, MEKAL,and APEC. Typical studies are the works of Sampsonet al. [23] and Zhang and Sampson [24]. Coutinho andTrigueiros [25] also reported higher excited levels of the2s4l, 2p4l, 2s5l, and 2p5l configurations, in which a mul-ti-configuration Hartree-Fock relativistic approach wasadopted. The calculated energies were adjusted byobserved wavelengths using the interactive optimizationprocedure included in the ELCALC [17] program. Inthe newest version of the NIST database, about 48experimental energy levels belonging to the 2s2p, 2p2,2s3l, 2p3l, 2s4l, 2p4p, 2p4d, 2s5d, and 2p5d configura-tions are listed. Here, we reported energies of 350 levelsbelonging to 28 configurations of Si XI, namely 2s2,2s2p, 2p2, 2l3l 0, 2l4l 0, 2l5l 0, 2l6l 0, and 2l7l 0 (l = s,p;l 0 = 0,1, . . . ,n � 1).

In Table 3 we list the level energies along with avail-able experimental and theoretical compilations for com-parison. The present predictions show a good agreementwith the experimental data for a majority of levels.Even for the lowest-lying levels of the ground and lowerexcited configurations, the largest difference does notexceed 2%. Fig. 1(c) indicates that the present resultsare better than the theoretical data included in Chianti.For higher excited levels, we use the data of Coutinhoand Trigueiros [25] to assess the accuracy because Cout-inho and Trigueiros [25] adjusted their results withobserved wavelengths. A good agreement (within 0.3%)appears as shown by the filled circles in Fig. 1(c) andin Table 3.

3. Weighted oscillator strength

We also report here the weighted absorption oscillatorstrength (gfij) and radiative decay rate (Aij) for a giventransition i fi j computed using the FAC package. In thefollowing, we discuss our results for the weighted oscillatorstrengths for each of the silicon ions in detail.

3.1. Si IX

Available theoretical data for radiative rates or weightedoscillator strengths is confined to transitions among 46low-lying levels [13,15] of Si IX. For strong or allowedtransitions, the oscillator strengths are accurate to 10% asstated by Aggarwal [13] who adopted the CIV3 code [26].However, larger uncertainties still exist for those weakforbidden transitions (gf < 0.1). In the work of Orloskiet al. [16], weighted oscillator strengths to higher excitedlevels of the 2s2p23l configurations were also reported. Inaddition, a majority of the literature sources reported theradiative rates for electric dipole transitions among levelswith n = 2 complexes. To our knowledge, no additionalwork reported the radiative rates or oscillator strengthsfor Dn P 1 transitions among levels of n = 2, 3, 4, and 5complexes. In order to successfully model high qualityastrophysical spectra, here we extended the data forthe radiative rates. The gf and radiative rates for transi-tions among 560 levels were calculated as listed in Table4. Not only the E1 type transitions are reported, butalso other types of transitions such as M1, E2 andM2, which directly results in the computed number oftransition increasing by orders of magnitude. Becauseof the length of the resulting table, only a portion ofit is reproduced here due to space limitations. The fulltable is available as a plain text file through the journal’swebsite.

In Table A we list some gf values along with other avail-able data of Aggarwal [13], Orloski et al. [16], and the dataincluded in the Chianti database for comparison. The Chi-anti code adopts results of Bhatia and Doschek [15] in themodeling of astrophysical spectra. A graphical comparisonis shown in Fig. 2 for all available transitions. Becauselarge CI have been considered by Aggarwal [13] and inthe present work, the two different calculations show agood agreement (within 20%) for most strong transitions(gf > 0.1) as shown by square symbols in Fig. 2(a). Onlythree transitions such as 2s22p2 1D2–2s22p3d 3F2 (4–38,numbers corresponding to level indices), 2s22p3p1P1–2s22p3d 1D2 (25–40), and 2s22p3p 3D1–2s22p3d 3F2

(26–38), show differences of >20%. Such differences aremainly due to the CI effect from another three configura-tions, 3s3p, 3p3d, and 3d2, considered by Aggarwal [13].When we gradually added the three configurations, the gf

increases from 0.2293 to 0.3031 for 2s22p2 1D2–2s22p3d3F2 (4–38) transition, whereas it drops from 0.1995 and0.1742 to 0.1454 and 0.1703 for 2s22p3p 1P1–2s22p3d 1D2

(25–40) and 2s22p3p 3D1–2s22p3d 3F2 (26–38) transitions,

Table AComparison of weighted oscillator strengths gf (written in the form a ± b implying a · 10±b) for some transitions of Si IX

i j FAC CIV46 Chianti OTC99 i j FAC CIV46 Chianti OTC99

1 9 8.160�2 7.797�2 8.310�2 7.797�2 3 38 1.251�2 1.301�2 9.310�3 1.301�21 11 7.759�2 7.444�2 8.260�2 7.444�2 3 39 4.623�2 4.170�2 3.930�2 4.170�21 14 9.369�2 9.154�2 9.750�2 9.154�2 3 40 5.010�3 4.274�3 7.330�3 4.274�31 22 6.791�2 6.494�2 5.360�2 6.494�2 3 42 6.889�4 1.315�3 1.280�3 1.315�31 24 6.702�4 6.514�4 7.840�4 6.514�4 3 43 7.678�2 6.860�2 6.970�2 6.860�21 42 1.061+0 1.076+0 1.040+0 1.076+0 3 44 3.494+0 3.566+0 3.490+0 3.566+01 46 6.041�2 7.154�2 6.120�2 7.154�2 3 46 3.925�1 4.024�1 3.780�1 4.024�11 51 3.298�3 1.901�3 2.290�3 1.901�3 3 51 1.159�4 4.620�5 4.830�5 4.620�52 6 1.950�5 1.947�5 2.230�5 1.947�5 3 52 5.868�4 6.265�4 5.840�4 6.265�42 8 1.805�1 1.726�1 1.840�1 1.726�1 4 7 8.741�4 8.480�4 9.700�4 8.480�42 9 4.883�2 4.707�2 4.870�2 4.707�2 4 10 9.522�5 5.560�5 5.560�52 13 1.066�4 1.080�4 1.130�4 1.080�4 4 11 3.012�4 2.822�4 3.450�4 2.822�42 15 1.274�3 1.122�3 1.680�3 1.122�3 4 14 1.408�4 8.050�5 3.670�4 8.050�52 21 6.865�2 6.579�2 5.500�2 6.579�2 4 23 1.053�3 1.022�3 9.750�4 1.022�32 38 2.601�3 5.754�4 2.710�3 5.754�4 4 39 1.070�2 8.760�3 9.490�3 8.760�32 40 4.477�2 3.726�2 3.790�2 3.726�2 4 42 7.740�4 7.310�4 4.650�4 7.310�42 42 3.934�1 4.158�1 4.040�1 4.158�1 4 46 9.187�4 9.190�4 1.080�3 9.190�42 47 2.831�1 2.905�1 2.700�1 2.905�1 5 11 1.567�4 1.372�4 2.150�4 1.372�42 51 2.416�3 1.601�3 1.510�3 1.601�3 5 14 1.931�4 1.709�4 2.560�4 1.709�43 6 4.506�5 4.774�5 5.950�5 4.774�5 5 15 1.808�1 1.757�1 1.820�1 1.757�13 13 2.115�3 1.948�3 2.330�3 1.948�3 5 22 1.009�3 8.839�4 9.140�4 8.839�43 14 4.928�1 4.828�1 5.130�1 4.828�1 5 24 8.495�2 7.945�2 6.500�2 7.945�23 22 8.687�2 8.330�2 6.990�2 8.330�2 5 42 4.260�3 2.513�3 1.730�3 2.513�33 23 2.574�1 2.465�1 2.050�1 2.465�1 5 46 7.403�4 6.538�4 5.470�4 6.538�43 24 2.782�4 2.357�4 3.540�4 2.357�4 5 51 1.224+0 1.254+0 1.120+0 1.254+0

i and j are defined in Table 1. OTC99 represents the work of Orloski et al. [16] and CIV46 that of Aggarwal [13].

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 379

respectively. This reveals that the CI is the most likelyreason for large uncertainties. The comparison with thedata used by Chianti is displayed by open-circle symbolsin Fig. 2(a). Though less CI was considered in the workof Bhatia and Doschek [15], the two different data stillagree within 20% for most strong transitions. Yet, for moretransitions besides the three above, the two different calcu-lations differ beyond 20%. Additionally, the comparisonwith the results of Orloski et al. [16] is illustrated by up-tri-

0.1 1.0Present gf

0.6

0.8

1.0

1.2

1.4

1.6

gf(o

ther

)/gf

(pre

sent

)

ChiantiCIV3OTC99

a b

Fig. 2. Comparison of the Si IX weighted oscillator strengths from different cratio of other theoretical predictions versus the present ones. (a) For strong tr

angle symbols in Fig. 2(a). For those weak transitions(gf < 0.1), many transitions show large discrepanciesbetween different calculations as shown in Fig. 2(b). Wealso tested the reason for the large differences, and foundthat the CI effect is the main reason. Generally, the presentresults agree with the results of Aggarwal [13], whereas aslightly poorer agreement with the data included in Chiantiappears. The presence of large uncertainties suggests a needfor improvement.

10 -6 10 -5 10 -4 10 -3 10 -2 10 -1

Present gf

0

1

2

3

gf(o

ther

)/gf

(pre

sent

)

alculations. The x-axis denotes the present results, the y-axis denotes theansitions gf > 0.1; (b) For weak transition 10�6 < gf < 0.1.

380 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

3.2. Si X

For B-like silicon, most available radiative rates or oscil-lator strengths of Si X are for transitions among the lowest15 levels. The radiative rates from higher excited levelswere first reported by Zhang and Sampson [19], whichare extensively used in current astrophysical modelingcodes, such as Chianti and APEC. Cavalcanti et al. [22] cal-culated the weighted oscillator strengths using optimizedelectrostatic parameters for transitions among levels ofthe configurations 2s22p, 2p3, 2s23l, 2s2p3l, 2p23l, 2s24l,2s2p4p, 2s2p4d, 2s25d, 2s2p5p, and 2s2p5d. In our study,we calculated the gf and radiative rates for transitionsamong 320 levels. By including other types of transitionssuch as M1, E2, and M2, the number of transitions increas-es by orders of magnitude. Incorporation of these missingfeatures into the astrophysical modeling codes mightexplain the existing disagreement in astrophysical X-rayspectral analyses. The results for gf and radiative rates A

are listed in Table 5, along with effective collision strengthswhich will be discussed in the next section. Again, owing tospace limitations, only a portion of the table has beenprinted here, the full listing being available through thejournal’s website.

In Table B we compared our gf values with other differ-ent predictions for some transitions. Fig. 3 graphicallyexhibits such comparison for all available transitions. Herewe pay special attention to the comparison with the dataused by Chianti. For most strong transitions, our resultsagree with predictions of Zhang and Sampson [19] within20%. Fig. 3(a) clearly reveals that our results are systemat-ically higher than predictions used by Chianti. However,three strong transitions of 2s2p2 4P3/2–2s2p(3P)3d 2D5/2

(4–48), 2s2p2 2D3/2–2s2p(3P)3d 4D5/2 (7–45), and 2p3 2P3/

2–2p2(3P)3d 4D3/2 (15–44), display discrepancies being upto a factor of �4. By gradually decreasing the configura-

Table BComparison of weighted oscillator strengths (gf) for some transitions of Si X

i j FAC CLT00 Chianti

1 7 1.421�1 1.360�11 8 1.126�1 1.110�11 9 1.900�1 1.840�1 1.750�11 16 5.113�2 4.013�21 19 1.246+0 1.300+0 1.124+01 28 1.200�1 1.870�1 8.156�21 59 5.940�4 1.661�31 144 4.307�2 8.930�22 6 2.373�1 2.320�1 2.040�22 9 1.545�1 1.570�1 1.630�12 10 5.872�1 5.820�1 5.800�12 20 2.240+0 2.330+0 2.011+02 192 1.928�1 1.880�13 21 3.023�2 2.279�23 38 4.486�3 4.188�33 44 1.258+0 1.300+0 1.091+03 51 3.880�2 3.795�23 74 4.216�4 5.116�4

CLT00 refers to the work of Cavalcanti et al. [22].

tions, we confirm that the large differences mainly resultedfrom the CI effect of the 2p3 configuration. When only theconfigurations 2s22p, 2s2p2, 2s23l, and 2s2p3l are consid-ered, the gf increases from 0.085 and 0.054 to 0.404 and0.126 for the 2s2p2 4P3/2–2s2p(3P)3d 2D5/2 (4–48) and2s2p2 2D3/2–2s2p(3P)3d 4D5/2 (7–45) transitions, respective-ly, showing good agreement with the values in Chianti. Butthe gf rapidly decreases to 0.117 and 0.052 again when the2p3 configuration are included. For the 2p3 2P3/2–2p2(3P)3d4D3/2 (15–44) transition, the large difference is due to the CIeffect among the n = 3 complexes. When only the 2p23dconfiguration of the n = 3 complexes are included, the gf

is 0.1136 which agrees well with the data (0.1099) adoptedby Chianti. When another two related 3d-complexes suchas 3s23d and 2s2p3d are included, the value increases to0.1225. The gf value steadily increases to 0.1978 when othern = 3 complexes are included. Therefore, the largedifferences between the present results and other differenttheoretical predictions are due to the CI effect. For thoseweak transitions (gf < 0.1), more transitions show largediscrepancies between different calculations as shown inFig. 3(b). The differences are even up to an order ofmagnitude for a few transitions, which shows the needfor improvement.

3.3. Si XI

In the Chianti database, the gf values for electric dipoleallowed transitions of Si XI are included for transitionsamong 46 levels belonging to the 2s2, 2s2p, 2p2, 2s3l, and2p3l configurations. These data were from a study ofSampson et al. [23] who used the DFS code they developed[27]. Coutinho and Trigueiros [25] also performed calcula-tions for the gf values by including other configurations of2s4l, 2p4l, 2s5l, and 2p5l. In our study, the gf and radiativerates for transitions among 350 levels were calculated. By

i j FAC CLT00 Chianti

4 21 1.500�1 1.134�14 45 2.807+0 2.380+0 2.316+04 53 8.366�4 2.357�44 56 5.504�4 3.396�44 74 1.172�3 9.430�44 82 5.016�2 4.633�25 25 5.520�5 8.375�55 45 2.558�1 6.400�35 49 1.575+0 1.900+0 1.606+05 66 3.527�4 3.698�45 84 7.944�4 9.566�47 12 4.551�2 4.430�27 13 4.547�1 4.580�1 4.490�17 52 8.013�2 1.500�2 6.685�27 54 2.256+0 2.120+0 2.136+08 12 7.510�3 7.800�18 53 1.689�1 1.171�18 107 6.846�3 4.965�3

0 1

Present gf

0

0.4

0.8

1.2

1.6

2

gf(o

ther

)/gf

(pre

sent

)Chianti

10 -6 10 -5 10 -4 10 -3 10 -2 10 -1 100

Present gf

0.0

0.4

0.8

1.2

1.6

2.0

2.4

2.8

3.2

3.6

4.0

gf(o

ther

)/gf

(pre

sent

)

a b

Fig. 3. Comparison of the Si X weighted oscillator strengths from different calculations. The x-axis denotes the present results, the y-axis denotes the ratioof the data included by Chianti versus the present ones. (a) For strong transitions gf > 0.1; (b) for weak transition 10�6 < gf < 0.1.

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 381

including other types of transitions such as M1, E2, andM2, the number of transitions increases by orders of mag-nitude relative to the available data. The radiative decayrates to higher excited levels such as levels of the 2l3l 0 con-figurations have also been obtained. These data could beused to investigate cascade effects to higher levels, whichmay be important in high-density laser-produced plasmas.The results for gf values and radiative rates A are listed inTable 6 in part, and tabulated in full on the journal’swebsite.

In Table C we compare our results with the data used byChianti and the results of Coutinho and Trigueiros [25] forsome transitions. A graphical comparison for all availabletransitions is given in Fig. 4. For strong transitions(gf > 0.1), the present predictions agree with the data usedby Chianti within �20%, but three transitions, 2s2 1S0–2s3p

Table CComparison of weighted oscillator strengths (gf) for some transitions of Si XI

i j FAC CT01 Chianti

1 5 2.666�1 2.652�11 13 5.533�1 4.557�11 15 3.592�2 1.085�11 22 3.744�4 9.865�42 7 1.020�1 1.090�1 1.034�12 17 7.234�1 7.120�1 7.291�12 29 4.403�2 5.090�22 53 1.342�1 1.300�13 7 7.572�2 8.080�2 7.679�23 8 1.286�1 1.370�1 1.304�13 17 5.423�1 5.446�13 18 1.625+0 1.600+0 1.634+03 27 2.283�1 2.380�13 29 1.166�1 1.200�1 1.187�13 32 9.849�2 1.000�1 1.046�13 37 1.226�3 1.128�33 54 3.016�1 2.930�13 106 1.127�1 1.060�14 7 1.235�1 1.320�1 1.254�1

CT01 refers to the work of Coutinho and Trigueiros [25].

3P1 (1–15), 2s2p 1P1–2p3p 1S0 (5–25), and 2s2p 1P1–2p3p3P0 (5–44), differ by up to �70%. By gradually decreasingthe configurations used, we find that the large differenceis still present for the 2s2 1S0–2s3p 3P1 (1–15) transition,and our prediction is always significantly lower than thevalue used by Chianti when the 2p3l complexes are includ-ed. However, the gf becomes higher than the later case by afactor of �5 without the 2p3l complexes. In the work ofSampson et al. [23], they explain the large difference of col-lision strength to be a level mixing of 1P1 and 3P1. Whetherthe same behavior occurs for the weighted oscillatorstrength is not clear. We found that the sum gf of thetwo transitions 2s2 1S0–2s3p 1P1 (1–13) and 2s2 1S0–2s3p3P1 (1–15) are 0.6068 and 0.6130 for the above two cases,and this agrees with the sum gf (0.5642) of Chianti to with-in 10%. In this study, the sum gf is 0.5892, which also

i j FAC CT01 Chianti

4 8 3.755�1 4.010�1 3.809�14 11 1.702�1 1.620�1 1.403�14 17 3.620�2 3.607�24 18 5.418�1 5.409�14 31 1.651�1 1.730�1 2.003�54 32 3.683�1 3.730�1 4.017�14 73 1.180�1 1.100�14 68 1.623�1 1.590�14 107 2.096�1 1.970�14 125 1.209�1 1.040�15 9 2.881�1 3.050�1 2.969�15 10 1.913�1 2.340�1 1.922�15 12 4.144�2 3.368�25 20 1.638+0 1.670+0 1.482+05 37 7.681�1 7.390�1 8.435�15 44 8.528�2 8.600�15 56 3.629�1 3.620�15 77 1.622�1 1.600�15 108 1.543�1 1.480�1

10-1

100

Present gf

0

0.4

0.8

1.2

1.6

2gf

(oth

er)/

gf(p

rese

nt)

10 -6 10 -5 10 -4 10 -3 10 -2 10 -1

Present gf

0

1

2

3

gf(o

ther

)/gf

(pre

sent

)

a b

Fig. 4. Comparison of the Si XI weighted oscillator strengths from different calculations. The x-axis denotes the present results, the y-axis represents theratio of the data included by Chianti versus the present ones. (a) For strong transitions gf > 0.1; (b) for weak transition 10�6 < gf < 0.1.

382 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

agrees with that of Chianti. Therefore, the level mixing andCI may possibly be reasons for the large differences. Forthe weak transitions (gf < 0.1), more transitions show largediscrepancies between different calculations as shown inFig. 4(b). The large differences may be from the CI effect,which again indicates a need for improvement.

4. Collision strength X and effective collision strength �

In this study, a self-consistent electron impact collisionstrength X has been calculated at scattered electron ener-gies ranging from 4 to 10,000 eV. In Tables 7–9 we list Xat the 10 scattered electron energy points 10, 50, 100,200, 400, 600, 800, 1000, 1500, and 2000 eV (owing tospace limitations, only a portion of the tables is repro-duced here, but the full tables are available through thejournal’s website). In practical applications, however, effec-tive collision strengths appear more important. Assuminga Maxwellian distribution for the thermal electrons, theeffective collision strengths are derived through numericalintegration,

� ij ¼Z 1

0

Xij exp � EkT e

� �d

EkT e

� �;

where E is the scattered electron energy, k is the Boltzmannconstant, and Te is the electron temperature. Correspond-ingly, the excitation rate coefficients (in cm3 s�1) used inthe statistical equilibrium to derive the level populationscan be obtained directly from the effective collision strength

Cij ¼8:63� 10�6

xiT 1=2e

exp�Eij

kT e

� �� ij;

where Eij is the energy difference between levels i and j, andxi is the statistical weight of level i. In the following, wepresent our results for the effective collision strengths foreach ion in detail and make an assessment throughcomparison with published data.

4.1. Si IX

In the Chianti database, only limited excitation dataamong the lowest 46 levels are available for Si IX, andthe data are taken from the work of Bhatia and Doschek[15] who reported values at three incident electron energiesof 20, 40, and 60 Ry. The work of Aggarwal and Baluja[28] for forbidden transitions is also included. Aggarwaland Baluja [28] used a more accurate approach, the R-ma-trix [29] method, to derive the excitation data. This is themost reliable data so far for this ion because couplingeffects among different channels were considered. But onlythe excitations among levels within the n = 2 complexeswere reported. A much earlier work was performed byMason and Bhatia [30] who calculated the excitation dataamong the lowest 20 levels using the distorted waveapproximation (DWA). To our knowledge, the latest workfor the collision strengths for carbon-like Si is the result ofZhang and Sampson [31], yet only Dn = 0 DWA excitationdata within n = 2 configurations are available. Here wepresent self-consistent excitation data for a large numberof transitions.

In Table 4, we present the effective collision strength forexcitations from the lowest 20 levels to higher levels up to560-th level the at seven temperatures 0.5, 1.0, 2.0, 3.0, 4.0,5.0, and 6.0 MK. A portion of the table appears here withthe full table available through the journal’s website. More-over, the weighted oscillator strengths and radiative ratesare listed in this table. The indices used to represent thelower and upper levels of a transition have already beendefined in Table 1.

We pay special attention to the comparison with thedata used by Chianti. In Table D, � is given for sometransitions at the three temperatures 0.5, 1.0, and6.0 MK. The comparison with all available � is shownin Fig. 5. Fig. 5(a) illustrates the comparison for allowedtransitions, while Fig. 5(b) displays the comparison for

Table DComparison of effective collision strengths � ij (written in the form a ± b implying a · 10±b) of Si IX between the present results and those used by Chianti

i j � i j �

0.5 1.0 6.0 0.1 1.0 6.0

1 2 8.359�2 7.295�2 3.641�2 2 3 2.485�1 2.615�1 1.810�12.433�1 1.755�1 1.289�1 6.984�1 4.981�1 3.428�1

1 3 6.440�2 7.631�2 6.087�2 2 4 1.343�1 1.163�1 5.587�21.761�1 1.242�1 8.295�2 1.773�1 1.515�1 1.275�1

1 4 4.305�2 3.728�2 1.791�2 2 5 1.862�2 1.588�2 7.105�35.912�2 5.051�2 4.236�2 2.285�2 1.969�2 1.836�2

1 6 1.174�2 1.055�2 5.665�3 2 6 3.502�2 3.151�2 1.712�21.260�2 1.142�2 6.208�3 3.685�2 3.360�2 1.862�2

1 9 3.788�1 4.022�1 5.292�1 2 14 7.327�1 7.758�1 1.022+03.406�1 3.790�1 5.342�1 6.820�1 7.417�1 1.025+0

1 11 2.869�1 3.045�1 4.016�1 2 25 1.185�2 1.053�2 6.105�32.790�1 3.066�1 4.271�1 1.116�2 9.967�3 6.019�3

1 14 2.392�1 2.532�1 3.335�1 2 38 1.846�2 1.677�2 1.262�22.246�1 2.439�1 3.359�1 1.891�2 1.716�2 1.235�2

1 22 4.460�3 5.476�3 1.342�2 2 42 7.039�2 7.553�2 1.169�12.885�3 3.930�3 1.012�2 6.999�2 7.618�2 1.173�1

1 36 5.298�4 4.717�4 2.814�4 2 43 3.165�1 3.559�1 6.192�15.801�4 4.997�4 2.373�4 3.011�1 3.457�1 6.061�1

1 39 6.589�3 6.595�3 7.524�3 2 47 4.210�2 4.719�2 8.108�26.580�3 6.550�3 6.831�3 3.879�2 4.431�2 7.669�2

1 42 1.493�1 1.686�1 2.959�1 3 6 5.764�2 5.189�2 2.836�21.408�1 1.627�1 2.893�1 6.072�2 5.542�2 3.094�2

1 45 1.489�3 1.232�3 4.915�4 3 15 1.342�2 1.204�2 6.503�31.840�3 1.536�3 6.125�4 1.482�2 1.347�2 7.455�3

1 47 8.640�4 7.417�4 3.407�4 3 28 3.531�2 3.376�2 3.155�29.661�4 8.254�4 3.761�4 3.250�2 3.070�2 2.513�2

1 52 3.854�3 3.249�3 1.395�3 3 44 5.225�1 5.823�1 9.918�15.177�3 4.367�3 1.855�3 5.032�1 5.717�1 9.791�1

The data at the three temperatures 0.5, 1.0 and 6.0 MK is listed for some transitions. For each transition, the first row represents the present results and thesecond row represents data included in the Chianti database.

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 383

other types of transitions. For the allowed transitions, thepresent results for � are systematically higher than thedata used by Chianti slightly, yet they agree within�20% except for a few excitations to the levels of2s22p3s such as 2s22p2 3P0–2s22p3s 3P1 (1–22), 2s22p2

3P1–2s22p3s 3P0 (2–21), and 2s22p2 1D2–2s22p3s 1P1 (4–24), in which the differences are up to 50%. For thesetransitions, the gf differs by �30% between the two differ-ent theoretical calculations. As discussed in Section 2.1,the CI may be the possible reason. For forbidden transi-tions, we note that the discrepancies are even higher up tofactors of �1.5–9. The � of Chianti is systematically high-er than the present results for excitations up to the levelof 2p4 1S0. The differences can reach up to factors of�4 in some cases such as 2s22p2 3P0–2s22p2 3P1 (1–2),2s22p2 3P0–2s22p2 3P2 (1–3), 2s22p2 3P1–2s22p2 3P2 (2–3).This is due to the consideration of resonant excitationsin the calculation of Aggarwal and Baluja [28] who adopt-ed the R-matrix method. In some forbidden transitionsfrom much higher excited levels (>20), we also note thediscrepancies being up to an order of magnitude, suchas 2s2p3 3D3–2s22p3p 3S1, 3P1,2 (7–29, 31, 32). Such differ-ences follow the discrepancies in the relevant gf, in whichthe CI effect gives rise to the large differences. Howeverfor most forbidden excitations, the present � is inagreement with the data used by Chianti. This discussion

indicates that there is a need for improvement by consid-eration of the resonance effect and much more CI.

4.2. Si X

So far, only two literature sources reported X and/or �for n = 2–3 excitations. One is the work of Zhang andSampson [19] using the relativistic DWA, and the other isan unpublished calculation by Sampson and Zhang [21].The two calculations are extensively used in astrophysicalmodeling. Zhang et al. [20] had adopted the R-matrixapproach to calculate the X, whereas their calculation isconfined to transitions among 15 fine-structure levels

belonging to 8 LS terms 2s22pð2P01=2;3=2Þ, 2s2p2(4P1/2,3/2,5/2,

2D3/2,5/2, 2S1/2, 2P1/2,3/2), 2p3ð4S03=2, 2D0

3=2;5=2, 2P01=2;3=2Þ, and

only partial data were reported. Recently, Keenan et al.[32] re-calculated these data using the R-matrix methodand listed all these data on a much finer temperature grid.These excitation data were widely used by current astro-physical modeling codes such as Chianti, MEKAL, andAPEC. However, a poor model for emissions of highlycharged Si in astrophysical spectral analysis still existed[5,33]. As stated in these references, uncertainties in theexcitation data are the main possible source of the poormodeling. In the present work, a self-consistent calculation

10 -3 10 -2 10 -1 100 101

Effective collision strengths

0.0

0.5

1.0

1.5

2.0R

atio

0.5 MK1.0 MK6.0 MK

10 -7 10 -6 10 -5 10 -4 10 -3 10 -2 10 -1 100

Effective collision strengths

0

1

2

3

4

Rat

io

a b

Fig. 5. Comparison of the effective collision strengths � of Si IX for different calculations. The x-axis denotes the present � , the y-axis denotes the ratio ofthe data used by Chianti code versus the present ones. (a) Allowed transitions; (b) other types of transitions.

384 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

is reported for the collision strength at 10 scattered electronenergies as listed in Table 8 (the full table is availablethrough the journal’s website, only a portion of it beingreproduced here). As noted above, assuming a Maxwellianenergy distribution, averaged collision strengths at seventemperatures are listed in Table 5 for excitations from thelowest 15 levels. The indices used to represent the lower

Table EComparison of effective collision strength � ij for some excitations of Si X

i j �

0.5 1.0 6.0

1 2 1.899�1 1.966�1 1.400�17.373�1 4.944�1 1.661�1

1 4 2.130�2 1.936�2 1.074�23.578�2 2.788�2 1.466�2

1 6 2.356�2 2.140�2 1.191�24.998�2 3.643�2 1.737�2

1 7 6.756�1 7.173�1 9.409�15.694�1 5.560�1 4.374�1

1 8 3.874�1 4.101�1 5.364�13.336�1 3.401�1 2.993�1

1 12 3.932�3 4.216�3 5.811�36.771�3 6.708�3 6.038�3

1 19 1.872�1 2.043�1 3.270�11.897�1 2.169�1 3.811�1

1 20 3.363�2 3.017�2 1.963�23.131�2 2.647�2 1.543�2

1 24 1.080�1 1.110�1 1.232�11.022�1 1.054�1 1.146�1

1 36 1.838�2 2.309�2 5.965�22.347�2 3.182�2 8.385�2

1 47 1.952�2 2.145�2 3.175�21.836�2 2.114�2 3.244�2

1 67 1.212�2 1.301�2 1.824�29.235�3 1.020�2 1.492�2

1 89 1.738�4 1.512�4 7.663�53.926�4 4.963�4 1.186�3

1 113 2.139�4 2.196�4 2.605�41.765�4 1.779�4 2.065�4

The data at the three temperatures 0.5, 1.0 and 6.0 MK is listed for some transitsecond row represents data included in the Chianti database.

and upper levels for a given transition have already beendefined in Table 2.

In Table E, we compare our � with the data used byChianti at the three temperatures 0.5, 1.0 and 6.0 MK,which are typical of stellar X-ray emitters. The compari-son with all available � is illustrated in Fig. 6. Fig. 6(a)represents the allowed transitions, while Fig. 6(b) shows

i j �

0.1 1.0 6.0

1 122 2.075�4 2.221�4 3.524�43.660�4 4.046�4 6.604�4

2 5 5.928�2 5.399�2 3.054�21.011�1 7.918�2 4.192�2

2 7 1.340�1 1.378�1 1.605�11.577�1 1.382�1 1.013�1

2 8 3.630�1 3.838�1 4.996�12.984�1 3.073�1 2.910�1

2 10 1.858+0 1.966+0 2.576+01.637+0 1.650+0 1.481+0

2 15 8.334�3 8.302�3 8.835�31.403�2 1.386�2 1.206�2

2 20 3.661�1 3.944�1 6.076�13.668�1 4.109�1 7.000�1

2 25 2.093�1 2.150�1 2.382�11.980�1 2.041�1 2.215�1

2 37 3.509�2 4.383�2 1.117�14.480�2 6.035�2 1.575�1

2 57 1.781�2 1.956�2 2.903�21.874�2 2.156�2 3.283�2

2 99 5.955�4 6.185�4 8.743�46.689�4 6.835�4 9.166�4

2 108 1.869�4 2.052�4 3.744�45.484�4 6.194�4 1.074�3

2 121 1.598�3 1.743�3 2.887�33.016�3 3.394�3 5.676�3

2 125 8.118�4 7.205�4 3.652�41.622�4 1.515�4 1.424�4

ions. For each transition, the first row represents the present results and the

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 385

the comparison for other types of transitions. For mostallowed transitions, the present results for � agree withthe data included in the Chianti data sets within 20%,yet differences up to 50% are also apparent, such as forthe excitations 2s22p 2P1/2–2s2p2 2D3/2 (1–7), 2s22p 2P3/

2–2s2p2 2D5/2 (2–6), etc. We found that the large differenc-es occur for excitations up to the level of 2s2p3 2P3/2, and,at higher temperatures, the differences are more clear. Inthe Chianti database, the work of Zhang et al. [20] is usedfor these excitations, who used the R-matrix methodaccounting for the resonance effect. Therefore, we believethe large differences result from this effect. For the forbid-den transitions, more excitations exhibit large differences,and in some cases, the discrepancies are up to factors of�4. Such occurrences are natural because the resonantexcitations. For example, for 2s22p 2P3/2–2s2p2 4P1/2

(2–3), the result of Zhang et al. [20] is higher than thepresent one by a factor of �2, while for an allowed tran-sition, 2s22p 2P1/2–2s2p2 2S1/2 (1–8), the difference is lessthan 20%. In addition, the CI effect is another importantreason for the large differences, such as for 2s2p2

4P3/2–2s2p(3P)3d 2D5/2 (4–48) and 2s2p2 4P3/2–2p2(3P)3s2P1/2 (4–70). However, such differences follow the discrep-ancies of the relevant gf. In Section 2.2, we discussed thelarge differences from the CI effect of the configuration2p3. This comparison also indicates that improvementby considering resonance excitation and more CI is verynecessary.

4.3. Si XI

For this ion, only limited electron impact excitation dataamong the lowest 46 levels are available so far, and all exci-tation data were calculated using the DWA. Yet, mostavailable X is confined to transitions with Dn = 0. To ourknowledge, only one work performed the calculation for

10 -3 10 -2 10 -1 100

Effective collision strengths

0.0

0.5

1.0

1.5

2.0

Rat

io

0.5 MK1.0 MK6.0 MK

a b

Fig. 6. Comparison of the effective collision strengths � of Si X for different cathe data used by Chianti versus the present ones. (a) Allowed transitions; (b)

Dn = 1 transitions and it is a work about two decades ago[23]. These data are still used by Chianti. In the presentstudy, self-consistent results for X and � for excitationsfrom the lowest 10 levels are reported for Si XI as shownin Tables 9 and 6 (the full tables are available through thejournal’s website). The reported � covers the typical coro-nal temperature range of �0.1–10 MK. The indices usedin the tables to represent the lower and upper levels of atransition have been defined in Table 3.

In Table F, a comparison of our � with the data used byChianti at three temperatures is given for partial transi-tions. The comparison with all available � is also illustrat-ed in Fig. 7. Fig. 7(a) illustrates the comparison for allowedtransitions at the three temperatures 0.5, 1.0, and 6.0 MK,while Fig. 7(b) shows the comparison for other types oftransitions. For the allowed transitions, the two differentcalculations show a good agreement except for a fewtransitions such as 2s2 1S0–2p3s 3P1, 1P1 (1–22, 24), and2s2 1S0–2p3d 3D1 (1–38). In these cases, the differencesare up to a factor of �4 and they follow the differencesin gf. As the discussion in Section 2.3 indicates, the discrep-ancies in gf are due to the level mixing and the CI effect.For other types of transitions, a majority show goodagreement for temperatures �0.1–6 MK, whereas largedifferences are present for some transitions. One interpreta-tion for the large discrepancies is that they are due to thedifferent data sources in the Chianti data sets. For excita-tions among the low-lying 10 levels, the work of Berringtonet al. [34] is used in which the resonance effect was treatedby using the R-matrix approach. So the � of Chianti islarger than the present ones by factors of up to �3. Anoth-er possible reason may stem from the different inclusions ofCI, such as for 2s2 1S0–2p3s 3P1 (1–22). The difference alsofollows the discrepancy in the relevant gf values. Thisshows a need for improvement by consideration of theresonance effect and much more CI.

10-5 10-4 10-3 10-2 10-1 100

Effective collision strengths

0.0

1.0

2.0

3.0

4.0

Rat

io

lculations. The x-axis denotes the present � , the y-axis denotes the ratio ofother types of transitions.

Table FComparison of effective collision strength � ij for some excitations of Si XI

i j � i j �

0.5 1.0 6.0 0.1 1.0 6.0

1 5 1.103+0 1.140+0 1.493+0 1 45 5.110�4 5.471�4 8.120�41.073+0 1.134+0 1.458+0 2.225�4 2.344�4 3.140�4

1 12 5.331�2 5.378�2 6.001�2 1 46 3.189�3 3.426�3 5.611�35.717�2 5.847�2 6.454�2 5.589�3 5.897�3 8.151�3

1 13 2.371�2 2.799�2 6.662�2 2 3 5.363�2 4.938�2 2.486�22.390�2 2.734�2 5.449�2 1.677�1 1.203�1 4.522�2

1 17 5.270�3 4.827�3 2.283�3 2 5 1.187�2 1.091�2 5.351�35.563�3 4.973�3 2.632�3 2.091�2 1.615�2 6.299�3

1 18 8.802�3 8.062�3 3.813�3 2 7 5.473�1 5.658�1 7.416�19.285�3 8.304�3 4.399�3 5.484�1 5.795�1 7.403�1

1 19 1.229�2 1.126�2 5.327�3 2 14 3.507�2 3.515�2 3.767�21.301�2 1.163�2 6.159�3 3.172�2 3.221�2 3.459�2

1 20 6.490�2 6.889�2 1.026�1 2 21 2.329�2 2.351�2 2.635�26.873�2 7.350�2 1.035�1 2.535�2 2.592�2 2.876�2

1 24 7.324�4 8.630�4 2.083�3 2 33 1.802�2 1.870�2 2.513�23.139�3 3.460�3 5.849�3 1.711�2 1.785�2 2.286�2

1 28 4.280�4 3.950�4 2.026�4 3 8 6.925�1 7.149�1 9.307�14.157�4 3.776�4 2.127�4 6.963�1 7.350�1 9.310�1

1 32 1.014�4 9.356�5 4.843�5 3 15 1.065�1 1.065�1 1.124�11.074�4 9.869�5 6.769�5 8.458�2 8.529�2 8.917�2

1 36 4.234�4 3.861�4 1.736�4 3 24 1.592�3 1.489�3 9.132�43.382�4 3.011�4 1.568�4 1.858�3 1.710�3 1.168�3

1 40 1.279�4 1.160�4 4.851�5 3 44 3.091�4 2.861�4 1.566�41.393�4 1.218�4 5.895�5 3.700�4 3.343�4 1.993�4

The data at the three temperatures 0.5, 1.0 and 6.0 MK is listed for some transitions. For each transition, the first row represents the present results and thesecond row represents data included in the Chianti database.

10-3

10-2

10-1

100

Effective collision strengths

0.0

1.0

2.0

3.0

Rat

io

0.5 MK1.0 MK6.0 MK

10-5

10-4

10-3

10-2

10-1

100

Effective collision strengths

0.0

1.0

2.0

3.0

4.0

Rat

io

a b

Fig. 7. Comparison of the effective collision strengths � of Si XI for different calculations. The x-axis denotes the present � , the y-axis denotes the ratio ofthe data used by Chianti versus the present ones. (a) Allowed transitions; (b) other types of transitions.

386 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

5. Conclusions

In this work, radiative rates and oscillator strengthsamong 560, 320, and 350 levels of Si IX, Si X, and Si XIare reported, respectively. A self-consistent calculation of(effective) collision strengths is performed with large CIusing the fully relativistic FAC code of Gu [10]. In general,our energy levels agree with the available experimental

values within 2%. For strong transitions (gf > 0.1), thepresent results for radiative rates or weighted oscillatorstrengths show a good agreement with available dataexcept for a few transitions with discrepancies up to severalhundred percent. By gradually decreasing the CI, we foundthat the relatively large differences can be diminished,which indicates CI plays an important role in accuratedeterminations of gf. For weak transitions (gf < 0.1), the

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 387

CI effect appears larger, and the discrepancies can reach upto an order of magnitude in some cases.

Self-consistent collision strengths and effective collisionstrengths have been calculated by considering large CIand are also reported in this study. For allowed transitions,the present work shows a good agreement with availabledata except for a few excitations, in which the differencesare up to a factor of�3. Such differences follow the discrep-ancies in gf values, which reveals that the large differencesmay be from the CI effects. Though the present � agree withthe data of the Chianti to within 20% for a majority of for-bidden transitions, a certain number of excitations showlarge differences up to �4. This can be attributed to the res-onance effect and CI in the different calculations because theexcitation data among levels of the n = 2 complexes in theChianti data sets are from the R-matrix method. The discus-sion also implies that there is a need for improvement byconsidering the resonance effect and more CI.

Acknowledgments

This work was supported by the National NaturalScience Foundation under Grant No. 10433010, No.10603007, No. 10521001 and No. 10403007.

Appendix A. Supplementary data

Supplementary data associated with this article canbe found, in the online version, at doi:10.1016/j.adt.2006.12.001.

References

[1] A.J.J. Raassen, R. Mewe, M. Audard, M. Gudel, E. Behar, J.S.Kaastra, R.L.J. van der Meer, C.R. Foley, J.-U. Ness, Astron.Astrophys. 389 (2002) 228.

[2] A.J.J. Raassen, J.-U. Ness, R. Mewe, R.L.J. van der Meer, V.Burwitz, J.S. Kaastra, Astron. Astrophys. 400 (2003) 671.

[3] http://wwwsolar.nrl.navy.mil/chianti.html.[4] http://cxc.harvard.edu/atomdb/.[5] M. Audard, E. Behar, M. Gudel, A.J.J. Raassen, D. Porquet, R. Mewe,

C.R. Foley, G.E. Bromage, Astron. Astrophys. 365 (2001) L329.

[6] K.M. Aggarwal, F.P. Keenan, S. Nakazaki, Astron. Astrophys. 436(2005) 1141.

[7] G.Y. Liang, G.X. Dong, J.L. Zeng, At. Data Nucl. Data Tables 88(2004) 83.

[8] E. Landi, A.K. Bhatia, At. Data Nucl. Data Tables 92 (2006) 305.[9] G.Y. Liang, G. Zhao, J.Y. Zhong, Y.T. Li, et al. 2007, Astrophys.

Submitted for publication.[10] M.F. Gu, Astrophys. J. 582 (2003) 1241.[11] M.F. Gu, Astrophys. J. Suppl. 156 (2005) 105.[12] K.G. Dyall, I.P. Grant, C.T. Johnson, F.A. Parpia, E.P. Plummer,

Comput. Phys. Commun. 55 (1989) 425.[13] K.M. Aggarwal, Astrophys. J. Supp. 118 (1998) 589.[14] http://physics.nist.gov/cgi-bin/AtData/main_asd.[15] A.K. Bhatia, G.A. Doschek, At. Data Nucl. Data Tables 55 (1993)

281.[16] R.V. Orloski, A.G. Trigueiros, G.H. Cavalcanti, J. Quant. Spectrosc.

Radiat. Transfer 61 (1999) 665.[17] L.J. Radziemski, V. Kaufman, J. Opt. Soc. Am. 59 (1969) 424.[18] B. Edlen, Phys. Scripta 28 (1983) 483.[19] H.L. Zhang, D.H. Sampson, At. Data Nucl. Data Tables 58 (1994)

255.[20] H.L. Zhang, M. Graziani, A.K. Prahan, Astron. Astrophys. 283

(1994) 319.[21] D.H. Sampson, H.L. Zhang, unpublished calculation (1995).[22] G.H. Cavalcanti, F.R.T. Luna, A.G. Trigueiros, J. Quant. Spectrosc.

Radiat. Transfer 64 (2000) 5.[23] D.H. Sampson, S.J. Goett, R.E.H. Clark, At. Data Nucl. Data Tables

30 (1984) 125.[24] H.L. Zhang, D.H. Sampson, At. Data Nucl. Data Tables 52 (1992)

143.[25] L.H. Coutinho, A.G. Trigueiros, J. Quant. Spectrosc. Radiat.

Transfer 68 (2001) 643.[26] R.D. Cowan, The Theory of Atomic Structure and Spectra, Univer-

sity of California Press, Berkeley, CA, 1981.[27] D.H. Sampson, H.L. Zhang, A.K. Mohanty, R.E.H. Clark, Phys.

Rev. A 40 (1989) 604.[28] K.M. Aggarwal, K.L. Baluja, J. Phys. B 16 (1983) 107.[29] A. Hibbert, Comput. Phys. Commun. 9 (1975) 141.[30] H.E. Mason, A.K. Bhatia, Mon. Not. Royal Astron. Soc. 184 (1978)

423.[31] H.L. Zhang, D.H. Sampson, At. Data Nucl. Data Tables 63 (1996)

275.[32] F.P. Keenan, E. O’Sheat, R.J. Thomas, J.W. Brosius, A. Katsiyannis,

R.S.I. Ryans, R.H.G. Reid, A.K. Pradhan, H.L. Zhang, Mon. Not.Royal Astron. Soc. 315 (2000) 450.

[33] M. Gudel, M. Audard, K. Briggs, F. Haberl, H. Magee, A. Maggio,R. Mewe, R. Pallavicini, J. Pye, Astron. Astrophys. 365 (2001) L336.

[34] K.A. Berrington, P.G. Burke, P.L. Dufton, A.E. Kingston, At. DataNucl. Data Tables 33 (1985) 195.

388 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Explanation of Tables

Because of space limitations, only portions of Tables 4–9 are reproduced here. The full tables in plain text format areavailable through the journal’s website.

Table 1

Energy levels (in Ry) of the Si IX ion

Index

A number assigned to each level Configuration The configuration Expt. The data are from the NIST website at http://physics.nist.gov/cgi-bin/

AtData/main_asd

FAC Data from the FAC code CIV3 The work of Aggarwal [13] OTC99 The work of Orloski et al. [16] Chianti The work of Bhatia and Doschek [15]

Table 2

Energy levels (in Ry) of the Si X ion

Index

A number assigned to each level Configuration The configuration FAC Calculation from the FAC code CLT00 The work of Cavalcanti et al. [22] Chianti The theoretical data are from literature [18–21]

Table 3

Energy levels (in Ry) of the Si XI ion

Index

A number assigned to each level Configuration The configuration FAC Present 350 level calculation from the FAC code HFR The work of Coutinho and Trigueiros [25] Chianti The data from Sampson et al. [23] and Zhang and Sampson [24]

Table 4

Effective collision strengths � for Si IX at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 alongwith weighted oscillator strengths gf and radiative rates A. The data are written in the form a ± b implying a · 10b.

Table 5

Effective collision strengths � for Si X at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 alongwith weighted oscillator strengths gf and radiative rates A. The data are written in the form a ± b implying a · 10b.

Table 6

Effective collision strengths � for Si XI at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 alongwith weighted oscillator strengths gf and radiative rates A. The data are written in the form a ± b implying a · 10b.

Table 7

Collision strengths X for Si IX at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800,1000, 1500 and 2000. The data are written in the form a ± b implying a · 10b.

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 389

Table 8

Collision strengths X for Si X at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800,1000, 1500 and 2000. The data are written in the form a ± b implying a · 10b.

Table 9

Collision strengths X for Si XI at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800,1000, 1500 and 2000. The data are written in the form a ± b implying a · 10b.

Table 1Energy levels (in Ry) of the Si IX ion. See page 388 for Explanation of Tables

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

1 2s22p2 3P0 0.0000 0.0000 0.0002 2s22p2 3P1 0.0232 0.0226 0.0226 0.0233 2s22p2 3P2 0.0585 0.0570 0.0575 0.0584 2s22p2 1D2 0.4823 0.5081 0.5110 0.5065 2s22p2 1S0 0.9823 0.9949 1.0500 0.9486 2s2p3 5S2 1.3690 1.3025 1.3416 1.2617 2s2p3 3D3 2.6631 2.6893 2.6867 2.6621 2.6738 2s2p3 3D2 2.6636 2.6898 2.6871 2.6627 2.6709 2s2p3 3D1 2.6649 2.6909 2.6881 2.6602 2.671

10 2s2p3 3P2 3.1359 3.1668 3.1809 3.1354 3.13611 2s2p3 3P1 3.1349 3.1668 3.1817 3.1350 3.13712 2s2p3 3P0 3.1354 3.1678 3.1805 3.1351 3.13913 2s2p3 1D2 4.0132 4.1204 4.0740 4.0133 4.14414 2s2p3 3S1 4.0728 4.1651 4.1190 4.0720 4.20515 2s2p3 1P1 4.4903 4.6007 4.5760 4.4911 4.61016 2p4 3P2 6.1488 6.2336 6.2545 6.1479 6.26217 2p4 3P1 6.1903 6.2752 6.2950 6.1896 6.30318 2p4 3P0 6.2065 6.2887 6.3111 6.2047 6.32019 2p4 1D2 6.5566 6.6892 6.6769 6.5570 6.74520 2p4 1S0 7.4696 7.6367 7.6551 7.4702 7.68521 2s22p3s 3P0 14.7296 14.8425 14.99122 2s22p3s 3P1 14.7933 14.7453 14.8574 14.7925 15.00623 2s22p3s 3P2 14.8400 14.7911 14.9004 14.8391 15.05124 2s22p3s 1P1 14.9525 14.9307 15.0370 14.9521 15.17025 2s22p3p 1P1 15.4136 15.4789 15.66226 2s22p3p 3D1 15.4788 15.5482 15.71527 2s22p3p 3D2 15.4937 15.5636 15.72728 2s22p3p 3D3 15.5333 15.6014 15.76729 2s22p3p 3S1 15.6022 15.6734 15.83830 2s22p3p 3P0 15.6550 15.7213 15.96431 2s22p3p 3P1 15.6751 15.7405 15.98232 2s22p3p 3P2 15.6944 15.7586 16.00333 2s22p3p 1D2 15.9415 15.9934 16.15834 2s2p2(2S)3s 3S1 16.1831 16.262235 2s2p2(2D)3s 1D2 16.2017 16.281836 2s22p3p 1S0 16.2121 16.2563 16.40737 2s2p2(4P)3s 5P3 16.2309 16.310938 2s22p3d 3F2 16.2850 16.3183 16.3057 16.50039 2s22p3d 3F3 16.3207 16.3505 16.52940 2s22p3d 1D2 16.3486 16.3352 16.3571 16.3484 16.55141 2s22p3d 3F4 16.3492 16.3807 16.56142 2s22p3d 3D1 16.4772 16.4629 16.5016 16.4773 16.69243 2s22p3d 3D2 16.4852 16.4748 16.5075 16.4848 16.69844 2s22p3d 3D3 16.5070 16.4939 16.5282 16.5071 16.72045 2s22p3d 3P2 16.5455 16.5290 16.5595 16.5455 16.75246 2s22p3d 3P1 16.5569 16.5404 16.5692 16.5566 16.76147 2s22p3d 3P0 16.5635 16.5470 16.5746 16.5630 16.76648 2s2p2(2S)3s 1S0 16.642749 2s2p2(2D)3s 3D1 16.657550 2s2p2(4P)3s 3P2 16.688851 2s22p3d 1P1 16.7542 16.7481 16.7985 16.7529 16.98752 2s22p3d 1F3 16.7471 16.7602 16.8024 16.7468 16.99853 2s2p2(4P)3p 3S1 16.9363 16.8788 16.936454 2s2p2(2S)3p 3P0 16.920955 2s2p2(2S)3p 1P1 16.926356 2s2p2(2D)3p 1D2 16.937457 2s2p2(2D)3p 1F3 16.955058 2s2p2(4P)3p 5D4 16.980459 2s2p2(2D)3p 1P1 17.015060 2s2p2(4P)3p 5P2 17.025161 2s2p2(4P)3p 5D3 17.042962 2s2p2(2S)3p 5P1 17.239063 2s2p2(4P)3p 3D2 17.2788 17.2536 17.278464 2s2p2(4P)3p 3D3 17.3049 17.2786 17.3050

390 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

65 2s2p2(4P)3p 5P2 17.332566 2s2p2(2P)3p 3P0 17.385867 2s2p2(4P)3p 5P1 17.393668 2s2p2(2P)3p 3D2 17.403369 2s2p2(2D)3s 3D3 17.4699 17.4779 17.467670 2s2p2(2P)3s 3P2 17.478171 2s2p2(2P)3s 3P1 17.478172 2s2p2(2S)3d 3D1 17.677873 2s2p2(2D)3d 1D2 17.685174 2s2p2(2D)3d 1F3 17.695975 2s2p2(2D)3d 1G4 17.709576 2s2p2(4P)3d 1F5 17.726077 2s2p2(2D)3s 3D2 17.750178 2s2p2(2D)3d 1S0 17.792779 2s2p2(2D)3d 1P1 17.794580 2s2p2(4P)3d 5D2 17.798681 2s2p2(4P)3d 5D3 17.8052 17.966482 2s2p2(4P)3d 5F4 17.812983 2s2p2(4P)3d 5P3 17.9705 17.904684 2s2p2(4P)3d 5P2 17.9817 17.9167 17.977685 2s2p2(4P)3d 5D1 17.9254 17.986386 2s2p2(4P)3d 3P2 17.9882 17.9424 17.977687 2s2p2(4P)3d 5P1 17.9904 17.963188 2s2p2(4P)3d 5D0 17.973589 2s2p2(4P)3d 3F2 18.0900 18.0699 18.082990 2s2p2(4P)3d 3F3 18.1078 18.0854 18.107491 2s2p2(4P)3d 3F4 18.1329 18.1101 18.132392 2s2p2(4P)3s 3P1 18.185493 2s2p2(2D)3p 3F2 18.233594 2s2p2(2D)3p 1F3 18.2243 18.2416 18.224195 2s2p2(2D)3p 3F4 18.248196 2s2p2(2P)3p 1D2 18.3107 18.2580 18.310597 2s2p2(2D)3d 3S1 18.294198 2s2p2(4P)3d 5F2 18.300399 2s2p2(4P)3d 5F3 18.3083

100 2s2p2(4P)3p 3D3 18.3319 18.3472101 2s2p2(2D)3p 1P1 18.3791102 2s2p2(2D)3p 3P2 18.3817103 2s2p2(2D)3p 3F3 18.3852104 2s2p2(2S)3s 1S0 18.4063105 2s2p2(2P)3p 3S1 18.4077106 2s2p2(2P)3s 1P1 18.4600107 2s2p2(4P)3s 3P0 18.4740108 2s2p2(4P)3s 3P2 18.4870109 2s2p2(2P)3p 3P2 18.5064110 2s2p2(2P)3p 3D1 18.5070111 2s2p2(2P)3p 3P0 18.5077112 2s2p2(4P)3s 5P1 18.5843113 2s2p2(2S)3p 3P0 18.9864114 2s2p2(2D)3d 1F3 19.0064115 2s2p2(2D)3d 3G4 19.0073116 2s2p2(4P)3d 5F5 19.0082117 2s2p2(4P)3p 3S1 19.0108118 2s2p2(4P)3p 3P2 19.0320119 2s2p2(4P)3p 5D0 19.0417120 2s2p2(2P)3d 3F4 19.0001 19.0459 18.9989121 2s2p2(2P)3d 1D2 19.0461 19.0819122 2s2p2(2D)3d 3D3 19.0792 19.0468 19.0811123 2s2p2(4P)3p 3P1 19.0656124 2s2p2(2D)3d 1P1 19.0933125 2s2p2(2P)3d 3D2 19.0943126 2s2p2(2P)3d 3F3 19.0956127 2s2p2(2P)3d 1F3 19.1215128 2s2p2(2D)3p 3D1 19.1702

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 391

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

129 2s2p2(2D)3p 3D2 19.1788130 2s2p2(4P)3p 3D3 19.2007131 2s2p2(2D)3d 3G4 19.2137132 2s2p2(2P)3d 3P0 19.2488133 2s2p2(2P)3d 3P1 19.2499134 2s2p2(2P)3d 3P2 19.2519135 2s2p2(4P)3p 3P0 19.2676136 2s2p2(2P)3p 1P1 19.2686137 2s2p2(4P)3p 5S2 19.2723138 2s2p2(2P)3d 3P1 19.3073139 2s2p2(4P)3p 5P1 19.3172140 2s2p2(2P)3d 3F2 19.3454141 2s2p2(2P)3d 3D1 19.3665142 2s2p2(4P)3s 3P2 19.5347143 2s2p2(2P)3d 3P0 19.5486144 2s2p2(4P)3p 3D2 19.5610145 2s2p2(4P)3p 5P1 19.7059146 2s2p2(4P)3d 3P1 19.7778147 2s2p2(4P)3d 3P2 19.7781148 2s2p2(4P)3d 3D3 19.7786149 2s2p2(2D)3d 3D2 19.8736150 2s2p2(2D)3d 3F3 19.9059151 2s2p2(2P)3d 3F4 19.9647 19.9198 19.9635152 2s2p2(4P)3d 3P2 19.9323153 2s2p2(2D)3d 3P1 20.0072154 2s2p2(2D)3d 3F2 20.0208155 2s2p2(4P)3d 5P3 20.0259156 2s2p2(4P)3s 5P1 20.0363157 2s2p2(4P)3d 5P1 20.0375158 2s22p(2P)4s 3P0 20.1310159 2s22p(2P)4s 1P1 20.1430160 2s2p2(2D)3d 3F2 20.1683161 2s2p2(4P)3d 3D1 20.1786162 2s2p2(4P)3d 3P0 20.1828163 2s22p(2P)4s 3P2 20.1944164 2s2p2(4P)3d 3F3 20.2011165 2p3(2D)3p 1P1 20.2251166 2p3(2D)3p 1D2 20.2292167 2p3(2D)3p 1D2 20.2362168 2s22p(2P)4s 3P1 20.2465169 2p3(2D)3s 3D2 20.3386170 2p3(2D)3s 3D3 20.3387171 2p3(2D)3s 3D1 20.3389172 2s2p2(4P)3d 3F2 20.3761173 2s22p(2P)4p 3P1 20.4124174 2s22p(2P)4p 3S1 20.4441175 2s22p(2P)4p 1D2 20.4506176 2p3(2D)3p 3P2 20.4740177 2p3(2P)3p 3S1 20.4749178 2p3(2D)3p 3P0 20.4756179 2s22p(2P)4p 3D3 20.4907180 2s22p(2P)4p 3D1 20.4911181 2s22p(2P)4p 1S0 20.5046182 2p3(2D)3s 3D2 20.5200183 2s22p(2P)4p 3P1 20.5333184 2s22p(2P)4p 3D2 20.5438185 2s22p(2P)4p 3P2 20.6343186 2s22p(2P)4p 3P0 20.6891187 2s22p(2P)4d 1D2 20.6331 20.6928188 2s22p(2P)4d 1F3 20.6525 20.7182189 2s22p(2P)4d 3P2 20.7289190 2s22p(2P)4d 3F4 20.7568191 2s22p(2P)4d 1P1 20.7617192 2s22p(2P)4d 3D2 20.7792193 2s22p(2P)4d 3F3 20.8001

392 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

194 2s22p(2P)4d 3F2 20.8154195 2s22p(2P)4d 3P1 20.8207196 2s22p(2P)4d 3P0 20.8239197 2s22p(2P)4f 1F3 20.8926198 2s22p(2P)4f 1G4 20.8934199 2s22p(2P)4d 3D1 20.8934200 2s22p(2P)4d 3D3 20.8965201 2s22p(2P)4f 1D2 20.8997202 2s22p(2P)4f 3D3 20.9061203 2p3(2P)3p 3D1 20.9173204 2p3(2D)3p 3D2 20.9315205 2p3(2D)3p 3D3 20.9340206 2s22p(2P)4f 3G4 20.9421207 2p3(2D)3p 3D1 20.9431208 2s22p(2P)4f 3F3 20.9499209 2p3(2D)3d 1P1 20.9573210 2p3(2D)3d 1S0 20.9574211 2p3(2D)3d 1D2 20.9574212 2p3(2D)3d 3D3 20.9575213 2p3(2P)3d 3F4 20.9581214 2s22p(2P)4f 3G5 20.9596215 2s22p(2P)4f 3F4 20.9633216 2p3(2P)3s 3P0 20.9700217 2p3(2P)3s 3P1 20.9729218 2p3(2P)3s 3P2 20.9791219 2s22p(2P)4f 3G3 20.9888220 2s22p(2P)4f 3D2 20.9897221 2s22p(2P)4f 3D1 21.0066222 2s22p(2P)4f 3F2 21.0148223 2p3(2D)3p 1D2 21.0439224 2p3(2D)3p 3D3 21.0472225 2p3(2D)3p 3F4 21.0516226 2p3(2D)3p 3D3 21.0929227 2p3(4S)3s 3S1 21.1471228 2p3(4S)3d 5D2 21.2303229 2p3(2D)3d 3S1 21.2310230 2p3(2D)3d 3D3 21.2312231 2p3(2P)3p 1S0 21.3612232 2s2p2(2S)4s 3S1 21.3629233 2s2p2(2D)4s 3D1 21.3692234 2p3(2D)3p 3F2 21.3754235 2s2p2(2D)4s 1D2 21.3864236 2s2p2(4P)4s 5P3 21.4145237 2s2p2(2P)4s 3P0 21.5582238 2s2p2(2D)4s 3D1 21.5656239 2p3(2P)3p 3D2 21.5708240 2p3(2P)3p 3D1 21.5963241 2s2p2(4P)4s 5P2 21.5966242 2p3(2P)3p 3P1 21.6559243 2p3(2D)3d 1D2 21.6567244 2s2p2(2S)4p 3P0 21.6604245 2p3(2D)3d 3F3 21.6615246 2p3(2P)3p 3D2 21.6630247 2s2p2(2S)4p 1P1 21.6636248 2p3(2D)3d 3G4 21.6664249 2p3(4S)3p 5P3 21.6674250 2s2p2(2S)4p 3P2 21.6716251 2s2p2(2D)4p 1F3 21.6866252 2s2p2(2D)4p 1P1 21.6914253 2p3(2D)3d 3P0 21.7023254 2p3(2D)3d 3G5 21.7024255 2p3(2D)3d 3F4 21.7033256 2p3(2D)3d 1F3 21.7034257 2s2p2(4P)4p 5P2 21.7061

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 393

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

258 2s2p2(4P)4p 5D4 21.7132259 2s2p2(4P)4p 5D1 21.7182260 2s2p2(4P)4p 5D3 21.7255261 2p3(4S)3p 5P1 21.7345262 2p3(4D)3d 1G4 21.7357263 2s2p2(2S)4p 3P1 21.7975264 2s2p2(4P)4p 5P2 21.8036265 2s2p2(2D)4p 3P2 21.8102266 2s2p2(4P)4p 5D3 21.8323267 2s2p2(4P)3d 5P1 21.8569268 2s2p2(2D)4p 3P0 21.8644269 2p3(4S)3p 5P2 21.8684270 2p3(2P)3p 3D1 21.8746271 2s2p2(4P)4p 5D1 21.8746272 2p3(2P)3p 3P0 21.8777273 2p3(2D)3d 3D2 21.8789274 2p3(2D)3d 3D1 21.8792275 2p3(2D)3d 3G3 21.8867276 2s2p2(4P)4d 5D2 21.8889277 2s2p2(2S)4d 3D1 21.9352278 2s2p2(2S)4d 3D2 21.9397279 2s2p2(2D)4d 3D3 21.9473280 2s2p2(2D)4d 1G4 21.9601281 2p3(2D)3d 3F2 21.9658282 2p3(2D)3d 3P1 21.9729283 2p3(2D)3d 3P0 21.9757284 2s2p2(2D)4d 3P0 21.9812285 2s2p2(2D)4d 1P1 21.9823286 2s2p2(4P)4d 5F5 21.9827287 2s2p2(2D)4d 1D2 21.9848288 2s2p2(4P)4d 3F3 21.9894289 2s2p2(4P)4d 5F4 22.0047290 2p3(2P)3p 3D2 22.0101291 2p3(2D)3d 3F2 22.0265292 2s2p2(4P)4d 5F3 22.0327293 2s2p2(4P)4d 5D2 22.0428294 2s2p2(2D)4d 3P2 22.0492295 2s2p2(4P)4d 5D1 22.0495296 2s2p2(4P)4d 5F1 22.0678297 2s2p2(4P)4d 5D0 22.0790298 2s2p2(2S)4d 3D2 22.0921299 2p3(2D)3d 3P1 22.0989300 2s2p2(2D)4d 3D3 22.1073301 2s2p2(2S)4f 3F2 22.1207302 2s2p2(2S)4f 3F3 22.1247303 2s2p2(2S)4f 3F4 22.1307304 2s2p2(2D)4d 1G4 22.1328305 2p3(2D)3d 3G3 22.1387306 2s2p2(2S)4f 3F3 22.1418307 2s2p2(2D)4f 1H5 22.1442308 2s2p2(2D)4f 3F4 22.1463309 2s2p2(2D)4f 3D3 22.1528310 2s2p2(2D)4f 1G4 22.1564311 2s2p2(2D)4f 1D2 22.1585312 2s2p2(2D)4f 1P1 22.1636313 2s2p2(4P)4f 5G6 22.1675314 2s2p2(2D)4d 3S1 22.1757315 2s2p2(2D)4f 3D3 22.1757316 2s2p2(2D)4f 3P2 22.1797317 2s2p2(4P)4f 5F5 22.1807318 2s2p2(4P)4d 5F2 22.1838319 2s2p2(4P)4f 5D0 22.1849320 2s2p2(4P)4f 5D1 22.1870321 2s2p2(4P)4f 5F2 22.1896322 2s2p2(4P)4f 5F3 22.1898

394 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

323 2s2p2(4P)4f 5G5 22.1908324 2s2p2(4P)4f 5F3 22.1915325 2s2p2(4P)4f 5F4 22.1916326 2s2p2(4P)4f 5G4 22.2050327 2s2p2(4P)4f 5G3 22.2112328 2s2p2(4P)4f 5F1 22.2114329 2s2p2(4P)4f 5G2 22.2119330 2s22p5s 3P0 22.3173331 2s22p5s 1P1 22.3229332 2p3(2P)3d 3F4 22.3575333 2p3(2P)3d 3F3 22.3600334 2p3(2P)3d 3F2 22.3604335 2s22p5s 3P2 22.3806336 2s22p5s 3P1 22.3970337 2p3(4S)3d 5D0 22.4157338 2p3(4S)3d 3D1 22.4188339 2p3(2P)3d 3F2 22.4230340 2s22p5p 1P1 22.4510341 2s22p5p 1D2 22.4708342 2s22p5p 3S1 22.4781343 2p3(4S)3p 3P0 22.4875344 2p3(2P)3d 3F2 22.5110345 2s22p5p 3D3 22.5112346 2s22p5p 1S0 22.5169347 2p3(2P)3d 3D3 22.5227348 2s22p5p 3D1 22.5265349 2p3(2P)3d 3D1 22.5319350 2p3(4S)3d 3D2 22.5403351 2s22p5p 3P1 22.5519352 2s22p5p 3P2 22.5532353 2s22p5p 3D2 22.5803354 2p3(2P)3d 3F3 22.6103355 2s22p5d 1D2 22.6105356 2s22p5d 1F3 22.6278357 2s22p5d 3P2 22.6302358 2s2p2(2D)4s 3D1 22.6358359 2s22p5p 3P0 22.6378360 2s2p2(2P)4s 3P2 22.6386361 2s2p2(2D)4s 3D3 22.6417362 2s22p5d 1P1 22.6439363 2s22p5d 3F4 22.6736364 2s22p5d 3D2 22.6798365 2s22p5d 3F3 22.6908366 2s22p5g 3G4 22.6947367 2s22p5g 1H5 22.6950368 2s22p5g 3F4 22.6954369 2s22p5g 1F3 22.6954370 2s22p5d 3F2 22.6990371 2s22p5d 3P1 22.7015372 2s22p5d 3P0 22.7030373 2s22p5f 1F3 22.7080374 2s22p5f 1G4 22.7113375 2s22p5f 3D3 22.7139376 2s22p5f 1D2 22.7146377 2s22p5d 3D3 22.7327378 2s22p5d 3D1 22.7328379 2s2p2(2P)4s 3P2 22.7378380 2s22p5g 3G4 22.7552381 2s22p5g 3H5 22.7554382 2s22p5g 3H4 22.7587383 2s22p5g 3F3 22.7587384 2s22p5g 3H6 22.7613385 2s22p5g 3G5 22.7615386 2s22p5g 3F2 22.7653

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 395

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

387 2s22p5g 3G3 22.7657388 2s22p5f 3F3 22.7701389 2s22p5f 3G4 22.7706390 2s22p5f 3G5 22.7735391 2s22p5f 3G3 22.7787392 2s22p5f 3F4 22.7799393 2s22p5f 3D2 22.7802394 2s22p5f 3D1 22.7877395 2s22p5f 3F2 22.7904396 2p3(4S)3d 5D1 22.8849397 2s2p2(2D)4p 1D2 22.9228398 2s2p2(2D)4p 3P3 22.9245399 2s2p2(2D)4p 3F4 22.9270400 2s2p2(2D)4p 1P1 22.9520401 2s2p2(2D)4p 3P2 22.9523402 2s2p2(2P)4p 3D3 22.9524403 2s2p2(2D)4p 3F3 22.9648404 2s2p2(2P)4p 3P2 22.9959405 2s2p2(2D)4p 3P1 23.0066406 2s2p2(2D)4p 3P0 23.0070407 2s2p2(2P)4p 1D2 23.0077408 2s2p2(2P)4p 3D1 23.0419409 2s2p2(2D)4d 1F3 23.1978410 2s2p2(2D)4d 3G4 23.1983411 2s2p2(2D)4d 3G5 23.1990412 2s2p2(2P)4d 3F4 23.2048413 2s2p2(2D)4d 3P2 23.2048414 2s2p2(2P)4d 3D3 23.2050415 2s2p2(2D)4d 1P1 23.2288416 2s2p2(2P)4d 3D2 23.2291417 2s2p2(2P)4d 3F3 23.2296418 2s2p2(4P)4s 3P1 23.2592419 2s2p2(2P)4d 1F3 23.2617420 2s2p2(2D)4d 3G4 23.2636421 2s2p2(2P)4d 3P0 23.2771422 2s2p2(2P)4d 3P1 23.2775423 2s2p2(2P)4d 3F2 23.2781424 2s2p2(2P)4d 3P2 23.3141425 2s2p2(2P)4d 3D1 23.3354426 2s2p2(2D)4f 1F3 23.3427427 2s2p2(2P)4f 3F4 23.3431428 2s2p2(2P)4f 3G5 23.3437429 2s2p2(2P)4d 3P0 23.3520430 2s2p2(2S)4s 3S1 23.3525431 2s2p2(2D)4f 1D2 23.3564432 2s2p2(2P)4f 3F3 23.3564433 2s2p2(2P)4f 3G4 23.3565434 2s2p2(2P)4f 1G4 23.3590435 2s2p2(2D)4f 1G4 23.3692436 2s2p2(2D)4f 3H5 23.3698437 2s2p2(2D)4f 3H6 23.3707438 2s2p2(2D)4f 3H5 23.3776439 2s2p2(2P)4f 3G3 23.3913440 2s2p2(2P)4f 3D3 23.3934441 2s2p2(2P)4f 3D2 23.3936442 2s2p2(2D)4f 3D1 23.3936443 2s2p2(2P)4f 3F2 23.4232444 2s2p2(2D)4f 3P0 23.4244445 2s2p2(2D)4f 3D1 23.4247446 2s2p2(2D)4f 3P2 23.4254447 2s22p6s 3P0 23.4736448 2s2p2(2P)4f 3D1 23.4748449 2s22p6s 1P1 23.4770450 2s2p2(4P)4s 3P0 23.4812451 2s22p6s 3P2 23.5365

396 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

452 2s22p6s 3P1 23.5432453 2s22p6p 1P1 23.5481454 2s22p6p 3S1 23.5638455 2s22p6p 1D2 23.5685456 2s22p6p 1S0 23.5750457 2s22p6p 3D1 23.6060458 2s22p6p 3P1 23.6190459 2s22p6p 3P2 23.6217460 2s22p6p 3D3 23.6221461 2s2p2(2P)4s 3P0 23.6384462 2s22p6d 1D2 23.6407463 2s2p2(4P)4p 3P0 23.6427464 2s2p2(2S)4p 1P1 23.6438465 2s22p6d 3P2 23.6444466 2s22p6p 3P2 23.6471467 2s22p6d 1F3 23.6524468 2s22p6p 3P1 23.6566469 2s22p6d 3P2 23.6575470 2s22p6d 1P1 23.6604471 2s2p2(4P)4s 3P2 23.6773472 2s2p2(4P)4p 3P1 23.6813473 2s22p6p 3P0 23.6863474 2s22p6g 3F4 23.6873475 2s22p6g 1F3 23.6875476 2s22p6h 3G4 23.6908477 2s22p6h 3G5 23.6908478 2s22p6h 1G5 23.6908479 2s22p6h 1I6 23.6908480 2s22p6f 3D3 23.6925481 2s22p6f 1D2 23.6944482 2s22p6f 1F3 23.6954483 2s22p6g 3F4 23.6959484 2s22p6g 1H5 23.6960485 2s22p6f 1G4 23.6970486 2s22p6d 3F4 23.7050487 2s22p6d 3D2 23.7074488 2s22p6d 3F3 23.7128489 2s2p2(4P)4s 5P1 23.7164490 2s22p6d 3F3 23.7180491 2s22p6d 3P1 23.7197492 2s22p6d 3P0 23.7208493 2s22p6d 3F3 23.7362494 2s22p6d 3D1 23.7377495 2s22p6g 3H4 23.7509496 2s22p6g 3F3 23.7510497 2s22p6g 3F2 23.7532498 2s22p6g 3G4 23.7534499 2s22p6g 3H5 23.7535500 2s22p6g 3G3 23.7536501 2s22p6h 3G5 23.7540502 2s22p6h 3G6 23.7541503 2s22p6f 3G3 23.7546504 2s22p6h 3G4 23.7546505 2s22p6h 3H5 23.7547506 2s22p6h 3H6 23.7560507 2s22p6h 3H7 23.7560508 2s22p6f 3G4 23.7562509 2s22p6h 3F3 23.7565510 2s22p6h 3F4 23.7566511 2s22p6h 1F4 23.7566512 2s22p6f 3D2 23.7576513 2s22p6f 3D1 23.7605514 2s22p6f 3G5 23.7622515 2s22p6f 3G3 23.7634

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 397

Table 1 (continued)

Index Configuration LSJ Expt. FAC CIV3 OTC99 Chianti

516 2s22p6f 3F2 23.7634517 2s22p6g 3H6 23.7634518 2s22p6f 3F4 23.7642519 2s2p2(2P)4p 1S0 23.8490520 2s2p2(2D)4p 3D1 23.9009521 2s2p2(2D)4p 3F2 23.9110522 2s2p2(4P)4d 3P1 23.9230523 2s2p2(4P)4d 3P2 23.9250524 2s2p2(4P)4d 3P3 23.9270525 2s2p2(4P)4p 3D3 23.9347526 2s2p2(2P)4p 1S0 23.9560527 2s2p2(2P)4p 1P1 23.9569528 2s2p2(4P)4p 5S2 23.9747529 2s2p2(4P)4d 3D2 23.9832530 2s2p2(4P)4p 3D1 24.0082531 2s2p2(4P)4p 5S2 24.0268532 2s2p2(4P)4f 3D2 24.0684533 2s2p2(4P)4f 3F3 24.0698534 2s2p2(4P)4f 3F4 24.0722535 2s2p2(4P)4f 3D3 24.0845536 2s2p2(4P)4p 5P1 24.1180537 2s2p2(2D)4d 3D2 24.1802538 2s2p2(2D)4d 3F3 24.1877539 2s2p2(2D)4d 3P1 24.1967540 2s2p2(4P)4d 3F4 24.2094541 2s2p2(2P)4d 3F2 24.2295542 2s2p2(4P)4d 5P1 24.2376543 2s2p2(4P)4d 5P3 24.2426544 2s2p2(4P)4d 3F2 24.2615545 2s2p2(4P)4d 3D1 24.2692546 2s2p2(2S)4d 3D1 24.2713547 2s2p2(4P)4d 3F3 24.2978548 2s2p2(2D)4f 3D2 24.3449549 2s2p2(2D)4f 3G3 24.3481550 2s2p2(2D)4f 3F3 24.3509551 2s2p2(2D)4f 3G4 24.3527552 2s2p2(4P)4f 3D2 24.3709553 2s2p2(4P)4f 3D1 24.3723554 2s2p2(4P)4d 5P2 24.3794555 2s2p2(4P)4f 3G5 24.3827556 2s2p2(4P)4f 3D1 24.3851557 2s2p2(4P)4f 3G4 24.4150558 2s2p2(4P)4f 3G3 24.4166559 2s2p2(4P)4f 5D4 24.4195560 2s2p2(4P)4f 3G3 24.4264

398 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 2Energy levels (in Ry) of the Si X ions. See page 388 for Explanation of Tables

Index Configuration LSJ Expt. FAC CLT00 Chianti

1 2s22p 2P1/2 0.0000 0.00002 2s22p 2P3/2 0.0637 0.0623 0.0636 0.06373 2s2p2 4P1/2 1.4672 1.4335 1.4756 1.46724 2s2p2 4P3/2 1.4898 1.4567 1.4977 1.48985 2s2p2 4P5/2 1.5224 1.4880 1.5304 1.52246 2s2p2 2D5/2 2.6231 2.6622 2.6230 2.62317 2s2p2 2D3/2 2.6234 2.6620 2.6231 2.62348 2s2p2 2S1/2 3.3505 3.4029 3.3503 3.35059 2s2p2 2P1/2 3.5543 3.6325 3.5545 3.5543

10 2s2p2 2P3/2 3.5907 3.6687 3.5909 3.590711 2p3 4S3/2 4.6414 4.6274 4.6488 4.641412 2p3 2D3/2 5.2437 5.2973 5.2438 5.243713 2p3 2D5/2 5.2439 5.2984 5.2442 5.243914 2p3 2P1/2 5.8937 5.9806 5.8937 5.893715 2p3 2P3/2 5.8994 5.9832 5.8996 5.899516 2s23s 2S1/2 16.5368 16.6033 16.497017 2s23p 2P1/2 17.2881 17.6598 17.236618 2s23p 2P3/2 17.3046 17.6792 17.254819 2s23d 2D3/2 18.0363 17.9972 18.0364 17.944320 2s23d 2D5/2 18.0406 18.0014 18.0406 17.949321 2s2p(3P)3s 4P1/2 18.1600 18.1088 18.1683 18.060822 2s2p(3P)3s 4P3/2 18.1810 18.1293 18.1890 18.081823 2s2p(3P)3s 4P5/2 18.2215 18.1675 18.2296 18.120924 2s2p(3P)3s 2P1/2 18.5084 18.5012 18.5086 18.418425 2s2p(3P)3s 2P3/2 18.5521 18.5431 18.5518 18.461526 2s2p(3P)3p 4D1/2 18.7772 18.720927 2s2p(3P)3p 4D3/2 18.7954 18.740528 2s2p(3P)3p 2P1/2 18.8139 18.8146 18.8140 18.759329 2s2p(3P)3p 2P3/2 18.8336 18.8238 18.8442 18.768330 2s2p(3P)3p 4D5/2 18.8269 18.776931 2s2p(3P)3p 4D7/2 18.8607 18.812132 2s2p(3P)3p 4S3/2 18.9586 18.905633 2s2p(3P)3p 4P1/2 19.0822 18.985834 2s2p(3P)3p 4P3/2 19.0993 19.004635 2s2p(3P)3p 4P5/2 19.1179 19.022736 2s2p(3P)3p 2D3/2 19.1890 19.1919 19.1892 19.102837 2s2p(3P)3p 2D5/2 19.2301 19.2327 19.2302 19.143738 2s2p(3P)3d 4F3/2 19.3973 19.341439 2s2p(3P)3d 4F5/2 19.4121 19.354440 2s2p(3P)3d 4F7/2 19.4318 19.373841 2s2p(3P)3p 2S1/2 19.4337 19.4463 19.4335 19.354842 2s2p(3P)3d 4F9/2 19.4548 19.401443 2s2p(3P)3d 4D1/2 19.6004 19.5722 19.508144 2s2p(3P)3d 4D3/2 19.5757 19.6090 19.509645 2s2p(3P)3d 4D5/2 19.6046 19.5820 19.6138 19.513046 2s2p(3P)3d 4D7/2 19.6271 19.5997 19.6353 19.534947 2s2p(3P)3d 2D3/2 19.6260 19.6198 19.6260 19.531348 2s2p(3P)3d 2D5/2 19.6331 19.6240 19.6332 19.539049 2s2p(3P)3d 4P5/2 19.6917 19.6568 19.6999 19.592350 2s2p(3P)3d 4P3/2 19.7025 19.6655 19.7110 19.602651 2s2p(3P)3d 4P1/2 19.6736 19.609852 2s2p(1P)3s 2P1/2 19.7031 19.6680 19.670853 2s2p(1P)3s 2P3/2 19.6681 19.7045 19.6684 19.671454 2s2p(3P)3d 2F5/2 19.9439 19.9611 19.9440 19.902355 2s2p(3P)3d 2F7/2 19.9858 19.9999 19.9855 19.943056 2s2p(3P)3d 2P3/2 20.0407 20.0399 20.0406 19.964857 2s2p(3P)3d 2P1/2 20.0642 20.0621 19.986658 2s2p(1P)3p 2P1/2 20.4263 20.3778 20.374959 2s2p(1P)3p 2P3/2 20.4346 20.3908 20.383660 2s2p(1P)3p 2D5/2 20.4463 20.3905 20.397761 2s2p(1P)3p 2D3/2 20.4468 20.396362 2s2p(1P)3p 2S1/2 20.4698 20.6169 20.4695 20.580163 2p2(3P)3s 4P1/2 20.8237 20.7382

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 399

Table 2 (continued)

Index Configuration LSJ Expt. FAC CLT00 Chianti

64 2p2(3P)3s 4P3/2 20.8434 20.761065 2p2(3P)3s 4P5/2 20.8776 20.795166 2s2p(1P)3d 2F7/2 20.9582 21.0263 20.9581 21.018067 2s2p(1P)3d 2F5/2 21.0282 21.0586 21.019168 2s2p(1P)3d 2D3/2 21.0551 21.1353 21.0554 21.083869 2s2p(1P)3d 2D5/2 21.0629 21.1416 21.1517 21.090070 2p2(3P)3s 2P1/2 21.2463 21.131871 2s2p(1P)3d 2P1/2 21.2686 21.220072 2s2p(1P)3d 2P3/2 21.2732 21.224673 2p2(3P)3s 2P3/2 21.2825 21.169974 2s2p(3P)3p 2S1/2 21.3255 21.242275 2s2p(3P)3p 4D1/2 21.4234 21.337076 2s2p(3P)3p 4D3/2 21.4355 21.351077 2s2p(3P)3p 4D5/2 21.4567 21.374478 2p2(1D)3s 2D5/2 21.4737 21.395179 2p2(1D)3s 2D3/2 21.4748 21.395680 2p2(3P)3p 4D7/2 21.4879 21.4777 21.406181 2p2(3P)3p 4P1/2 21.5255 21.444982 2p2(3P)3p 4P3/2 21.5349 21.453183 2p2(3P)3p 4P5/2 21.5535 21.5118 21.473384 2p2(3P)3p 2D3/2 21.6406 21.546285 2p2(3P)3p 2D5/2 21.6836 21.590386 2p2(3P)3p 2S3/2 21.8273 21.697387 2p2(3P)3p 2P1/2 21.8347 21.738488 2p2(3P)3p 2P3/2 21.8588 21.7904 21.734289 2p2(3P)3d 4F3/2 21.9761 21.896790 2p2(3P)3d 4F5/2 21.9902 21.909491 2p2(3P)3d 4F7/2 22.0079 21.927892 2p2(3P)3d 4F9/2 22.0288 21.952093 2p2(1D)3p 2F5/2 22.0825 22.005094 2p2(1D)3p 2F7/2 22.0939 22.017195 2p2(3P)3d 2P3/2 22.1139 22.026796 2p2(3P)3d 4D1/2 22.1154 22.035597 2p2(3P)3d 4D5/2 22.1334 22.051698 2p2(3P)3d 4D7/2 22.1403 22.062199 2p2(3P)3d 4D3/2 22.1447 22.0571

100 2p2(3P)3d 2D1/2 22.1755 22.0831101 2p2(3P)3d 2F5/2 22.2021 22.1259102 2p2(3P)3d 2F7/2 22.2450 22.1725103 2p2(3P)3d 4P5/2 22.2756 22.2927 22.2832 22.1978104 2p2(3P)3d 4P3/2 22.3069 22.2969 22.2135105 2p2(3P)3d 4P1/2 22.3158 22.2216106 2p2(1D)3p 2D5/2 22.3481 22.1937 22.1825107 2p2(1D)3p 2D3/2 22.3514 22.1856108 2p2(1S)3p 2S1/2 22.4660 22.4001109 2p2(1D)3p 2P1/2 22.5090 22.3612110 2p2(1D)3p 2P3/2 22.5387 22.3865111 2p2(3P)3d 2D3/2 22.6130 22.5328112 2p2(3P)3d 2D5/2 22.6147 22.5347113 2p2(1D)3d 2G7/2 22.6272 22.5608114 2p2(1D)3d 2G9/2 22.6303 22.5653115 2p2(1D)3d 2D3/2 22.7877 22.7047116 2p2(1D)3d 2D5/2 22.8000 22.7200117 2s24s 2S1/2 22.8202 22.6160118 2p2(1D)3d 2F7/2 22.8288 22.7608119 2p2(1D)3d 2F5/2 22.8440 22.7754120 2p2(1D)3d 2P1/2 22.9918 22.8744121 2p2(1D)3d 2P3/2 23.0067 22.8888122 2p2(1D)3d 2S1/2 23.0746 23.0057123 2s24p 2P1/2 23.1167 23.0902124 2s24p 2P3/2 23.1233125 2p2(1S)3p 2P1/2 23.2319 23.1418126 2p2(1S)3p 2P3/2 23.2360 23.1486127 2s24d 2D3/2 23.1034 23.3654 23.1035128 2s24d 2D5/2 23.1034 23.3670 23.1036

400 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 2 (continued)

Index Configuration LSJ Expt. FAC CLT00 Chianti

129 2s24f 2F5/2 23.5149130 2s24f 2F7/2 23.5156131 2p2(1S)3d 2D5/2 23.7756 23.7376132 2p2(1S)3d 2D3/2 23.7839 23.7456133 2s2p(1P)4s 2P1/2 24.0733134 2s2p(1P)4s 2P3/2 24.0935135 2s2p(3P)4s 4P5/2 24.1333136 2s2p(3P)4s 2P1/2 24.2201137 2s2p(3P)4s 2P3/2 24.2643138 2s2p(1P)4p 2S1/2 24.3453139 2s2p(1P)4p 2D3/2 24.3574140 2s2p(1P)4p 2D5/2 24.3776141 2s2p(1P)4p 2P3/2 24.4032142 2s2p(3P)4p 4D7/2 24.4105143 2s2p(3P)4p 2S1/2 24.4119144 2s2p(3P)4p 2P3/2 24.4385 24.5258145 2s2p(1P)4p 2P1/2 24.4453146 2s2p(1P)4p 2D3/2 24.4700147 2s2p(1P)4p 2D5/2 24.4796148 2s2p(3P)4p 2P3/2 24.5180149 2s2p(3P)4p 2D5/2 24.5535 24.5598150 2s2p(1P)4d 2P3/2 24.5667151 2s2p(1P)4d 2F5/2 24.5776152 2s2p(1P)4d 2F7/2 24.5949153 2s2p(3P)4d 4F9/2 24.6240154 2s2p(3P)4p 4D1/2 24.6307155 2s2p(1P)4d 2D5/2 24.6361 24.7069156 2s2p(3P)4d 2P3/2 24.6398157 2s2p(1P)4d 2P1/2 24.6416158 2s2p(3P)4d 2P3/2 24.6695159 2s2p(1P)4d 2F7/2 24.6706 24.7151160 2s2p(1P)4d 2F5/2 24.6786 24.7427161 2s2p(3P)4d 2D5/2 24.6893162 2s2p(1P)4d 2D3/2 24.6926 24.7593163 2s2p(3P)4d 2P1/2 24.6963164 2s2p(1P)4f 2D5/2 24.7389165 2s2p(1P)4f 2F7/2 24.7408166 2s2p(1P)4f 2D3/2 24.7519167 2s2p(1P)4f 2G9/2 24.7545168 2s2p(3P)4f 2D5/2 24.7596169 2s2p(1P)4f 2G7/2 24.7652170 2s2p(3P)4f 2F7/2 24.7767171 2s2p(1P)4f 2F5/2 24.7781172 2s2p(1P)4d 2D5/2 24.7795 24.8027173 2s2p(3P)4f 2G9/2 24.7985174 2s2p(3P)4f 4G11/2 24.8067175 2s2p(3P)4f 4F7/2 24.8070176 2s2p(3P)4d 4D7/2 24.8126 24.8367177 2s2p(3P)4d 4F3/2 24.8128178 2s2p(3P)4f 4G7/2 24.8177179 2s2p(3P)4f 4F5/2 24.8196180 2s2p(3P)4f 4F9/2 24.8261181 2s2p(3P)4f 4D3/2 24.8285182 2s2p(3P)4d 4D1/2 24.8332183 2s2p(3P)4f 4D1/2 24.8336184 2s2p(3P)4f 4G5/2 24.8409185 2s2p(3P)4f 4F3/2 24.8556186 2s25s 2S1/2 25.3843187 2s25p 2P1/2 25.5338188 2s25p 2P3/2 25.5377189 2s2p(3P)4s 4P1/2 25.6740190 2s2p(3P)4s 2P3/2 25.6750191 2s25d 2D3/2 25.6771192 2s25d 2D5/2 25.4245 25.6781 25.4247

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 401

Table 2 (continued)

Index Configuration LSJ Expt. FAC CLT00 Chianti

193 2s25g 2G7/2 25.7249194 2s25g 2G9/2 25.7252195 2s25f 2F5/2 25.7490196 2s25f 2F7/2 25.7495197 2s2p(3P)4p 2D3/2 25.9357198 2s2p(3P)4p 2D5/2 25.9392199 2s2p(3P)4p 2P1/2 25.9481200 2s2p(3P)4p 4S3/2 25.9533201 2s2p(3P)4p 4D1/2 26.0344202 2s2p(3P)4d 2D3/2 26.1603203 2s2p(3P)4d 4P5/2 26.1626204 2s2p(3P)4d 4F7/2 26.1633 26.0905205 2s2p(3P)4d 2F5/2 26.1638 26.0913206 2s2p(3P)4d 2P1/2 26.2312207 2s2p(3P)4d 4P3/2 26.2328 26.0919208 2s2p(3P)4f 2F5/2 26.2568209 2s2p(3P)4f 4D7/2 26.2575210 2s2p(3P)4f 2G7/2 26.3134211 2s2p(3P)4f 2G9/2 26.3140212 2s2p(3P)4f 2D3/2 26.3346213 2s2p(3P)4f 4D5/2 26.3350214 2s2p(1P)5s 2P1/2 26.6582215 2s2p(1P)5s 2P3/2 26.6779216 2s2p(3P)5s 4P5/2 26.7194217 2s2p(3P)5s 2P1/2 26.7245218 2s2p(3P)5s 4P3/2 26.7689219 2s26s 2S1/2 26.7796220 2s2p(1P)5p 2S1/2 26.7929221 2s2p(1P)5p 2P3/2 26.8032222 2s2p(1P)5p 2D5/2 26.8212223 2s2p(1P)5p 2P3/2 26.8259224 2s2p(3P)5p 2S1/2 26.8349225 2s2p(1P)5p 2P1/2 26.8505226 2s2p(3P)5p 4D7/2 26.8566227 2s2p(3P)5p 2P3/2 26.8575228 2s26p 2P1/2 26.8671229 2s26p 2P3/2 26.8712230 2s2p(3P)5p 4P3/2 26.8819231 2s2p(3P)5p 4P5/2 26.8852232 2s2p(3P)5p 4D3/2 26.8944233 2s2p(1P)5d 2P3/2 26.9070234 2s2p(1P)5d 2D5/2 26.9155235 2s2p(3P)5p 4D5/2 26.9235236 2s26d 2D3/2 26.9304237 2s26d 2D5/2 26.6793 26.9311 26.6792238 2s2p(1P)5d 2F7/2 26.9317239 2s2p(1P)5d 2D5/2 26.9418240 2s2p(3P)5d 2P3/2 26.9473241 2s2p(3P)5d 2P1/2 26.9500242 2s26h 2H9/2 26.9644243 2s26h 2H11/2 26.9645244 2s2p(3P)5d 4F9/2 26.9656245 2s2p(3P)5d 2P3/2 26.9682246 2s2p(3P)5p 4D1/2 26.9689247 2s26f 2F5/2 26.9692248 2s26f 2F7/2 26.9723249 2s26g 2G7/2 26.9753250 2s26g 2G9/2 26.9754251 2s2p(3P)5d 4D5/2 26.9823252 2s2p(3P)5d 4F7/2 26.9837 27.0498253 2s2p(1P)5g 2F7/2 26.9888254 2s2p(1P)5g 2G9/2 26.9891255 2s2p(3P)5d 4F5/2 26.9917 27.0551256 2s2p(1P)5f 2D5/2 26.9951257 2s2p(3P)5d 4D3/2 26.9953

402 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 2 (continued)

Index Configuration LSJ Expt. FAC CLT00 Chianti

258 2s2p(1P)5f 2D7/2 26.9968259 2s2p(3P)5d 4P1/2 26.9974260 2s2p(1P)5g 2F5/2 27.0067261 2s2p(3P)5g 2F7/2 27.0070262 2s2p(1P)5g 2H9/2 27.0082263 2s2p(1P)5g 2H11/2 27.0084264 2s2p(1P)5f 2D3/2 27.0121265 2s2p(1P)5f 2G9/2 27.0134266 2s2p(1P)5g 2F7/2 27.0139267 2s2p(3P)5g 2G9/2 27.0142268 2s2p(3P)5f 2D5/2 27.0146269 2s2p(1P)5f 2G7/2 27.0164270 2s2p(1P)5f 2F5/2 27.0256271 2s2p(3P)5f 2F7/2 27.0262272 2s2p(3P)5d 4F5/2 27.0288273 2s2p(3P)5d 4F3/2 27.0473274 2s2p(3P)5g 4G9/2 27.0534275 2s2p(3P)5g 4H11/2 27.0536276 2s2p(3P)5g 4G7/2 27.0538277 2s2p(3P)5g 4H9/2 27.0540278 2s2p(3P)5d 4D7/2 27.0554279 2s2p(3P)5f 4F9/2 27.0568280 2s2p(3P)5g 2F5/2 27.0579281 2s2p(3P)5g 4H7/2 27.0580282 2s2p(3P)5g 4H13/2 27.0591283 2s2p(3P)5g 4G11/2 27.0593284 2s2p(3P)5f 4F7/2 27.0594285 2s2p(3P)5f 4G11/2 27.0617286 2s2p(3P)5g 4F3/2 27.0619287 2s2p(3P)5g 4G5/2 27.0623288 2s2p(3P)5d 4D1/2 27.0635289 2s2p(3P)5f 4F5/2 27.0646290 2s2p(3P)5f 4G7/2 27.0656291 2s2p(3P)5f 4D3/2 27.0703292 2s2p(3P)5f 4D1/2 27.0738293 2s2p(3P)5f 4F9/2 27.0745294 2s2p(3P)5f 4G5/2 27.0752295 2s2p(3P)5f 2F7/2 27.0850296 2s2p(3P)5s 4P1/2 28.2135297 2s2p(3P)5s 2P3/2 28.2140298 2s2p(3P)5p 2D3/2 28.3518299 2s2p(3P)5p 2D5/2 28.3536300 2s2p(3P)5p 2P1/2 28.3581301 2s2p(3P)5p 4S3/2 28.3606302 2s2p(3P)5p 4P1/2 28.3967303 2s2p(3P)5d 2F7/2 28.4662 28.3994304 2s2p(3P)5d 2F5/2 28.4663 28.4308305 2s2p(3P)5d 2D3/2 28.4665 28.3992306 2s2p(3P)5d 4P5/2 28.4677307 2s2p(3P)5d 2P1/2 28.4976308 2s2p(3P)5d 4P3/2 28.4983309 2s2p(3P)5g 2G7/2 28.5209310 2s2p(3P)5g 4F9/2 28.5211311 2s2p(3P)5f 2F5/2 28.5242312 2s2p(3P)5f 4D7/2 28.5246313 2s2p(3P)5g 2H9/2 28.5328314 2s2p(3P)5g 2H11/2 28.5330315 2s2p(3P)5f 4D5/2 28.5371316 2s2p(3P)5g 4F7/2 28.5373317 2s2p(3P)5f 2G7/2 28.5443318 2s2p(3P)5f 2G9/2 28.5446319 2s2p(3P)5f 2D3/2 28.5578320 2s2p(3P)5f 2D5/2 28.5580

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 403

Table 3Energy levels (in Ry) of the Si XI ion. See page 388 for Explanation of Tables

Index Configuration LSJ Expt. FAC CT01 Chianti

1 2s2 1S0 0.000000 0.000000 0.0000002 2s2p 3P0 1.547354 1.544777 1.547362 1.5569603 2s2p 3P1 1.568696 1.565661 1.568859 1.5784204 2s2p 3P2 1.615845 1.611971 1.615744 1.6256805 2s2p 1P1 3.004365 3.050184 3.004353 3.1310506 2p2 3P0 4.043030 4.031292 4.043251 4.0698007 2p2 3P1 4.068764 4.060359 4.068830 4.0951508 2p2 3P2 4.109507 4.099710 4.109646 4.1360909 2p2 1D2 4.512617 4.540432 4.512730 4.614360

10 2p2 1S0 5.547427 5.624651 5.547728 5.68997011 2s3s 3S1 20.145382 20.113743 20.146660 19.77640012 2s3s 1S0 20.428877 20.417677 20.429729 20.14880013 2s3p 1P1 20.822817 20.825602 20.826143 20.65840114 2s3p 3P0 20.824370 20.850800 20.850365 20.67799915 2s3p 3P1 20.824370 20.858654 20.860752 20.67799916 2s3p 3P2 20.824370 20.868895 20.866348 20.69759917 2s3d 3D1 21.243521 21.244827 21.20719918 2s3d 3D2 21.251204 21.245701 21.253338 21.22680119 2s3d 3D3 21.255487 21.249430 21.254696 21.22680120 2s3d 1D2 21.517658 21.541889 21.515211 21.59920121 2p3s 3P0 22.100626 22.088411 22.03040122 2p3s 3P1 22.120941 22.114548 22.06959923 2p3s 3P2 22.145796 22.170929 22.158224 22.12839924 2p3s 1P1 22.515768 22.456436 22.516539 22.48119925 2p3p 1S0 22.543678 22.533634 22.59880126 2p3p 1P1 22.622646 22.600367 22.69680027 2p3p 1D2 22.639996 22.619520 22.71640028 2p3p 3D3 22.666128 22.687033 22.666525 22.79480029 2p3p 3S1 22.785503 22.804148 22.785364 22.93199930 2p3p 3P0 22.847015 22.902258 22.846100 23.01039931 2p3p 3P1 22.873987 22.922987 22.874140 23.04960132 2p3p 3P2 22.894491 22.946426 22.895081 23.06920133 2p3d 3F2 22.973572 22.944773 23.14760034 2p3d 1F3 23.014633 22.981279 23.20640035 2p3d 1D2 23.009857 23.035978 23.007961 23.24560036 2p3d 3F4 23.048069 23.017693 23.26520037 2p3p 1D2 23.077110 23.156197 23.077082 23.36319938 2p3d 3D1 23.224178 23.198618 23.51999939 2p3d 3D2 23.210884 23.239044 23.212040 23.51999940 2p3d 3D3 23.232481 23.257551 23.232681 23.55920041 2p3d 3P2 23.299004 23.329031 23.299505 23.63760042 2p3d 3P1 23.312307 23.343704 23.313229 23.63760043 2p3d 3P0 23.353043 23.299850 23.65720044 2p3p 3P0 23.518160 23.411737 23.81399945 2p3d 1F3 23.537392 23.595888 23.537512 24.08840046 2p3d 1P1 23.647293 23.601410 24.06880047 2s4s 3S1 26.867788 26.88384648 2s4s 1S0 26.979717 26.99257149 2s4p 3P0 27.154919 27.15053250 2s4p 1P1 27.189840 27.156904 27.15887851 2s4p 3P2 27.162363 27.16436452 2s4p 3P1 27.188612 27.19146553 2s4d 3D1 27.323250 27.309225 27.32347354 2s4d 1D2 27.323250 27.310019 27.32399255 2s4d 3D3 27.324430 27.311388 27.32309956 2s4d 3D2 27.408820 27.407158 27.41091057 2s4f 3F2 27.426590 27.410381 27.42388558 2s4f 1F3 27.426590 27.410730 27.42978359 2s4f 3F4 27.426590 27.411301 27.42826160 2s4f 3F3 27.436907 27.44605861 2p4s 3P0 28.71208462 2p4s 1P1 28.725073 28.71620063 2p4s 3P2 28.78349564 2p4s 3P1 28.841047

404 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 3 (continued)

Index Configuration LSJ Expt. FAC CT01 Chianti

65 2p4p 1P1 28.913570 28.89740866 2p4p 3S1 28.954025 28.93111667 2p4p 1D2 28.956448 28.93526368 2p4p 3D3 28.982850 29.003851 28.98171869 2p4p 3D1 29.023228 28.99749270 2p4p 1S0 29.035700 28.99626271 2p4p 3P0 29.070051 29.03925772 2p4d 1D2 29.073664 29.05957873 2p4p 3D2 29.080549 29.04847974 2p4d 1F3 29.104568 29.08338075 2p4d 3P2 29.118008 29.10186076 2p4d 3F4 29.147139 29.12672077 2p4p 3D2 29.154943 29.10842178 2p4d 1P1 29.164049 29.14007979 2p4f 1F3 29.178125 29.16646280 2p4d 3D2 29.180792 29.16426581 2p4f 1G4 29.185801 29.17407082 2p4f 3D3 29.185833 29.17611183 2p4f 1D2 29.189100 29.17581984 2p4d 3F3 29.204765 29.18869685 2p4d 3F2 29.226376 29.20633986 2p4d 3P1 29.233587 29.21488687 2p4d 3P0 29.237942 29.21781288 2p4f 3F3 29.242241 29.23301189 2p4f 3G4 29.246752 29.23753290 2p4f 3G5 29.260471 29.24820391 2p4f 3F4 29.275635 29.26098892 2p4p 3P0 29.27577293 2p4f 3G3 29.278198 29.26791494 2p4f 3D2 29.284447 29.27347295 2p4f 3D1 29.300755 29.28099196 2p4f 3F2 29.31254097 2p4d 3D3 29.325869 29.29450498 2p4d 3D1 29.343655 29.31759699 2s5s 3S1 29.872326

100 2s5s 1S0 29.941473101 2s5p 3P0 30.008636102 2s5p 1P1 30.009657 30.030905103 2s5p 3P2 30.012236 30.035196104 2s5p 3P1 30.037083 30.052256105 2s5d 3D1 30.082239106 2s5d 1D2 30.082626 30.114359107 2s5d 3D3 30.083298 30.112492108 2s5d 3D2 30.127644 30.147348109 2s5f 3F2 30.141191110 2s5f 1F3 30.141380111 2s5f 3F4 30.141684 30.162558112 2s5g 3G3 30.142813113 2s5g 3G4 30.143135114 2s5g 3G5 30.143570 30.142736115 2s5g 1G4 30.144514 30.144068116 2s5f 3F3 30.160885 30.168581117 2s6s 3S1 31.453033118 2s6s 1S0 31.477673119 2s6p 1P1 31.533216120 2s6p 3P0 31.534821121 2s6p 3P1 31.535736122 2s6p 3P2 31.537333123 2s6d 3D1 31.582912124 2s6d 1D2 31.583265 31.622099125 2s6d 3D3 31.583780 31.622782126 2s6d 3D2 31.608042 31.647816127 2s6h 3H4 31.608553 31.657038128 2s6h 3H5 31.608683 31.665220

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 405

Table 3 (continued)

Index Configuration LSJ Expt. FAC CT01 Chianti

129 2s6h 1H5 31.609270130 2s6h 3H6 31.609398 31.655470131 2s6g 3G3 31.613386132 2s6g 3G4 31.613619133 2s6g 3G5 31.614050134 2s6g 1G4 31.614071135 2s6f 3F2 31.616629136 2s6f 1F3 31.616789137 2s6f 3F4 31.617002138 2s6f 3F3 31.623676139 2p5s 3P0 31.673822140 2p5s 1P1 31.685566141 2p5s 3P1 31.745216142 2p5p 1P1 31.776550143 2p5s 3P2 31.782660144 2p5p 1D2 31.803432145 2p5p 3S1 31.804398146 2p5p 1S0 31.839994147 2p5d 1D2 31.854980148 2p5p 3D3 31.856270 31.843794149 2p5p 3D1 31.859873150 2p5d 1F3 31.877247151 2p5d 3P2 31.882540152 2p5p 3P2 31.888010 31.862967153 2p5p 3P1 31.888308154 2p5d 1P1 31.901619155 2p5g 3F4 31.915838156 2p5g 1F3 31.916014157 2p5g 1G4 31.917631158 2p5g 1H5 31.918135 31.916313159 2p5f 1D2 31.919725160 2p5f 1F3 31.919802161 2p5f 3D3 31.923098 31.908466162 2p5f 1G4 31.925526 31.913334163 2p5d 3F4 31.928123 31.920860164 2p5f 1D2 31.931335165 2p5d 3D2 31.935678 31.924606166 2p5d 3F3 31.950649 31.947086167 2p5d 3F2 31.963821 31.955708168 2p5d 3P1 31.968147169 2p5d 3P0 31.971027170 2p5g 3G4 31.984041171 2p5g 3H5 31.984463 31.987629172 2p5f 3F3 31.985813173 2p5g 3F3 31.988184174 2p5g 3G4 31.988337 31.989105175 2p5f 3G4 31.988581 31.982271176 2p5g 3H6 31.994789 31.990217177 2p5g 3G5 31.994825 31.974417178 2p5g 3F2 31.997589 32.000561179 2p5g 3G3 31.998026 31.999659180 2p5f 3G5 31.998064 31.979874181 2p5f 3F3 31.998545 31.988239182 2p5f 3D2 32.002201 31.986418183 2p5p 3P0 32.003796184 2p5f 3F4 32.008377 31.997618185 2p5f 3D1 32.012287186 2p5d 3D2 32.012562187 2p5d 3D1 32.019455188 2p5f 3F2 32.019569 32.001801189 2s7s 3S1 32.410057190 2s7s 1S0 32.433899191 2s7p 3P0 32.458748192 2s7p 1P1 32.459160193 2s7p 3P2 32.460125

406 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 3 (continued)

Index Configuration LSJ Expt. FAC CT01 Chianti

194 2s7p 3P1 32.469666195 2s7d 3D1 32.487179196 2s7d 1D2 32.487350197 2s7d 3D3 32.487606198 2s7d 3D2 32.502659199 2s7i 3I5 32.504520200 2s7i 1I6 32.504547201 2s7i 3I6 32.504578202 2s7i 3I7 32.504604203 2s7f 3F2 32.505455204 2s7f 1F3 32.505547205 2s7f 3F4 32.505676206 2s7h 3H4 32.506088207 2s7h 3H5 32.506168208 2s7h 1H5 32.506271209 2s7h 3H6 32.506332210 2s7g 3G3 32.508816211 2s7g 3G4 32.508938212 2s7g 3G5 32.509094213 2s7g 1G4 32.509647214 2s7g 3F3 32.512722215 2p6s 3P0 33.253277216 2p6s 1P1 33.258938217 2p6p 1P1 33.312859218 2p6s 3P2 33.325211219 2p6p 3S1 33.330338220 2p6p 1D2 33.331120221 2p6s 3P1 33.340672222 2p6p 1S0 33.352665223 2p6d 1D2 33.359703224 2p6d 1F3 33.375366225 2p6d 3P2 33.376148226 2p6d 1P1 33.387409227 2p6p 3D1 33.389088228 2p6p 3D3 33.389141229 2p6h 1F4 33.393715230 2p6h 1H5 33.393742231 2p6h 3G5 33.393841232 2p6h 1I6 33.393871233 2p6g 1G4 33.394886234 2p6g 1H5 33.395264235 2p6g 3F4 33.395390236 2p6g 1F3 33.395462237 2p6f 1F3 33.395920238 2p6f 3F3 33.399380239 2p6f 1D2 33.399506240 2p6f 1G4 33.399734241 2p6p 3P2 33.406666242 2p6p 3P1 33.406849243 2p6p 3D2 33.428875244 2p6d 3F4 33.432613245 2p6d 3D2 33.435436246 2p6d 3F3 33.444107247 2p6d 3F2 33.451611248 2p6d 3P1 33.453957249 2p6d 3P0 33.455444250 2p6g 3G4 33.464642251 2p6h 3H5 33.464718252 2p6h 3I6 33.464840253 2p6g 3H5 33.464912 33.399921254 2p6f 3F3 33.465057255 2p6h 3H4 33.465733256 2p6h 3H5 33.465847257 2p6f 3G4 33.466679

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 407

Table 3 (continued)

Index Configuration LSJ Expt. FAC CT01 Chianti

258 2p6g 3F3 33.467365259 2p6g 3G4 33.467415260 2p6h 3H6 33.468006261 2p6h 3H5 33.468121262 2p6h 3G3 33.468998263 2p6h 3H4 33.469124264 2p6g 3H6 33.470116 33.471565265 2p6g 3G5 33.470287 33.471767266 2p6f 3G5 33.471622267 2p6f 3F3 33.471786268 2p6g 3F2 33.472939269 2p6g 3G3 33.473213270 2p6f 3D2 33.473907271 2p6p 3P0 33.474533272 2p6d 3D3 33.477890273 2p6f 3F4 33.478077274 2p6f 3D1 33.480049275 2p6d 3D1 33.482323276 2p6f 3F2 33.484653277 2p7s 3P0 34.196503278 2p7s 1P1 34.199966279 2p7p 1P1 34.234264280 2p7p 3P1 34.245743281 2p7p 1D2 34.247326282 2p7p 1S0 34.262367283 2p7d 1D2 34.264229284 2p7s 3P2 34.267216285 2p7d 1F3 34.275555286 2p7d 3P2 34.276352287 2p7s 3P1 34.277081288 2p7d 3P1 34.282623289 2p7f 1F3 34.284359290 2p7h 1H5 34.284492291 2p7i 1I6 34.284512292 2p7i 1J7 34.284569293 2p7h 1I6 34.284573294 2p7i 3H5 34.284626295 2p7i 3H6 34.284683296 2p7h 3G4 34.284718297 2p7h 3H5 34.284786298 2p7f 3D3 34.286480299 2p7g 1G4 34.286514300 2p7g 1H5 34.286789301 2p7f 1G4 34.286942302 2p7g 3F4 34.287079303 2p7g 3F3 34.287140304 2p7f 3D2 34.287628305 2p7p 3S1 34.308624306 2p7p 3D3 34.309578307 2p7p 3P2 34.319897308 2p7p 3P1 34.320206309 2p7p 3D2 34.334797310 2p7d 3F4 34.337284311 2p7d 3D2 34.338711312 2p7d 3F3 34.343979313 2p7d 3F2 34.348595314 2p7d 3P1 34.349998315 2p7d 3P0 34.350861316 2p7f 3F3 34.354988317 2p7f 3G4 34.356010318 2p7h 3H5 34.356312319 2p7h 3I6 34.356384320 2p7i 3I6 34.356781321 2p7i 3J7 34.356838322 2p7h 3G4 34.357029

408 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 3 (continued)

Index Configuration LSJ Expt. FAC CT01 Chianti

323 2p7h 3I5 34.357094324 2p7i 3H5 34.357132325 2p7i 3J6 34.357189326 2p7g 3G4 34.357510327 2p7g 3H5 34.357689328 2p7i 3I7 34.357918329 2p7i 3J8 34.357975330 2p7h 3H6 34.358189331 2p7h 3I7 34.358253332 2p7i 3H4 34.358383333 2p7i 3J5 34.358437334 2p7f 3G5 34.358879335 2p7f 3G3 34.359028336 2p7h 3G3 34.359108337 2p7h 3H4 34.359184338 2p7g 3F3 34.359249339 2p7g 3G4 34.359264340 2p7f 3D2 34.360397341 2p7g 3H6 34.360783342 2p7g 3G5 34.360950343 2p7g 3F2 34.362793344 2p7g 3H3 34.362942345 2p7f 3G4 34.363071346 2p7f 3D1 34.364277347 2p7d 3F3 34.364918348 2p7p 3P0 34.366123349 2p7f 3F2 34.367489350 2p7d 3D1 34.367958

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 409

Table 4Effective collision strengths � for Si IX at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with weighted oscillator strengths gf andradiative rates A. See page 388 for Explanation of Tables

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 2 1.995�07 2.721�01 8.359�02 7.295�02 5.955�02 5.094�02 4.479�02 4.011�02 3.641�021 3 8.784�13 4.586�06 6.440�02 7.631�02 7.685�02 7.239�02 6.792�02 6.408�02 6.087�021 4 1.980�12 8.212�04 4.305�02 3.728�02 3.007�02 2.550�02 2.226�02 1.982�02 1.791�021 5 5.828�03 4.970�03 3.920�03 3.270�03 2.818�03 2.483�03 2.223�031 6 1.205�11 3.285�02 1.174�02 1.055�02 8.875�03 7.722�03 6.867�03 6.201�03 5.665�031 7 2.940�05 3.164�05 3.942�05 4.347�05 4.522�05 4.590�05 4.608�051 8 8.687�11 1.010+00 9.668�03 8.677�03 7.289�03 6.336�03 5.631�03 5.082�03 4.641�031 9 8.160�02 1.582+09 3.788�01 4.022�01 4.390�01 4.676�01 4.913�01 5.115�01 5.292�011 10 2.856�11 4.602�01 2.352�03 2.105�03 1.763�03 1.529�03 1.357�03 1.224�03 1.116�031 11 7.759�02 2.083+09 2.869�01 3.045�01 3.323�01 3.542�01 3.723�01 3.879�01 4.016�011 12 1.418�03 1.268�03 1.061�03 9.196�04 8.156�04 7.350�04 6.704�041 13 1.833�10 4.999+00 5.628�03 5.050�03 4.243�03 3.690�03 3.280�03 2.962�03 2.705�031 14 9.369�02 4.352+09 2.392�01 2.532�01 2.758�01 2.938�01 3.089�01 3.220�01 3.335�011 15 2.055�03 1.842�03 1.546�03 1.344�03 1.195�03 1.080�03 9.872�041 16 1.305�07 8.146+03 1.830�03 1.923�03 2.121�03 2.280�03 2.389�03 2.465�03 2.519�031 17 1.807�11 1.905+00 9.468�05 8.186�05 6.542�05 5.496�05 4.759�05 4.208�05 3.777�051 18 6.831�04 6.573�04 6.244�04 6.028�04 5.872�04 5.751�04 5.655�041 19 3.267�04 2.826�04 2.260�04 1.899�04 1.645�04 1.455�04 1.306�041 20 5.635�05 4.911�05 3.980�05 3.386�05 2.968�05 2.655�05 2.411�051 21 8.244�04 7.308�04 6.032�04 5.181�04 4.564�04 4.091�04 3.715�041 22 6.791�02 3.954+10 4.460�03 5.476�03 7.395�03 9.125�03 1.069�02 1.211�02 1.342�021 23 5.257�10 1.848+02 8.184�04 7.237�04 5.954�04 5.105�04 4.490�04 4.020�04 3.647�041 24 6.702�04 4.000+08 8.705�04 7.894�04 6.822�04 6.142�04 5.673�04 5.334�04 5.079�041 25 2.535�11 1.613+01 4.584�03 3.987�03 3.228�03 2.744�03 2.400�03 2.140�03 1.936�031 26 2.894�11 1.857+01 3.145�03 2.717�03 2.177�03 1.838�03 1.599�03 1.420�03 1.279�031 27 2.679�05 1.033+07 7.512�03 7.758�03 8.239�03 8.671�03 9.058�03 9.404�03 9.712�031 28 2.216�03 1.914�03 1.534�03 1.295�03 1.128�03 1.002�03 9.036�041 29 2.003�10 1.305+02 1.792�03 1.541�03 1.227�03 1.030�03 8.922�04 7.892�04 7.090�041 30 3.486�02 3.544�02 3.632�02 3.691�02 3.734�02 3.766�02 3.792�021 31 2.223�12 1.463+00 4.207�03 3.685�03 3.010�03 2.575�03 2.263�03 2.026�03 1.839�031 32 6.236�06 2.468+06 2.773�03 2.678�03 2.597�03 2.575�03 2.578�03 2.592�03 2.612�031 33 2.907�03 2.510�03 2.012�03 1.699�03 1.478�03 1.313�03 1.183�031 34 2.843�11 1.994+01 3.110�03 2.686�03 2.156�03 1.824�03 1.591�03 1.416�03 1.280�031 35 3.362�10 1.418+02 4.165�06 3.634�06 2.957�06 2.526�06 2.221�06 1.992�06 1.812�061 36 5.298�04 4.717�04 3.994�04 3.543�04 3.229�04 2.996�04 2.814�041 37 2.261�05 1.958�05 1.574�05 1.332�05 1.161�05 1.033�05 9.323�061 38 2.937�10 1.251+02 8.520�03 7.193�03 5.592�03 4.624�03 3.964�03 3.480�03 3.107�031 39 6.589�03 6.595�03 6.751�03 6.948�03 7.149�03 7.343�03 7.524�031 40 1.715�08 7.351+03 6.322�03 5.382�03 4.229�03 3.522�03 3.034�03 2.674�03 2.395�031 41 3.224�03 2.728�03 2.127�03 1.763�03 1.513�03 1.330�03 1.189�031 42 1.061+00 7.702+11 1.493�01 1.686�01 2.017�01 2.297�01 2.542�01 2.761�01 2.959�011 43 5.205�09 2.270+03 9.123�03 7.769�03 6.109�03 5.089�03 4.386�03 3.866�03 3.463�031 44 3.875�03 3.582�03 3.268�03 3.105�03 3.012�03 2.956�03 2.922�031 45 2.564�09 1.125+03 1.489�03 1.232�03 9.326�04 7.571�04 6.399�04 5.555�04 4.915�041 46 6.041�02 4.426+10 1.132�02 1.232�02 1.413�02 1.571�02 1.712�02 1.839�02 1.956�021 47 8.640�04 7.417�04 5.894�04 4.945�04 4.283�04 3.791�04 3.407�041 48 6.691�02 6.871�02 7.135�02 7.317�02 7.452�02 7.556�02 7.640�021 49 6.304�12 4.684+00 1.937�04 1.647�04 1.296�04 1.083�04 9.373�05 8.295�05 7.460�051 50 1.799�07 8.049+04 1.545�04 1.375�04 1.174�04 1.059�04 9.856�05 9.357�05 9.001�051 51 3.298�03 2.477+09 2.305�03 2.075�03 1.826�03 1.698�03 1.627�03 1.585�03 1.562�031 52 3.854�03 3.249�03 2.521�03 2.081�03 1.782�03 1.563�03 1.395�031 53 4.605�02 3.513+10 2.314�03 2.887�03 3.955�03 4.915�03 5.782�03 6.575�03 7.304�031 54 6.402�04 5.599�04 4.554�04 3.879�04 3.397�04 3.032�04 2.743�041 55 1.493�03 1.306�03 1.063�03 9.056�04 7.933�04 7.081�04 6.409�041 56 3.250�09 1.498+03 1.321�03 1.157�03 9.421�04 8.033�04 7.041�04 6.288�04 5.692�041 57 8.087�07 6.765�07 5.200�07 4.275�07 3.653�07 3.202�07 2.858�071 58 2.340�06 1.959�06 1.505�06 1.235�06 1.052�06 9.184�07 8.164�071 59 9.851�04 7.636+08 3.377�04 3.128�04 2.868�04 2.753�04 2.708�04 2.701�04 2.716�041 60 2.771�09 1.290+03 1.184�03 1.038�03 8.462�04 7.221�04 6.332�04 5.657�04 5.124�041 61 4.118�07 3.400�07 2.628�07 2.215�07 1.956�07 1.777�07 1.647�071 62 1.782�01 1.418+11 6.436�03 8.366�03 1.201�02 1.537�02 1.849�02 2.138�02 2.403�021 63 1.067�09 5.101+02 4.254�04 3.722�04 3.018�04 2.582�04 2.227�04 1.911�04 1.644�04

410 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 64 1.183�05 1.233�05 1.315�05 1.379�05 1.434�05 1.480�05 1.518�051 65 1.549�09 7.475+02 5.307�04 4.660�04 3.795�04 3.253�04 2.812�04 2.419�04 2.088�041 66 8.741�05 7.673�05 6.253�05 5.366�05 4.645�05 4.001�05 3.458�051 67 7.794�02 6.313+10 2.819�03 3.668�03 5.277�03 6.766�03 8.149�03 9.430�03 1.061�021 68 5.959�11 2.899+01 6.977�05 6.135�05 5.012�05 4.310�05 3.737�05 3.226�05 2.794�051 69 6.618�05 5.799�05 4.721�05 4.050�05 3.505�05 3.018�05 2.608�051 70 5.209�07 2.557+05 1.967�04 2.107�04 2.342�04 2.536�04 2.706�04 2.854�04 2.980�041 71 4.959�14 4.056�02 4.804�05 4.236�05 3.479�05 3.002�05 2.613�05 2.264�05 1.971�051 72 2.265�12 1.895+00 3.326�03 2.872�03 2.290�03 1.937�03 1.653�03 1.400�03 1.189�031 73 3.107�08 1.561+04 4.083�03 3.526�03 2.813�03 2.380�03 2.033�03 1.723�03 1.464�031 74 2.840�03 2.452�03 1.955�03 1.653�03 1.411�03 1.195�03 1.015�031 75 6.749�07 5.676�07 4.363�07 3.615�07 3.025�07 2.495�07 2.052�071 76 2.157�06 1.815�06 1.398�06 1.160�06 9.722�07 8.034�07 6.623�071 77 1.647�09 8.338+02 1.113�07 1.085�07 1.050�07 1.033�07 1.019�07 1.006�07 9.951�081 78 4.250�04 3.669�04 2.925�04 2.474�04 2.112�04 1.789�04 1.519�041 79 4.361�13 3.697�01 1.143�05 9.975�06 8.087�06 6.934�06 6.005�06 5.178�06 4.487�061 80 1.500�07 7.633+04 1.860�03 1.610�03 1.290�03 1.096�03 9.409�04 8.024�04 6.867�041 81 3.470�03 2.995�03 2.387�03 2.018�03 1.722�03 1.458�03 1.237�031 82 4.309�07 3.545�07 2.638�07 2.152�07 1.775�07 1.433�07 1.147�071 83 2.028�03 1.746�03 1.386�03 1.169�03 9.955�04 8.404�04 7.109�041 84 7.245�07 3.736+05 5.251�04 4.884�04 4.465�04 4.259�04 4.105�04 3.965�04 3.851�041 85 6.828�13 5.875�01 2.595�05 2.231�05 1.768�05 1.491�05 1.268�05 1.069�05 9.032�061 86 5.088�05 2.631+07 9.502�03 1.054�02 1.218�02 1.347�02 1.458�02 1.556�02 1.638�021 87 6.628�14 5.726�02 1.773�04 1.527�04 1.213�04 1.023�04 8.710�05 7.353�05 6.220�051 88 1.042�04 1.063�04 1.096�04 1.121�04 1.141�04 1.158�04 1.172�041 89 1.097�04 5.752+07 1.944�02 2.167�02 2.517�02 2.791�02 3.027�02 3.234�02 3.410�021 90 9.751�04 8.414�04 6.703�04 5.666�04 4.833�04 4.091�04 3.471�041 91 1.732�06 1.725�06 1.780�06 1.867�06 1.949�06 2.020�06 2.080�061 92 6.364�12 5.635+00 4.065�05 3.504�05 2.790�05 2.362�05 2.018�05 1.710�05 1.452�051 93 4.486�11 2.396+01 5.774�05 4.901�05 3.814�05 3.175�05 2.666�05 2.213�05 1.836�051 94 3.036�05 2.872�05 2.752�05 2.755�05 2.778�05 2.798�05 2.822�051 95 2.862�05 2.450�05 1.930�05 1.619�05 1.370�05 1.148�05 9.635�061 96 6.087�12 3.260+00 3.599�04 3.093�04 2.449�04 2.062�04 1.752�04 1.475�04 1.245�041 97 5.764�13 5.165�01 1.074�02 1.202�02 1.404�02 1.561�02 1.696�02 1.816�02 1.917�021 98 6.394�05 3.440+07 3.306�04 2.839�04 2.247�04 1.891�04 1.607�04 1.353�04 1.141�041 99 4.222�05 3.598�05 2.818�05 2.359�05 1.993�05 1.666�05 1.395�051 100 6.598�04 8.505�04 1.212�03 1.547�03 1.858�03 2.147�03 2.414�031 101 1.711�02 1.547+10 1.135�05 9.853�06 7.929�06 6.741�06 5.782�06 4.929�06 4.216�061 102 1.095�11 5.942+00 3.322�05 2.931�05 2.406�05 2.072�05 1.800�05 1.557�05 1.353�051 103 6.582�06 5.673�06 4.572�06 3.955�06 3.471�06 3.040�06 2.682�061 104 3.292�03 3.397�03 3.560�03 3.684�03 3.788�03 3.878�03 3.950�031 105 1.281�04 1.162+08 4.932�05 5.150�05 5.895�05 6.820�05 7.740�05 8.612�05 9.448�051 106 1.468�11 1.339+01 4.384�06 3.707�06 2.869�06 2.382�06 1.996�06 1.650�06 1.363�061 107 6.310�05 7.139�05 9.142�05 1.131�04 1.341�04 1.539�04 1.726�041 108 1.282�06 1.115�06 9.008�07 7.713�07 6.668�07 5.731�07 4.940�071 109 1.499�11 8.248+00 9.397�04 8.089�04 6.434�04 5.450�04 4.662�04 3.955�04 3.362�041 110 2.243�03 2.057+09 8.601�03 8.877�03 9.303�03 9.628�03 9.902�03 1.014�02 1.033�021 111 1.968�05 1.772�05 1.535�05 1.404�05 1.303�05 1.212�05 1.138�051 112 5.121�12 4.735+00 2.132�04 1.834�04 1.457�04 1.233�04 1.054�04 8.931�05 7.582�051 113 1.777�05 1.464�05 1.099�05 8.973�06 7.403�06 5.991�06 4.816�061 114 1.646�05 1.681�05 1.800�05 1.931�05 2.051�05 2.153�05 2.241�051 115 7.807�05 6.840�05 5.558�05 4.758�05 4.109�05 3.529�05 3.041�051 116 9.927�06 8.260�06 6.277�06 5.165�06 4.293�06 3.509�06 2.857�061 117 1.046�02 1.012+10 3.781�04 4.447�04 5.696�04 6.847�04 7.914�04 8.901�04 9.807�041 118 4.141�11 2.410+01 2.620�05 2.312�05 1.901�05 1.641�05 1.428�05 1.238�05 1.078�051 119 7.374�04 8.246�04 9.624�04 1.071�03 1.165�03 1.247�03 1.317�031 120 4.545�06 4.369�06 4.296�06 4.375�06 4.469�06 4.543�06 4.609�061 121 4.016�06 2.341+06 2.687�05 2.267�05 1.749�05 1.449�05 1.211�05 9.991�06 8.225�061 122 6.253�05 5.526�05 4.545�05 3.924�05 3.416�05 2.962�05 2.579�051 123 7.308�03 7.113+09 1.232�04 1.548�04 2.192�04 2.823�04 3.418�04 3.972�04 4.487�041 124 9.917�14 9.680�02 4.289�06 3.774�06 3.086�06 2.650�06 2.294�06 1.977�06 1.711�061 125 3.225�07 1.889+05 6.780�05 7.525�05 8.720�05 9.675�05 1.050�04 1.123�04 1.186�041 126 1.540�06 1.285�06 9.812�07 8.123�07 6.799�07 5.606�07 4.608�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 411

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 127 1.418�04 1.216�04 9.591�05 8.058�05 6.831�05 5.737�05 4.825�051 128 3.868�02 3.806+10 1.039�05 8.638�06 6.568�06 5.424�06 4.528�06 3.722�06 3.049�061 129 2.110�09 1.247+03 8.908�04 1.109�03 1.568�03 2.028�03 2.464�03 2.871�03 3.251�031 130 8.045�04 7.167�04 5.956�04 5.173�04 4.528�04 3.953�04 3.466�041 131 7.684�05 7.827�05 8.017�05 8.146�05 8.250�05 8.336�05 8.401�051 132 3.965�06 3.496�06 2.878�06 2.500�06 2.192�06 1.914�06 1.679�061 133 2.823�13 2.801�01 1.117�04 1.249�04 1.459�04 1.625�04 1.768�04 1.895�04 2.002�041 134 5.406�07 3.219+05 2.728�05 2.477�05 2.194�05 2.053�05 1.949�05 1.856�05 1.781�051 135 1.641�06 1.436�06 1.163�06 9.942�07 8.573�07 7.349�07 6.319�071 136 2.162�02 2.150+10 1.687�04 1.499�04 1.241�04 1.075�04 9.384�05 8.166�05 7.137�051 137 5.563�10 3.319+02 8.008�04 9.861�04 1.355�03 1.711�03 2.046�03 2.357�03 2.645�031 138 1.505�13 1.502�01 6.394�06 5.906�06 5.300�06 4.963�06 4.699�06 4.462�06 4.265�061 139 6.724�03 6.719+09 1.890�04 1.673�04 1.378�04 1.190�04 1.036�04 8.981�05 7.821�051 140 5.660�05 4.920�05 3.960�05 3.370�05 2.893�05 2.469�05 2.113�051 141 2.694�13 2.705�01 4.547�04 5.234�04 6.731�04 8.264�04 9.729�04 1.110�03 1.239�031 143 1.510�06 1.497�06 1.487�06 1.490�06 1.493�06 1.495�06 1.496�061 144 6.455�10 3.968+02 3.512�04 3.131�04 2.606�04 2.266�04 1.986�04 1.735�04 1.524�041 145 3.665�05 3.811+07 2.602�04 2.321�04 1.931�04 1.677�04 1.466�04 1.280�04 1.122�041 146 1.997�13 2.091�01 7.158�05 6.197�05 4.953�05 4.193�05 3.581�05 3.036�05 2.580�051 147 1.056�06 6.637+05 1.231�04 1.063�04 8.484�05 7.202�05 6.176�05 5.262�05 4.501�051 148 2.053�04 1.758�04 1.386�04 1.165�04 9.871�05 8.289�05 6.970�051 149 7.715�05 4.895+07 8.652�03 9.546�03 1.100�02 1.217�02 1.319�02 1.408�02 1.485�021 150 2.912�03 2.506�03 1.989�03 1.677�03 1.426�03 1.203�03 1.017�031 151 4.154�03 4.616�03 5.360�03 5.956�03 6.474�03 6.930�03 7.320�031 152 1.257�05 8.024+06 4.595�05 4.230�05 3.907�05 3.817�05 3.770�05 3.721�05 3.682�051 153 3.633�13 3.894�01 1.414�03 1.218�03 9.665�04 8.148�04 6.930�04 5.845�04 4.939�041 154 5.000�05 3.220+07 6.699�03 7.419�03 8.577�03 9.506�03 1.031�02 1.102�02 1.163�021 155 3.324�04 2.848�04 2.245�04 1.884�04 1.596�04 1.338�04 1.124�041 156 2.058�03 2.213+09 9.300�04 7.975�04 6.295�04 5.288�04 4.482�04 3.764�04 3.165�041 158 2.239�04 1.981�04 1.629�04 1.403�04 1.218�04 1.053�04 9.154�051 159 7.605�03 8.262+09 6.272�04 6.628�04 7.588�04 8.676�04 9.732�04 1.072�03 1.164�031 160 2.066�05 1.350+07 2.246�04 1.982�04 1.625�04 1.396�04 1.210�04 1.044�04 9.051�051 161 7.420�13 8.089�01 3.298�03 3.485�03 3.815�03 4.103�03 4.358�03 4.582�03 4.775�031 162 2.734�04 2.379�04 1.918�04 1.634�04 1.404�04 1.199�04 1.027�041 163 9.692�11 6.350+01 1.158�03 1.185�03 1.227�03 1.259�03 1.286�03 1.309�03 1.328�031 164 1.368�03 1.174�03 9.287�04 7.812�04 6.631�04 5.579�04 4.701�041 165 1.797�12 1.969+00 1.674�04 1.542�04 1.392�04 1.323�04 1.276�04 1.236�04 1.209�041 166 3.351�08 2.203+04 1.179�03 1.008�03 7.936�04 6.665�04 5.651�04 4.747�04 3.994�041 168 4.802�04 5.270+08 1.571�03 1.369�03 1.106�03 9.454�04 8.151�04 6.987�04 6.007�041 170 1.269�03 1.105�03 8.925�04 7.617�04 6.558�04 5.612�04 4.817�041 172 4.335�08 2.892+04 1.010�03 8.991�04 7.696�04 7.033�04 6.534�04 6.088�04 5.725�041 173 9.306�12 1.038+01 3.975�04 3.419�04 2.710�04 2.283�04 1.940�04 1.634�04 1.378�041 175 1.034�06 6.949+05 7.175�04 6.240�04 5.034�04 4.298�04 3.703�04 3.171�04 2.723�041 177 6.059�14 6.801�02 1.214�02 1.239�02 1.278�02 1.310�02 1.337�02 1.359�02 1.377�021 179 9.458�04 8.317�04 6.810�04 5.866�04 5.097�04 4.409�04 3.830�041 180 3.448�11 3.876+01 6.117�04 5.344�04 4.363�04 3.780�04 3.314�04 2.897�04 2.547�041 181 7.905�04 6.879�04 5.554�04 4.744�04 4.089�04 3.504�04 3.011�041 182 4.659�13 3.152�01 2.995�03 2.544�03 1.983�03 1.653�03 1.391�03 1.157�03 9.615�041 183 5.252�12 5.929+00 2.838�04 2.659�04 2.439�04 2.315�04 2.217�04 2.128�04 2.052�041 185 2.696�09 1.844+03 2.087�03 1.933�03 1.786�03 1.738�03 1.711�03 1.686�03 1.667�031 187 1.756�10 1.208+02 4.115�03 3.524�03 2.780�03 2.333�03 1.976�03 1.658�03 1.393�031 189 6.918�09 4.776+03 1.119�03 9.528�04 7.454�04 6.229�04 5.254�04 4.383�04 3.658�041 190 3.280�02 3.645�02 4.280�02 4.829�02 5.326�02 5.781�02 6.191�021 191 2.408�01 2.780+11 1.584�03 1.348�03 1.053�03 8.787�04 7.398�04 6.161�04 5.132�041 192 1.085�03 9.446�04 7.754�04 6.805�04 6.063�04 5.398�04 4.848�041 194 1.904�09 1.325+03 6.668�04 5.641�04 4.372�04 3.629�04 3.040�04 2.514�04 2.077�041 195 2.370�03 2.751+09 1.056�03 9.956�04 9.365�04 9.168�04 9.066�04 8.985�04 8.948�041 196 3.296�04 2.842�04 2.264�04 1.911�04 1.628�04 1.376�04 1.166�041 197 1.724�03 1.764�03 1.877�03 2.004�03 2.127�03 2.240�03 2.345�031 198 1.392�03 1.183�03 9.240�04 7.729�04 6.531�04 5.461�04 4.571�041 199 8.839�03 1.033+10 7.140�04 5.835�04 4.320�04 3.497�04 2.857�04 2.282�04 1.804�041 200 8.481�04 7.473�04 6.444�04 6.001�04 5.688�04 5.396�04 5.156�041 201 2.351�05 1.650+07 8.835�04 9.961�04 1.211�03 1.404�03 1.574�03 1.724�03 1.853�031 202 7.274�04 5.946�04 4.392�04 3.542�04 2.882�04 2.290�04 1.799�04

412 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 203 7.787�13 9.122�01 2.638�04 2.166�04 1.614�04 1.311�04 1.076�04 8.637�05 6.877�051 204 4.495�07 3.164+05 2.008�04 1.756�04 1.488�04 1.364�04 1.274�04 1.191�04 1.122�041 205 1.325�04 1.160�04 9.942�05 9.245�05 8.759�05 8.305�05 7.932�051 206 1.353�04 1.101�04 8.107�05 6.539�05 5.325�05 4.231�05 3.324�051 207 9.244�14 1.086�01 1.048�04 8.449�05 6.132�05 4.901�05 3.954�05 3.100�05 2.392�051 208 1.125�04 9.754�05 8.232�05 7.597�05 7.159�05 6.756�05 6.433�051 209 1.726�06 2.029+06 8.367�05 6.879�05 5.116�05 4.142�05 3.382�05 2.701�05 2.137�051 210 1.342�04 1.354�04 1.450�04 1.576�04 1.694�04 1.797�04 1.887�041 211 1.838�10 1.297+02 9.391�04 8.111�04 6.483�04 5.507�04 4.722�04 4.019�04 3.428�041 212 3.722�07 3.291�07 2.717�07 2.355�07 2.060�07 1.797�07 1.576�071 213 2.049�06 1.790�06 1.453�06 1.244�06 1.074�06 9.227�07 7.954�071 214 1.060�02 1.093�02 1.144�02 1.184�02 1.218�02 1.246�02 1.270�021 216 1.019�04 8.736�05 6.912�05 5.839�05 4.982�05 4.213�05 3.568�051 218 9.449�12 6.681+00 6.428�06 5.757�06 4.915�06 4.422�06 4.046�06 3.731�06 3.493�061 220 6.854�07 4.851+05 2.179�04 1.904�04 1.544�04 1.320�04 1.138�04 9.761�05 8.400�051 221 2.273�15 2.686�03 6.258�04 5.519�04 4.563�04 3.987�04 3.526�04 3.116�04 2.776�041 223 4.383�07 3.118+05 6.347�04 5.551�04 4.503�04 3.852�04 3.323�04 2.852�04 2.456�041 224 3.781�04 4.534�04 5.978�04 7.334�04 8.606�04 9.793�04 1.090�031 226 1.169�07 9.819�08 7.613�08 6.427�08 5.509�08 4.680�08 3.991�081 228 7.987�10 5.783+02 2.922�04 3.653�04 5.022�04 6.285�04 7.462�04 8.559�04 9.574�041 230 3.201�04 2.801�04 2.275�04 1.947�04 1.681�04 1.443�04 1.244�041 232 4.275�12 5.223+00 5.661�07 4.715�07 3.575�07 2.935�07 2.433�07 1.981�07 1.605�071 234 8.823�08 6.476+04 1.673�07 1.353�07 1.001�07 8.257�08 6.943�08 5.745�08 4.753�081 235 1.439�08 1.058+04 2.310�03 2.905�03 4.015�03 5.033�03 5.977�03 6.853�03 7.659�031 236 2.263�04 1.985�04 1.617�04 1.386�04 1.198�04 1.031�04 8.900�051 238 2.542�12 3.165+00 8.791�05 7.733�05 6.323�05 5.437�05 4.715�05 4.070�05 3.527�051 240 3.341�13 4.172�01 2.128�06 2.323�06 2.785�06 3.277�06 3.731�06 4.130�06 4.480�061 242 3.916�05 3.442�05 2.811�05 2.415�05 2.092�05 1.804�05 1.562�051 243 1.940�10 1.462+02 5.841�04 7.372�04 1.026�03 1.291�03 1.537�03 1.764�03 1.972�031 244 2.261�05 1.989�05 1.626�05 1.399�05 1.213�05 1.047�05 9.077�061 245 9.614�04 8.378�04 6.761�04 5.760�04 4.950�04 4.228�04 3.624�041 246 2.940�07 2.217+05 1.357�03 1.183�03 9.557�04 8.147�04 7.006�04 5.991�04 5.141�041 248 1.215�03 1.059�03 8.545�04 7.278�04 6.253�04 5.340�04 4.577�041 250 1.936�09 1.461+03 1.229�07 1.028�07 7.857�08 6.499�08 5.433�08 4.475�08 3.677�081 252 3.018�03 3.802+09 9.515�08 1.018�07 1.206�07 1.433�07 1.658�07 1.873�07 2.081�071 254 7.246�05 6.312�05 5.092�05 4.337�05 3.726�05 3.181�05 2.726�051 256 5.156�07 4.316�07 3.301�07 2.723�07 2.268�07 1.861�07 1.522�071 258 3.863�04 3.407�04 2.818�04 2.458�04 2.168�04 1.910�04 1.694�041 260 9.921�04 8.637�04 6.962�04 5.926�04 5.088�04 4.342�04 3.717�041 262 1.784�07 1.458�07 1.075�07 8.709�08 7.128�08 5.700�08 4.511�081 264 7.140�10 5.453+02 2.331�04 2.024�04 1.625�04 1.379�04 1.181�04 1.005�04 8.571�051 265 2.348�10 1.794+02 4.408�04 4.741�04 5.296�04 5.756�04 6.160�04 6.517�04 6.824�041 266 2.419�03 2.689�03 3.119�03 3.460�03 3.756�03 4.018�03 4.243�031 268 4.959�06 4.264�06 3.379�06 2.850�06 2.425�06 2.047�06 1.730�061 269 5.258�08 4.040+04 4.724�05 4.102�05 3.294�05 2.797�05 2.396�05 2.038�05 1.740�051 270 6.873�14 8.806�02 1.441�05 1.548�05 1.804�05 2.085�05 2.358�05 2.616�05 2.861�051 271 1.443�02 1.849+10 4.538�03 5.027�03 5.805�03 6.422�03 6.958�03 7.432�03 7.839�031 272 3.878�04 3.373�04 2.716�04 2.310�04 1.982�04 1.689�04 1.445�041 274 2.807�03 3.598+09 6.284�04 5.257�04 4.009�04 3.300�04 2.742�04 2.242�04 1.826�041 276 2.715�11 2.090+01 1.097�03 9.174�04 6.996�04 5.760�04 4.786�04 3.913�04 3.186�041 277 6.894�13 8.882�01 9.371�04 7.884�04 6.080�04 5.049�04 4.236�04 3.510�04 2.907�041 279 8.572�04 9.855�04 1.179�03 1.323�03 1.444�03 1.549�03 1.636�031 281 1.987�10 1.540+02 2.585�07 2.948�07 4.153�07 5.552�07 6.833�07 7.922�07 8.840�071 282 2.826�04 3.653+08 7.310�05 6.115�05 4.663�05 3.839�05 3.190�05 2.608�05 2.124�051 284 6.852�04 7.819�04 9.294�04 1.040�03 1.132�03 1.213�03 1.279�031 286 4.375�05 3.659�05 2.789�05 2.296�05 1.907�05 1.559�05 1.269�051 287 1.088�07 8.451+04 1.268�07 1.105�07 9.330�08 8.533�08 7.941�08 7.383�08 6.908�081 289 1.670�04 1.899�04 2.248�04 2.511�04 2.733�04 2.924�04 3.083�041 291 1.500�11 1.169+01 2.490�07 2.404�07 2.393�07 2.497�07 2.603�07 2.682�07 2.744�071 292 9.341�06 7.821�06 5.972�06 4.921�06 4.092�06 3.350�06 2.732�061 293 2.211�06 1.726+06 5.756�05 4.815�05 3.671�05 3.022�05 2.510�05 2.052�05 1.671�051 294 1.878�05 1.467+07 6.469�08 6.019�08 5.218�08 4.582�08 4.037�08 3.567�08 3.174�081 296 1.447�13 1.886�01 6.688�07 5.578�07 4.231�07 3.462�07 2.856�07 2.314�07 1.865�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 413

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 298 2.966�05 2.326+07 6.901�07 6.645�07 6.661�07 7.025�07 7.383�07 7.654�07 7.859�071 300 1.309�04 1.136�04 9.108�05 7.726�05 6.611�05 5.619�05 4.790�051 302 4.147�07 4.253�07 4.710�07 5.267�07 5.760�07 6.149�07 6.445�071 303 1.574�03 1.751�03 2.030�03 2.249�03 2.438�03 2.606�03 2.749�031 304 2.658�07 2.588�07 2.710�07 2.989�07 3.250�07 3.452�07 3.606�071 305 1.012�05 8.465�06 6.456�06 5.317�06 4.420�06 3.616�06 2.947�061 306 9.164�05 7.943�05 6.362�05 5.394�05 4.613�05 3.918�05 3.337�051 308 4.641�05 3.924�05 3.060�05 2.569�05 2.184�05 1.839�05 1.553�051 310 5.691�05 4.759�05 3.628�05 2.986�05 2.481�05 2.029�05 1.652�051 311 7.809�13 6.160�01 1.374�07 1.304�07 1.301�07 1.373�07 1.443�07 1.492�07 1.526�071 312 3.261�05 4.289+07 2.836�05 2.371�05 1.808�05 1.488�05 1.236�05 1.011�05 8.231�061 313 1.218�04 1.381�04 1.638�04 1.835�04 2.003�04 2.148�04 2.269�041 314 5.845�13 7.696�01 1.612�05 1.347�05 1.026�05 8.440�06 7.009�06 5.727�06 4.659�061 316 3.489�13 2.757�01 1.018�04 9.032�05 7.457�05 6.436�05 5.598�05 4.855�05 4.232�051 317 3.124�04 3.211�04 3.527�04 3.924�04 4.319�04 4.690�04 5.044�041 319 1.015�04 8.988�05 7.406�05 6.382�05 5.542�05 4.798�05 4.174�051 321 9.540�13 7.546�01 7.109�05 7.234�05 7.815�05 8.594�05 9.376�05 1.011�04 1.082�041 322 6.313�04 5.467�04 4.382�04 3.723�04 3.193�04 2.718�04 2.320�041 324 9.348�04 8.880�04 8.412�04 8.260�04 8.176�04 8.098�04 8.044�041 326 7.484�04 6.539�04 5.304�04 4.538�04 3.917�04 3.363�04 2.897�041 328 7.738�04 1.022+09 6.320�03 6.468�03 6.703�03 6.891�03 7.051�03 7.186�03 7.295�031 330 2.615�04 2.262�04 1.810�04 1.538�04 1.318�04 1.122�04 9.564�051 331 4.888�03 6.522+09 1.376�04 1.186�04 9.420�05 7.953�05 6.773�05 5.718�05 4.835�051 332 3.093�04 2.723�04 2.233�04 1.924�04 1.673�04 1.448�04 1.259�041 333 3.943�04 3.436�04 2.790�04 2.403�04 2.093�04 1.815�04 1.582�041 334 5.351�11 4.298+01 2.898�04 2.594�04 2.221�04 2.010�04 1.845�04 1.697�04 1.574�041 335 9.819�11 7.901+01 1.208�03 1.027�03 8.011�04 6.684�04 5.627�04 4.684�04 3.898�041 337 1.072�03 9.617�04 8.420�04 7.870�04 7.474�04 7.116�04 6.828�041 339 4.976�12 4.019+00 4.017�04 4.025�04 4.061�04 4.107�04 4.149�04 4.182�04 4.208�041 341 5.250�06 4.259+06 2.109�03 1.806�03 1.424�03 1.196�03 1.012�03 8.493�04 7.134�041 342 2.052�11 2.776+01 6.379�05 5.527�05 4.429�05 3.761�05 3.222�05 2.740�05 2.336�051 343 1.161�02 1.284�02 1.496�02 1.679�02 1.845�02 1.997�02 2.133�021 344 3.767�10 3.067+02 3.618�05 3.272�05 2.875�05 2.676�05 2.531�05 2.406�05 2.311�051 345 7.080�05 6.135�05 4.920�05 4.182�05 3.586�05 3.054�05 2.607�051 346 4.433�04 3.778�04 2.958�04 2.474�04 2.088�04 1.743�04 1.456�041 347 2.246�04 1.890�04 1.453�04 1.201�04 1.001�04 8.226�05 6.744�051 349 2.432�03 3.306+09 2.837�04 2.508�04 2.122�04 1.913�04 1.752�04 1.606�04 1.485�041 351 5.486�12 7.470+00 3.842�05 3.062�05 2.200�05 1.751�05 1.408�05 1.097�05 8.391�061 352 2.880�08 2.354+04 9.842�05 8.017�05 5.901�05 4.759�05 3.876�05 3.079�05 2.418�051 353 5.699�07 4.668+05 1.926�04 1.697�04 1.430�04 1.286�04 1.175�04 1.075�04 9.910�051 354 4.349�05 3.644�05 2.897�05 2.543�05 2.281�05 2.042�05 1.844�051 355 1.400�10 1.150+02 3.388�04 2.886�04 2.258�04 1.886�04 1.589�04 1.325�04 1.105�041 356 3.147�04 2.725�04 2.194�04 1.877�04 1.624�04 1.399�04 1.212�041 357 2.350�09 1.933+03 1.361�04 1.173�04 9.339�05 7.883�05 6.713�05 5.672�05 4.805�051 358 1.474�13 2.022�01 4.623�04 3.798�04 2.833�04 2.303�04 1.890�04 1.519�04 1.211�041 360 7.511�07 6.185+05 5.163�04 4.538�04 3.892�04 3.612�04 3.413�04 3.229�04 3.077�041 361 8.097�04 6.720�04 5.072�04 4.143�04 3.415�04 2.764�04 2.224�041 362 9.531�02 1.308+11 1.270�03 1.423�03 1.699�03 1.938�03 2.149�03 2.335�03 2.496�031 363 2.515�05 2.485�05 2.526�05 2.622�05 2.717�05 2.800�05 2.874�051 364 3.904�10 3.226+02 4.774�04 4.086�04 3.245�04 2.763�04 2.383�04 2.043�04 1.761�041 365 1.447�03 1.559�03 1.766�03 1.952�03 2.123�03 2.279�03 2.421�031 367 5.187�06 4.079�06 2.872�06 2.257�06 1.791�06 1.368�06 1.018�061 368 6.240�06 4.960�06 3.581�06 2.893�06 2.375�06 1.904�06 1.513�061 369 9.906�06 9.329�06 8.974�06 9.028�06 9.131�06 9.200�06 9.257�061 370 1.037�09 8.582+02 1.033�05 8.283�06 5.968�06 4.754�06 3.823�06 2.980�06 2.281�061 371 4.658�05 6.428+07 1.226�05 9.797�06 7.072�06 5.645�06 4.551�06 3.563�06 2.743�061 372 9.376�06 8.066�06 6.708�06 6.101�06 5.665�06 5.262�06 4.931�061 373 1.536�05 1.252�05 9.222�06 7.438�06 6.056�06 4.811�06 3.778�061 374 2.398�05 2.378�05 2.445�05 2.554�05 2.657�05 2.744�05 2.816�051 375 6.596�05 5.350�05 3.917�05 3.148�05 2.553�05 2.018�05 1.574�051 376 2.268�05 1.880+07 8.825�05 7.173�05 5.270�05 4.245�05 3.453�05 2.739�05 2.147�051 377 1.591�04 1.312�04 9.836�05 8.020�05 6.603�05 5.330�05 4.273�051 378 1.051�02 1.454+10 9.538�05 7.809�05 5.789�05 4.683�05 3.823�05 3.052�05 2.412�051 379 1.833�07 1.523+05 1.057�04 9.499�05 8.478�05 8.115�05 7.886�05 7.664�05 7.485�05

414 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 380 7.683�05 6.741�05 5.761�05 5.334�05 5.035�05 4.761�05 4.543�051 381 9.441�05 7.872�05 5.978�05 4.899�05 4.050�05 3.292�05 2.663�051 382 3.118�04 3.426�04 4.000�04 4.509�04 4.961�04 5.360�04 5.704�041 383 1.218�05 1.040�05 8.149�06 6.811�06 5.743�06 4.792�06 4.000�061 384 5.985�06 5.605�06 5.416�06 5.594�06 5.838�06 6.077�06 6.331�061 385 6.929�06 5.974�06 4.747�06 4.002�06 3.404�06 2.872�06 2.427�061 386 6.812�14 5.671�02 6.220�05 7.697�05 1.043�04 1.289�04 1.512�04 1.715�04 1.897�041 387 5.495�06 4.847�06 3.981�06 3.429�06 2.978�06 2.577�06 2.240�061 388 9.328�07 8.314�07 7.435�07 7.312�07 7.356�07 7.427�07 7.565�071 389 1.205�05 1.034�05 8.190�06 6.912�06 5.894�06 4.988�06 4.235�061 390 2.067�06 1.773�06 1.399�06 1.175�06 9.962�07 8.367�07 7.036�071 391 2.543�06 2.198�06 1.759�06 1.495�06 1.284�06 1.094�06 9.339�071 392 2.165�05 2.215�05 2.411�05 2.652�05 2.877�05 3.071�05 3.238�051 393 3.306�07 2.756+05 1.808�06 1.578�06 1.280�06 1.097�06 9.499�07 8.176�07 7.060�071 395 5.122�06 4.274+06 1.472�06 1.282�06 1.043�06 9.004�07 7.860�07 6.834�07 5.972�071 397 3.399�12 2.869+00 7.706�07 6.312�07 4.672�07 3.778�07 3.083�07 2.458�07 1.938�071 399 5.804�07 5.705�07 7.117�07 9.435�07 1.169�06 1.365�06 1.537�061 400 5.945�04 8.385+08 6.192�07 5.058�07 3.726�07 3.003�07 2.442�07 1.937�07 1.518�071 401 3.777�05 4.301�05 5.109�05 5.723�05 6.247�05 6.707�05 7.096�051 403 3.559�07 3.037�07 2.656�07 2.692�07 2.789�07 2.864�07 2.940�071 405 1.791�04 2.538+08 2.864�06 2.462�06 1.947�06 1.638�06 1.390�06 1.169�06 9.850�071 407 4.936�11 4.197+01 7.356�07 6.367�07 5.089�07 4.312�07 3.686�07 3.128�07 2.660�071 408 5.444�06 5.646�06 5.972�06 6.229�06 6.459�06 6.672�06 6.865�061 409 3.608�07 2.987�07 2.243�07 1.834�07 1.514�07 1.226�07 9.859�081 410 4.248�06 3.671�06 2.935�06 2.492�06 2.136�06 1.817�06 1.550�061 412 7.860�07 6.661�07 5.157�07 4.283�07 3.591�07 2.971�07 2.455�071 414 7.611�07 6.424�07 4.972�07 4.135�07 3.474�07 2.883�07 2.392�071 415 1.539�13 2.223�01 2.940�05 3.215�05 3.885�05 4.636�05 5.369�05 6.063�05 6.724�051 416 5.040�07 4.369+05 4.127�07 3.455�07 2.633�07 2.195�07 1.854�07 1.542�07 1.279�071 418 9.552�15 1.384�02 1.099�05 1.225�05 1.415�05 1.554�05 1.673�05 1.778�05 1.868�051 419 1.131�06 9.773�07 7.791�07 6.601�07 5.644�07 4.789�07 4.072�071 421 1.456�06 1.538�06 1.668�06 1.780�06 1.879�06 1.967�06 2.042�061 423 4.446�07 3.870+05 4.483�07 3.821�07 2.967�07 2.456�07 2.049�07 1.687�07 1.387�071 424 3.577�07 3.474�07 3.580�07 3.849�07 4.099�07 4.288�07 4.426�071 425 6.423�13 9.366�01 2.697�06 2.313�06 1.826�06 1.538�06 1.307�06 1.100�06 9.275�071 426 5.863�07 5.088�07 4.081�07 3.463�07 2.964�07 2.520�07 2.147�071 428 3.747�07 3.491�07 3.283�07 3.293�07 3.343�07 3.391�07 3.449�071 429 4.010�07 3.419�07 2.689�07 2.260�07 1.919�07 1.612�07 1.354�071 430 7.616�13 1.112+00 2.256�05 2.330�05 2.442�05 2.523�05 2.591�05 2.648�05 2.694�051 431 1.366�12 1.197+00 4.547�07 3.864�07 2.986�07 2.465�07 2.051�07 1.683�07 1.378�071 432 2.940�07 2.617�07 2.210�07 1.973�07 1.784�07 1.614�07 1.471�071 433 1.299�05 1.122�05 8.961�06 7.603�06 6.512�06 5.535�06 4.716�061 434 7.916�07 6.632�07 5.062�07 4.162�07 3.451�07 2.815�07 2.286�071 435 5.577�07 6.696�07 8.915�07 1.101�06 1.281�06 1.429�06 1.545�061 436 6.089�07 5.113�07 3.905�07 3.209�07 2.658�07 2.166�07 1.757�071 437 1.476�06 1.276�06 1.019�06 8.605�07 7.323�07 6.188�07 5.245�071 438 1.208�05 1.224�05 1.252�05 1.282�05 1.311�05 1.340�05 1.368�051 439 1.089�06 1.023�06 9.629�07 9.587�07 9.664�07 9.753�07 9.884�071 440 6.235�07 5.521�07 4.537�07 3.884�07 3.347�07 2.877�07 2.485�071 441 1.791�11 1.574+01 7.253�07 6.028�07 4.572�07 3.744�07 3.092�07 2.509�07 2.025�071 442 6.574�04 9.632+08 1.832�07 1.598�07 1.293�07 1.099�07 9.419�08 8.028�08 6.872�081 443 1.862�11 1.641+01 6.539�06 6.593�06 6.704�06 6.841�06 6.978�06 7.110�06 7.238�061 444 1.245�06 1.064�06 8.364�07 7.002�07 5.911�07 4.941�07 4.133�071 445 4.818�04 7.079+08 6.984�07 7.170�07 7.707�07 8.322�07 8.922�07 9.483�07 1.001�061 446 2.818�12 2.485+00 1.448�04 1.498�04 1.575�04 1.633�04 1.681�04 1.722�04 1.755�041 447 4.523�05 4.023�05 3.333�05 2.882�05 2.511�05 2.183�05 1.907�051 448 6.260�04 9.236+08 1.368�04 1.390�04 1.503�04 1.655�04 1.808�04 1.951�04 2.089�041 449 2.354�03 3.473+09 4.069�05 3.609�05 2.979�05 2.570�05 2.235�05 1.937�05 1.687�051 450 2.799�05 3.077�05 3.733�05 4.427�05 5.091�05 5.708�05 6.283�051 451 5.903�11 5.254+01 3.477�04 3.024�04 2.438�04 2.079�04 1.788�04 1.529�04 1.311�041 452 8.832�04 1.311+09 4.223�04 3.678�04 2.971�04 2.536�04 2.184�04 1.870�04 1.606�041 453 1.523�12 2.262+00 4.884�04 4.557�04 4.193�04 4.027�04 3.907�04 3.799�04 3.713�041 454 3.375�12 5.018+00 3.713�03 3.819�03 3.982�03 4.107�03 4.213�03 4.302�03 4.374�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 415

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 455 7.827�06 6.985+06 9.471�05 8.181�05 6.534�05 5.542�05 4.744�05 4.031�05 3.432�051 456 1.948�04 1.672�04 1.324�04 1.117�04 9.509�05 8.026�05 6.783�051 457 5.946�13 8.872�01 4.325�04 4.476�04 4.709�04 4.884�04 5.031�04 5.155�04 5.256�041 458 2.311�11 3.452+01 3.589�05 3.094�05 2.464�05 2.086�05 1.783�05 1.513�05 1.288�051 459 1.767�07 1.584+05 1.332�04 1.152�04 9.212�05 7.817�05 6.694�05 5.690�05 4.847�051 460 3.988�06 3.454�06 2.766�06 2.352�06 2.018�06 1.719�06 1.467�061 461 1.467�04 1.327�04 1.158�04 1.065�04 9.929�05 9.283�05 8.749�051 462 2.785�11 2.500+01 1.019�04 1.119�04 1.306�04 1.476�04 1.632�04 1.774�04 1.903�041 463 2.260�04 1.932�04 1.518�04 1.271�04 1.074�04 8.978�05 7.514�051 464 4.149�03 6.210+09 3.519�05 3.045�05 2.450�05 2.099�05 1.817�05 1.562�05 1.347�051 465 8.767�10 7.874+02 4.234�04 3.601�04 2.812�04 2.348�04 1.977�04 1.647�04 1.372�041 466 1.028�06 9.234+05 5.019�04 4.416�04 3.724�04 3.369�04 3.100�04 2.859�04 2.662�041 467 6.751�04 5.795�04 4.585�04 3.857�04 3.274�04 2.754�04 2.322�041 468 7.694�13 1.153+00 3.338�03 3.698�03 4.330�03 4.878�03 5.375�03 5.830�03 6.240�031 469 5.257�10 4.727+02 6.310�05 5.884�05 5.391�05 5.145�05 4.961�05 4.795�05 4.659�051 471 1.344�04 1.342�04 1.346�04 1.358�04 1.368�04 1.376�04 1.382�041 472 9.044�04 1.358+09 4.715�04 5.012�04 5.525�04 5.962�04 6.354�04 6.709�04 7.024�041 473 1.083�06 9.196�07 7.590�07 6.892�07 6.411�07 5.984�07 5.656�071 474 6.646�07 5.163�07 3.574�07 2.785�07 2.190�07 1.647�07 1.196�071 475 1.367�06 1.066�06 7.407�07 5.790�07 4.571�07 3.456�07 2.526�071 476 7.262�07 5.781�07 4.296�07 3.625�07 3.121�07 2.630�07 2.194�071 477 4.073�04 3.403�04 2.593�04 2.130�04 1.766�04 1.441�04 1.172�041 478 6.019�04 6.700�04 7.928�04 8.993�04 9.938�04 1.077�03 1.149�031 479 2.077�04 1.712�04 1.282�04 1.044�04 8.588�05 6.923�05 5.540�051 480 2.225�04 1.941�04 1.640�04 1.503�04 1.405�04 1.314�04 1.240�041 481 6.661�06 6.008+06 5.233�05 4.506�05 3.584�05 3.036�05 2.596�05 2.201�05 1.870�051 482 5.718�05 5.807�05 6.164�05 6.567�05 6.931�05 7.236�05 7.488�051 483 6.106�05 4.965�05 3.642�05 2.930�05 2.379�05 1.883�05 1.471�051 484 2.164�05 1.727�05 1.242�05 9.894�06 7.963�06 6.213�06 4.760�061 485 2.430�05 2.031�05 1.605�05 1.400�05 1.248�05 1.109�05 9.936�061 486 1.762�04 1.504�04 1.181�04 9.888�05 8.355�05 6.988�05 5.848�051 487 3.196�10 2.885+02 7.350�05 6.185�05 4.754�05 3.927�05 3.273�05 2.689�05 2.203�051 488 1.292�04 1.096�04 8.529�05 7.105�05 5.974�05 4.964�05 4.123�051 489 1.890�12 2.846+00 1.450�04 1.237�04 9.693�05 8.102�05 6.833�05 5.703�05 4.762�051 490 7.170�10 6.480+02 1.249�04 1.074�04 8.524�05 7.200�05 6.141�05 5.198�05 4.414�051 491 5.649�05 4.871�05 3.878�05 3.275�05 2.789�05 2.358�05 1.998�051 492 1.464�04 1.269�04 1.038�04 9.116�05 8.136�05 7.260�05 6.537�051 493 8.803�04 9.712�04 1.132�03 1.272�03 1.400�03 1.516�03 1.621�031 494 9.332�03 1.408+10 9.884�08 7.591�08 5.198�08 4.018�08 3.134�08 2.328�08 1.660�081 495 1.134�07 8.802�08 6.210�08 4.971�08 4.046�08 3.189�08 2.470�081 496 1.415�07 1.165�07 9.145�08 8.004�08 7.189�08 6.453�08 5.866�081 497 5.521�14 5.004�02 1.808�07 1.399�07 9.639�08 7.495�08 5.886�08 4.411�08 3.183�081 498 3.068�05 2.501�05 1.844�05 1.487�05 1.211�05 9.621�06 7.561�061 499 1.550�07 1.252�07 9.566�08 8.260�08 7.290�08 6.346�08 5.515�081 500 1.977�07 1.544�07 1.074�07 8.386�08 6.612�08 4.993�08 3.647�081 501 3.618�07 2.875�07 2.048�07 1.623�07 1.299�07 1.004�07 7.585�081 502 3.941�07 3.214�07 2.435�07 2.049�07 1.763�07 1.505�07 1.296�071 503 3.563�05 2.911�05 2.167�05 1.771�05 1.466�05 1.191�05 9.635�061 504 5.446�05 4.515�05 3.404�05 2.780�05 2.291�05 1.854�05 1.491�051 505 5.612�05 5.219�05 4.876�05 4.799�05 4.771�05 4.743�05 4.728�051 506 5.004�05 4.198�05 3.215�05 2.649�05 2.202�05 1.803�05 1.473�051 507 6.890�05 5.693�05 4.278�05 3.493�05 2.880�05 2.329�05 1.871�051 508 1.664�04 1.862�04 2.215�04 2.517�04 2.785�04 3.022�04 3.227�041 509 4.535�05 4.096�05 3.682�05 3.543�05 3.460�05 3.378�05 3.313�051 510 7.865�06 7.526�06 7.405�06 7.565�06 7.745�06 7.885�06 8.001�061 511 8.753�06 7.101�06 5.197�06 4.176�06 3.388�06 2.678�06 2.088�061 512 1.446�07 1.311+05 1.038�05 8.501�06 6.297�06 5.094�06 4.160�06 3.320�06 2.623�061 513 4.021�14 6.078�02 1.606�05 1.608�05 1.673�05 1.761�05 1.842�05 1.910�05 1.966�051 514 3.012�06 2.375�06 1.677�06 1.320�06 1.049�06 8.032�07 5.999�071 515 3.591�06 2.871�06 2.094�06 1.708�06 1.418�06 1.154�06 9.350�071 516 2.325�06 2.109+06 5.148�06 4.401�06 3.617�06 3.255�06 2.991�06 2.749�06 2.551�061 517 6.869�06 5.496�06 3.969�06 3.171�06 2.560�06 2.006�06 1.547�061 518 4.723�05 4.160�05 3.409�05 2.934�05 2.547�05 2.201�05 1.910�051 519 3.262�04 4.035�04 5.648�04 7.245�04 8.751�04 1.015�03 1.145�03

416 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 520 9.167�03 1.402+10 3.298�04 2.928�04 2.423�04 2.099�04 1.833�04 1.595�04 1.395�041 521 7.548�10 6.933+02 2.808�05 2.452�05 1.986�05 1.695�05 1.460�05 1.250�05 1.075�051 522 7.783�14 1.193�01 3.638�05 3.373�05 3.073�05 2.929�05 2.824�05 2.730�05 2.656�051 523 1.465�07 1.347+05 3.210�05 2.791�05 2.245�05 1.909�05 1.637�05 1.395�05 1.192�051 524 7.188�06 6.517�06 5.765�06 5.415�06 5.173�06 4.967�06 4.816�061 525 4.152�05 3.650�05 2.982�05 2.564�05 2.224�05 1.920�05 1.663�051 526 3.374�04 3.824�04 4.769�04 5.713�04 6.610�04 7.448�04 8.231�041 527 7.756�03 1.192+10 4.637�05 4.061�05 3.301�05 2.829�05 2.446�05 2.103�05 1.815�051 528 1.553�10 1.434+02 1.494�04 1.656�04 1.915�04 2.123�04 2.303�04 2.463�04 2.600�041 529 6.911�07 6.386+05 9.238�05 1.025�04 1.261�04 1.510�04 1.745�04 1.960�04 2.158�041 530 8.918�04 1.376+09 1.051�04 9.343�05 7.747�05 6.717�05 5.871�05 5.116�05 4.478�051 531 1.456�10 1.350+02 8.974�06 7.456�06 5.628�06 4.602�06 3.798�06 3.077�06 2.478�061 532 2.530�12 2.354+00 1.254�05 1.054�05 8.108�06 6.713�06 5.615�06 4.635�06 3.823�061 533 1.746�05 1.479�05 1.147�05 9.532�06 7.994�06 6.620�06 5.476�061 534 2.076�05 2.382�05 2.862�05 3.230�05 3.543�05 3.816�05 4.043�051 535 6.368�05 5.630�05 4.662�05 4.069�05 3.590�05 3.163�05 2.804�051 536 2.426�05 3.778+07 1.959�03 2.135�03 2.423�03 2.656�03 2.860�03 3.040�03 3.196�031 537 6.931�06 6.510+06 8.536�04 7.461�04 6.045�04 5.161�04 4.443�04 3.805�04 3.270�041 538 3.962�04 3.462�04 2.804�04 2.393�04 2.059�04 1.763�04 1.515�041 539 1.586�13 2.487�01 9.919�07 8.506�07 7.350�07 7.254�07 7.345�07 7.416�07 7.525�071 540 1.334�03 1.414�03 1.554�03 1.675�03 1.782�03 1.876�03 1.958�031 541 6.193�06 5.840+06 9.737�05 8.520�05 6.913�05 5.909�05 5.093�05 4.367�05 3.759�051 542 2.334�13 3.672�01 1.266�04 1.107�04 8.974�05 7.664�05 6.600�05 5.655�05 4.863�051 543 2.309�04 2.318�04 2.369�04 2.438�04 2.503�04 2.560�04 2.610�041 544 1.249�08 1.182+04 1.696�05 1.480�05 1.197�05 1.021�05 8.784�06 7.516�06 6.454�061 545 2.566�14 4.047�02 1.173�06 1.433�06 2.337�06 3.553�06 4.841�06 6.145�06 7.480�061 546 2.298�04 2.007�04 1.625�04 1.386�04 1.193�04 1.021�04 8.766�051 547 2.089�04 1.753�04 1.342�04 1.106�04 9.206�05 7.544�05 6.161�051 548 3.221�13 3.067�01 3.722�04 3.890�04 4.228�04 4.537�04 4.810�04 5.045�04 5.243�041 549 4.221�04 4.298�04 4.515�04 4.746�04 4.956�04 5.136�04 5.287�041 550 4.455�04 3.752�04 2.887�04 2.388�04 1.993�04 1.640�04 1.346�041 551 7.837�06 7.883�06 7.995�06 8.141�06 8.285�06 8.418�06 8.543�061 552 5.010�12 4.780+00 2.156�06 1.906�06 1.572�06 1.356�06 1.180�06 1.023�06 8.914�071 553 7.817�05 1.243+08 3.476�07 3.341�07 3.474�07 3.818�07 4.138�07 4.375�07 4.546�071 554 1.535�08 1.466+04 7.372�06 6.206�06 4.768�06 3.941�06 3.287�06 2.702�06 2.215�061 555 2.158�04 1.891�04 1.541�04 1.323�04 1.147�04 9.901�05 8.589�051 556 4.120�05 3.463�05 2.655�05 2.191�05 1.824�05 1.496�05 1.223�051 557 1.581�12 1.514+00 7.281�05 8.027�05 9.236�05 1.019�04 1.099�04 1.169�04 1.227�041 558 2.418�05 2.023�05 1.543�05 1.269�05 1.053�05 8.596�06 6.989�061 559 3.690�05 3.122�05 2.436�05 2.047�05 1.742�05 1.468�05 1.242�052 3 3.804�07 7.247�01 2.485�01 2.615�01 2.458�01 2.250�01 2.073�01 1.928�01 1.810�012 4 2.013�08 7.628+00 1.343�01 1.163�01 9.380�02 7.954�02 6.945�02 6.185�02 5.587�022 5 2.694�08 2.046+02 1.862�02 1.588�02 1.253�02 1.045�02 9.007�03 7.936�03 7.105�032 6 1.950�05 5.131+04 3.502�02 3.151�02 2.657�02 2.318�02 2.066�02 1.870�02 1.712�022 7 1.115�10 9.101�01 1.273�02 1.143�02 9.630�03 8.390�03 7.470�03 6.753�03 6.175�032 8 1.805�01 2.063+09 8.502�01 9.026�01 9.845�01 1.048+00 1.101+00 1.146+00 1.186+002 9 4.883�02 9.310+08 2.426�01 2.555�01 2.758�01 2.918�01 3.051�01 3.166�01 3.267�012 10 8.397�02 1.334+09 3.189�01 3.376�01 3.672�01 3.905�01 4.100�01 4.266�01 4.413�012 11 7.452�02 1.973+09 2.844�01 3.008�01 3.269�01 3.475�01 3.646�01 3.793�01 3.923�012 12 8.318�02 6.610+09 3.106�01 3.296�01 3.596�01 3.832�01 4.029�01 4.197�01 4.344�012 13 1.066�04 2.876+06 1.761�02 1.585�02 1.339�02 1.170�02 1.046�02 9.495�03 8.720�032 14 2.849�01 1.309+10 7.327�01 7.758�01 8.452�01 9.005�01 9.469�01 9.870�01 1.022+002 15 1.274�03 7.148+07 9.540�03 9.002�03 8.292�03 7.838�03 7.525�03 7.298�03 7.129�032 16 1.381�10 1.799+04 4.181�03 4.383�03 4.818�03 5.167�03 5.408�03 5.575�03 5.694�032 17 9.868�08 1.033+04 3.489�03 3.476�03 3.517�03 3.566�03 3.598�03 3.616�03 3.626�032 18 2.409�11 7.599+00 1.221�04 1.055�04 8.433�05 7.084�05 6.135�05 5.424�05 4.869�052 19 5.008�11 8.712+01 1.048�03 9.086�04 7.306�04 6.174�04 5.377�04 4.780�04 4.313�042 20 4.075�11 1.898+01 1.715�04 1.485�04 1.189�04 1.000�04 8.670�05 7.671�05 6.890�052 21 6.865�02 1.193+11 4.153�03 5.232�03 7.244�03 9.044�03 1.066�02 1.213�02 1.348�022 22 4.985�02 2.893+10 6.400�03 6.794�03 7.725�03 8.678�03 9.597�03 1.047�02 1.129�022 23 8.626�02 3.023+10 7.343�03 8.434�03 1.060�02 1.261�02 1.446�02 1.617�02 1.775�022 24 1.287�03 7.659+08 3.059�03 2.751�03 2.335�03 2.064�03 1.871�03 1.726�03 1.614�032 25 2.549�11 2.688+06 1.185�02 1.053�02 8.858�03 7.810�03 7.077�03 6.531�03 6.105�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 417

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 26 4.423�11 1.979+07 1.157�02 1.160�02 1.185�02 1.215�02 1.246�02 1.276�02 1.303�022 27 3.456�11 2.991+06 1.293�02 1.152�02 9.812�03 8.774�03 8.070�03 7.559�03 7.171�032 28 3.470�05 9.578+06 1.458�02 1.423�02 1.401�02 1.404�02 1.417�02 1.434�02 1.452�022 29 2.931�10 7.498+04 1.049�02 9.967�03 9.340�03 8.957�03 8.693�03 8.499�03 8.349�032 30 6.217�11 1.220+02 5.162�03 4.515�03 3.683�03 3.146�03 2.762�03 2.471�03 2.241�032 31 6.047�12 2.912+06 1.028�01 1.040�01 1.059�01 1.073�01 1.083�01 1.090�01 1.096�012 32 4.091�11 6.609+06 1.326�02 1.229�02 1.115�02 1.049�02 1.007�02 9.780�03 9.576�032 33 4.411�11 6.331+04 9.414�03 8.137�03 6.533�03 5.524�03 4.815�03 4.283�03 3.868�032 34 2.367�11 1.459+02 2.395�03 2.077�03 1.680�03 1.431�03 1.256�03 1.126�03 1.023�032 35 5.539�11 8.436+02 7.021�03 6.063�03 4.867�03 4.118�03 3.592�03 3.198�03 2.889�032 36 1.445�10 3.042+02 1.363�03 1.171�03 9.300�04 7.792�04 6.738�04 5.953�04 5.341�042 37 1.541�09 4.645+02 5.075�05 4.394�05 3.536�05 2.996�05 2.617�05 2.333�05 2.110�052 38 2.601�03 1.105+09 1.846�02 1.677�02 1.490�02 1.389�02 1.328�02 1.288�02 1.262�022 39 1.201�08 3.661+03 1.765�02 1.505�02 1.197�02 1.013�02 8.888�03 7.991�03 7.308�032 40 4.477�02 1.914+10 2.481�02 2.332�02 2.195�02 2.148�02 2.140�02 2.152�02 2.175�022 41 1.494�02 1.392�02 1.286�02 1.236�02 1.209�02 1.196�02 1.189�022 42 3.934�01 2.847+11 7.039�02 7.553�02 8.543�02 9.441�02 1.026�01 1.100�01 1.169�012 43 2.196+00 9.549+11 3.165�01 3.559�01 4.242�01 4.821�01 5.328�01 5.781�01 6.192�012 44 1.183�08 3.683+03 1.977�02 1.761�02 1.506�02 1.357�02 1.258�02 1.189�02 1.137�022 45 4.384�03 1.919+09 9.718�03 8.367�03 6.788�03 5.872�03 5.271�03 4.848�03 4.536�032 46 4.505�01 3.291+11 6.764�02 7.513�02 8.831�02 9.963�02 1.096�01 1.185�01 1.267�012 47 2.831�01 6.210+11 4.210�02 4.719�02 5.598�02 6.344�02 6.996�02 7.579�02 8.108�022 48 1.246�12 2.765+00 1.913�04 1.625�04 1.278�04 1.068�04 9.239�05 8.176�05 7.353�052 49 2.068�13 1.079+05 2.008�01 2.061�01 2.140�01 2.194�01 2.234�01 2.265�01 2.290�012 50 1.397�11 1.869+05 5.941�04 5.196�04 4.307�04 3.782�04 3.434�04 3.187�04 3.003�042 51 2.416�03 1.810+09 6.582�03 5.637�03 4.515�03 3.853�03 3.412�03 3.097�03 2.862�032 52 1.387�10 4.459+01 1.258�02 1.061�02 8.239�03 6.808�03 5.834�03 5.121�03 4.573�032 53 1.283�01 9.761+10 6.391�03 8.009�03 1.102�02 1.371�02 1.615�02 1.837�02 2.042�022 54 3.580�05 8.211+07 4.467�04 3.915�04 3.197�04 2.734�04 2.405�04 2.156�04 1.960�042 55 6.364�05 4.869+07 1.631�03 1.428�03 1.163�03 9.917�04 8.695�04 7.770�04 7.039�042 56 3.920�05 1.802+07 3.267�03 2.859�03 2.326�03 1.983�03 1.737�03 1.551�03 1.405�032 57 1.100�08 3.620+03 4.467�03 3.911�03 3.184�03 2.715�03 2.379�03 2.124�03 1.923�032 58 6.127�06 5.150�06 3.992�06 3.306�06 2.845�06 2.511�06 2.257�062 59 1.501�03 1.160+09 2.146�03 1.904�03 1.598�03 1.408�03 1.277�03 1.182�03 1.110�032 60 5.753�04 2.672+08 1.454�03 1.285�03 1.068�03 9.305�04 8.344�04 7.630�04 7.078�042 61 3.125�09 1.039+03 1.375�03 1.205�03 9.817�04 8.374�04 7.342�04 6.558�04 5.939�042 62 1.132�01 8.985+10 4.695�03 5.828�03 8.014�03 1.007�02 1.198�02 1.375�02 1.538�022 63 4.046�01 1.930+11 1.498�02 1.937�02 2.766�02 3.533�02 4.244�02 4.902�02 5.506�022 64 1.285�09 4.392+02 5.311�04 4.689�04 3.868�04 3.363�04 2.954�04 2.588�04 2.280�042 65 2.817�04 1.356+08 1.681�03 1.483�03 1.219�03 1.057�03 9.261�04 8.095�04 7.118�042 66 9.461�02 2.291+11 3.463�03 4.507�03 6.485�03 8.317�03 1.002�02 1.159�02 1.304�022 67 7.088�02 5.727+10 2.849�03 3.577�03 4.977�03 6.290�03 7.513�03 8.645�03 9.688�032 68 9.298�02 4.513+10 3.661�03 4.660�03 6.563�03 8.333�03 9.979�03 1.150�02 1.290�022 69 7.012�07 2.452+05 3.541�04 3.665�04 3.893�04 4.098�04 4.279�04 4.436�04 4.569�042 70 4.509�14 6.931+04 2.472�04 2.271�04 2.018�04 1.874�04 1.759�04 1.655�04 1.568�042 71 7.532�13 5.094+05 3.748�04 3.808�04 3.953�04 4.110�04 4.252�04 4.375�04 4.479�042 72 1.911�12 3.262+04 2.979�03 2.574�03 2.055�03 1.740�03 1.487�03 1.262�03 1.074�032 73 2.310�12 7.988+03 5.731�03 4.950�03 3.947�03 3.340�03 2.852�03 2.417�03 2.052�032 74 1.709�09 6.126+02 8.991�03 7.763�03 6.189�03 5.235�03 4.468�03 3.784�03 3.212�032 75 1.039�02 8.970�03 7.151�03 6.050�03 5.164�03 4.374�03 3.714�032 76 4.107�06 3.452�06 2.656�06 2.204�06 1.847�06 1.527�06 1.259�062 77 2.284�13 4.583+02 1.675�03 1.447�03 1.153�03 9.756�04 8.327�04 7.053�04 5.988�042 78 1.340�12 3.398+00 4.227�03 3.656�03 2.924�03 2.482�03 2.126�03 1.809�03 1.545�032 79 1.368�12 1.525+05 2.169�05 1.869�05 1.492�05 1.270�05 1.093�05 9.351�06 8.033�062 80 5.355�16 2.789+05 4.605�03 3.993�03 3.212�03 2.740�03 2.362�03 2.025�03 1.743�032 81 7.724�08 2.803+04 2.880�03 2.490�03 1.989�03 1.687�03 1.444�03 1.228�03 1.047�032 82 4.660�03 4.024�03 3.208�03 2.714�03 2.317�03 1.962�03 1.666�032 83 1.776�09 6.516+02 5.571�03 4.798�03 3.812�03 3.217�03 2.739�03 2.314�03 1.958�032 84 1.374�06 7.068+05 2.590�03 2.301�03 1.941�03 1.733�03 1.569�03 1.422�03 1.299�032 85 1.789�12 4.762+04 5.192�04 4.507�04 3.639�04 3.119�04 2.704�04 2.333�04 2.024�042 86 1.144�13 5.217+07 1.970�02 2.165�02 2.476�02 2.723�02 2.936�02 3.123�02 3.282�022 87 4.012�13 3.297+07 7.624�03 8.391�03 9.605�03 1.057�02 1.139�02 1.212�02 1.274�022 88 1.679�14 4.347�02 1.313�04 1.130�04 8.976�05 7.572�05 6.446�05 5.442�05 4.604�052 89 4.770�13 5.286+07 1.959�02 2.145�02 2.442�02 2.680�02 2.886�02 3.066�02 3.219�02

418 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 90 2.216�04 8.298+07 3.967�02 4.415�02 5.120�02 5.672�02 6.148�02 6.567�02 6.921�022 91 1.179�03 1.018�03 8.120�04 6.872�04 5.868�04 4.973�04 4.225�042 92 1.585�12 9.496+02 4.015�04 4.044�04 4.108�04 4.173�04 4.229�04 4.275�04 4.312�042 93 1.676�04 8.927+07 1.064�04 9.780�05 8.993�05 8.789�05 8.715�05 8.663�05 8.662�052 94 3.625�11 1.381+01 1.433�04 1.222�04 9.611�05 8.080�05 6.863�05 5.779�05 4.877�052 95 1.108�04 9.876�05 8.481�05 7.757�05 7.210�05 6.721�05 6.323�052 96 1.328�04 7.095+07 1.677�02 1.868�02 2.170�02 2.407�02 2.611�02 2.790�02 2.943�022 97 4.686�13 8.714+07 4.025�03 4.203�03 4.529�03 4.822�03 5.082�03 5.309�03 5.503�032 98 1.359�13 9.202+06 1.663�02 1.842�02 2.125�02 2.349�02 2.542�02 2.712�02 2.856�022 99 9.382�05 3.600+07 1.286�04 1.094�04 8.544�05 7.128�05 6.000�05 4.994�05 4.157�052 100 4.017�12 1.548+00 5.756�04 7.328�04 1.030�03 1.307�03 1.563�03 1.801�03 2.021�032 101 1.423�02 1.284+10 1.460�03 1.874�03 2.656�03 3.380�03 4.055�03 4.680�03 5.256�032 102 3.732�02 2.021+10 1.210�04 1.148�04 1.103�04 1.110�04 1.128�04 1.149�04 1.175�042 103 9.536�12 3.690+00 2.944�05 2.555�05 2.063�05 1.767�05 1.531�05 1.320�05 1.144�052 104 2.722�14 7.390�02 1.912�04 1.646�04 1.309�04 1.109�04 9.485�05 8.047�05 6.839�052 105 1.906�04 1.725+08 7.202�05 7.410�05 8.355�05 9.624�05 1.090�04 1.212�04 1.329�042 106 8.903�12 1.282+03 1.285�04 1.406�04 1.719�04 2.070�04 2.412�04 2.735�04 3.041�042 107 9.452�12 2.585+01 7.370�05 8.372�05 1.081�04 1.346�04 1.602�04 1.843�04 2.071�042 108 2.274�11 1.761+03 9.412�05 1.062�04 1.353�04 1.667�04 1.972�04 2.259�04 2.531�042 109 2.581�03 1.417+09 3.562�02 3.661�02 3.817�02 3.938�02 4.041�02 4.129�02 4.200�022 110 3.007�03 2.751+09 6.257�04 5.387�04 4.286�04 3.632�04 3.107�04 2.637�04 2.241�042 111 2.163�03 5.937+09 1.020�03 8.789�04 7.009�04 5.951�04 5.104�04 4.345�04 3.709�042 112 1.478�11 1.155+03 1.695�03 1.601�03 1.491�03 1.433�03 1.387�03 1.345�03 1.310�032 113 1.381�02 3.989+10 6.501�05 6.419�05 6.527�05 6.767�05 7.002�05 7.203�05 7.376�052 114 1.131�07 4.677+04 4.893�05 4.088�05 3.143�05 2.623�05 2.217�05 1.852�05 1.549�052 115 5.081�04 5.920�04 7.550�04 9.093�04 1.053�03 1.187�03 1.311�032 116 4.184�05 3.904�05 3.676�05 3.638�05 3.631�05 3.618�05 3.609�052 117 1.712�02 1.653+10 4.419�04 5.326�04 7.079�04 8.731�04 1.027�03 1.170�03 1.302�032 118 3.743�03 2.173+09 3.039�04 3.322�04 3.858�04 4.353�04 4.812�04 5.235�04 5.622�042 119 2.966�03 8.618+09 9.870�04 1.095�03 1.268�03 1.405�03 1.524�03 1.628�03 1.717�032 120 5.869�05 5.071�05 4.117�05 3.587�05 3.173�05 2.802�05 2.494�052 121 1.026�15 3.092+06 1.342�03 1.499�03 1.747�03 1.942�03 2.111�03 2.259�03 2.386�032 122 7.185�06 2.984+06 2.643�04 2.468�04 2.280�04 2.209�04 2.168�04 2.136�04 2.119�042 123 1.295�04 1.258+08 1.328�04 1.184�04 9.896�05 8.663�05 7.655�05 6.758�05 6.003�052 124 9.722�14 4.128+05 8.816�05 9.663�05 1.104�04 1.215�04 1.313�04 1.398�04 1.471�042 125 1.731�13 2.496+05 7.468�05 8.131�05 9.214�05 1.010�04 1.086�04 1.154�04 1.211�042 126 4.488�07 1.873+05 1.029�04 1.131�04 1.296�04 1.430�04 1.546�04 1.649�04 1.736�042 127 4.257�04 3.650�04 2.882�04 2.424�04 2.057�04 1.730�04 1.457�042 128 1.790�02 1.757+10 3.536�05 2.952�05 2.254�05 1.861�05 1.552�05 1.275�05 1.044�052 129 1.014�01 5.977+10 1.523�03 1.512�03 1.579�03 1.704�03 1.837�03 1.965�03 2.091�032 130 2.331�09 9.837+02 2.550�03 3.064�03 4.170�03 5.292�03 6.361�03 7.359�03 8.292�032 131 4.441�06 3.884�06 3.162�06 2.724�06 2.371�06 2.053�06 1.784�062 132 5.362�14 1.592�01 2.674�04 2.769�04 2.912�04 3.021�04 3.112�04 3.191�04 3.256�042 133 8.039�14 2.306+05 3.022�04 3.367�04 3.917�04 4.353�04 4.730�04 5.062�04 5.345�042 134 1.046�12 8.719+05 9.884�04 8.817�04 7.359�04 6.425�04 5.658�04 4.973�04 4.396�042 135 2.478�02 7.371+10 7.114�06 6.601�06 5.966�06 5.622�06 5.354�06 5.112�06 4.911�062 136 2.764�02 2.741+10 8.050�04 1.024�03 1.457�03 1.871�03 2.260�03 2.621�03 2.955�032 137 2.181�02 1.298+10 1.443�03 1.567�03 1.863�03 2.181�03 2.488�03 2.775�03 3.046�032 138 1.730�13 8.468+03 1.736�05 1.536�05 1.276�05 1.117�05 9.896�06 8.755�06 7.800�062 139 2.435�02 2.427+10 1.522�03 1.666�03 1.990�03 2.329�03 2.654�03 2.958�03 3.243�032 140 7.615�14 4.568�02 1.669�04 1.455�04 1.178�04 1.008�04 8.706�05 7.482�05 6.457�052 141 9.462�14 9.480�02 1.410�03 1.641�03 2.138�03 2.642�03 3.123�03 3.572�03 3.993�032 143 3.897�13 1.194+00 1.667�06 1.439�06 1.142�06 9.630�07 8.191�07 6.908�07 5.835�072 144 1.404�04 8.611+07 1.166�03 1.042�03 8.716�04 7.623�04 6.726�04 5.926�04 5.251�042 145 3.967�05 4.116+07 8.681�04 7.775�04 6.534�04 5.740�04 5.092�04 4.517�04 4.035�042 146 3.045�13 3.027+06 5.596�04 6.094�04 6.904�04 7.560�04 8.131�04 8.633�04 9.062�042 147 2.445�13 3.431+06 6.344�04 6.808�04 7.596�04 8.257�04 8.837�04 9.347�04 9.784�042 148 6.176�06 2.766+06 4.320�04 4.493�04 4.845�04 5.179�04 5.478�04 5.741�04 5.967�042 149 1.188�12 2.625+07 7.312�03 7.255�03 7.327�03 7.507�03 7.687�03 7.844�03 7.982�032 150 1.730�04 7.847+07 2.567�02 2.819�02 3.231�02 3.565�02 3.856�02 4.112�02 4.331�022 151 7.162�03 7.616�03 8.412�03 9.097�03 9.701�03 1.023�02 1.069�022 152 2.862�05 1.823+07 3.572�03 3.080�03 2.455�03 2.080�03 1.779�03 1.511�03 1.287�032 153 1.487�14 6.328+07 5.261�03 5.224�03 5.277�03 5.403�03 5.530�03 5.639�03 5.736�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 419

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 154 5.080�14 1.548+07 7.049�03 6.928�03 6.902�03 7.009�03 7.128�03 7.229�03 7.321�032 155 5.618�05 2.580+07 7.496�03 8.373�03 9.770�03 1.088�02 1.184�02 1.269�02 1.341�022 156 6.428�03 6.893+09 9.594�03 1.005�02 1.090�02 1.167�02 1.235�02 1.295�02 1.346�022 158 7.745�03 2.515+10 4.923�04 5.467�04 6.695�04 7.967�04 9.176�04 1.030�03 1.134�032 159 5.393�03 5.846+09 1.311�03 1.237�03 1.169�03 1.160�03 1.164�03 1.170�03 1.183�032 160 4.865�13 3.531+07 1.232�03 1.239�03 1.314�03 1.428�03 1.543�03 1.653�03 1.758�032 161 1.968�12 1.697+07 8.939�03 9.442�03 1.033�02 1.111�02 1.179�02 1.240�02 1.292�022 162 2.587�13 8.446�01 5.961�03 6.155�03 6.493�03 6.786�03 7.042�03 7.264�03 7.451�032 163 1.065�02 6.961+09 3.759�04 3.259�04 2.613�04 2.218�04 1.899�04 1.615�04 1.378�042 164 6.368�07 2.975+05 4.730�03 4.091�03 3.284�03 2.804�03 2.421�03 2.079�03 1.794�032 165 4.289�12 3.776+04 6.942�04 6.200�04 5.223�04 4.627�04 4.149�04 3.727�04 3.379�042 166 1.429�13 9.873+04 3.659�03 3.139�03 2.486�03 2.099�03 1.791�03 1.516�03 1.286�032 168 4.889�04 5.354+08 3.126�03 2.741�03 2.249�03 1.953�03 1.715�03 1.502�03 1.323�032 170 3.594�11 1.702+01 5.345�03 5.145�03 4.915�03 4.802�03 4.717�03 4.636�03 4.567�032 172 5.932�12 2.550+05 3.875�03 3.375�03 2.736�03 2.351�03 2.042�03 1.765�03 1.532�032 173 2.320�11 4.688+05 4.070�03 3.929�03 3.766�03 3.685�03 3.622�03 3.562�03 3.510�032 175 1.016�11 2.904+05 2.811�03 2.469�03 2.046�03 1.804�03 1.613�03 1.442�03 1.300�032 177 3.550�13 4.392+04 1.530�03 1.342�03 1.094�03 9.398�04 8.143�04 7.022�04 6.078�042 179 1.282�06 6.163+05 3.213�02 3.264�02 3.350�02 3.421�02 3.481�02 3.531�02 3.570�022 180 8.573�11 2.480+04 3.307�03 2.900�03 2.376�03 2.058�03 1.803�03 1.574�03 1.383�032 181 2.193�11 7.390+01 2.848�03 2.480�03 2.004�03 1.713�03 1.477�03 1.266�03 1.089�032 182 2.464�13 1.663�01 5.784�03 5.135�03 4.382�03 3.988�03 3.688�03 3.421�03 3.203�032 183 4.029�14 1.018+05 5.637�04 4.858�04 3.862�04 3.259�04 2.775�04 2.343�04 1.981�042 185 8.557�12 1.748+04 6.998�03 5.983�03 4.736�03 4.016�03 3.447�03 2.938�03 2.515�032 187 1.833�03 1.258+09 2.415�02 2.511�02 2.723�02 2.938�02 3.141�02 3.328�02 3.500�022 189 1.321�01 9.101+10 4.287�03 3.812�03 3.271�03 2.994�03 2.786�03 2.598�03 2.444�032 190 1.408�02 1.416�02 1.471�02 1.546�02 1.621�02 1.691�02 1.757�022 191 6.280�02 7.233+10 4.709�02 5.205�02 6.077�02 6.835�02 7.524�02 8.155�02 8.723�022 192 3.327�01 2.303+11 6.412�03 5.583�03 4.564�03 3.976�03 3.511�03 3.096�03 2.752�032 194 3.742�02 2.599+10 8.577�03 8.647�03 9.029�03 9.538�03 1.004�02 1.051�02 1.095�022 195 1.243�01 1.440+11 1.848�02 2.020�02 2.329�02 2.601�02 2.850�02 3.077�02 3.283�022 196 6.246�02 2.171+11 9.078�03 1.001�02 1.163�02 1.305�02 1.433�02 1.551�02 1.657�022 197 1.666�05 8.328+06 2.881�03 2.518�03 2.080�03 1.837�03 1.648�03 1.481�03 1.345�032 198 5.135�03 4.359�03 3.397�03 2.834�03 2.387�03 1.988�03 1.656�032 199 1.972�03 2.300+09 1.425�03 1.299�03 1.191�03 1.165�03 1.153�03 1.140�03 1.131�032 200 3.229�10 1.614+02 1.944�03 1.608�03 1.223�03 1.018�03 8.593�04 7.166�04 5.981�042 201 1.128�13 9.421+06 1.338�03 1.224�03 1.128�03 1.110�03 1.105�03 1.100�03 1.097�032 202 2.572�05 1.287+07 2.063�03 2.100�03 2.271�03 2.478�03 2.671�03 2.839�03 2.985�032 203 1.054�12 6.791+05 1.132�03 9.958�04 8.552�04 7.936�04 7.498�04 7.091�04 6.756�042 204 3.680�13 8.814+05 1.025�03 8.383�04 6.218�04 5.037�04 4.121�04 3.296�04 2.611�042 205 5.608�07 2.814+05 9.726�04 8.283�04 6.683�04 5.880�04 5.274�04 4.724�04 4.269�042 206 8.877�04 8.101�04 7.456�04 7.335�04 7.306�04 7.269�04 7.251�042 207 3.560�14 1.046+06 6.622�04 5.518�04 4.282�04 3.650�04 3.171�04 2.738�04 2.381�042 208 4.498�06 2.260+06 6.482�04 6.361�04 6.563�04 6.974�04 7.381�04 7.731�04 8.040�042 209 5.443�07 6.388+05 4.891�04 5.266�04 6.104�04 6.917�04 7.651�04 8.293�04 8.847�042 210 1.693�07 5.961+05 4.435�04 3.623�04 2.679�04 2.168�04 1.772�04 1.417�04 1.121�042 211 5.442�06 3.831+06 7.248�04 6.383�04 5.288�04 4.638�04 4.116�04 3.648�04 3.253�042 212 6.557�10 3.298+02 2.111�03 1.823�03 1.457�03 1.238�03 1.062�03 9.037�04 7.710�042 213 4.308�06 3.763�06 3.052�06 2.613�06 2.257�06 1.939�06 1.672�062 214 1.295�04 1.111�04 8.795�05 7.435�05 6.347�05 5.370�05 4.549�052 216 6.903�04 2.433+09 3.182�02 3.279�02 3.431�02 3.548�02 3.647�02 3.732�02 3.801�022 218 5.538�04 3.907+08 1.164�04 1.003�04 8.017�05 6.834�05 5.893�05 5.053�05 4.353�052 220 5.728�14 3.392+06 1.478�04 1.304�04 1.079�04 9.440�05 8.359�05 7.398�05 6.601�052 221 5.947�14 1.160+07 4.743�04 4.276�04 3.710�04 3.407�04 3.179�04 2.981�04 2.826�042 223 3.759�14 9.354+05 1.018�03 8.903�04 7.226�04 6.187�04 5.344�04 4.593�04 3.962�042 224 8.882�07 4.505+05 1.405�03 1.544�03 1.844�03 2.148�03 2.439�03 2.712�03 2.969�032 226 8.586�08 4.374+04 1.847�03 1.616�03 1.310�03 1.121�03 9.670�04 8.297�04 7.143�042 228 1.169�02 8.449+09 9.894�04 1.087�03 1.298�03 1.512�03 1.717�03 1.909�03 2.090�032 230 1.136�09 5.864+02 7.490�04 6.609�04 5.470�04 4.782�04 4.230�04 3.740�04 3.333�042 232 1.769�12 6.865+04 1.243�06 1.034�06 7.841�07 6.444�07 5.349�07 4.366�07 3.546�072 234 2.525�12 1.472+05 1.675�04 1.466�04 1.190�04 1.018�04 8.791�05 7.549�05 6.504�052 235 1.619�11 2.063+04 1.587�03 1.884�03 2.456�03 2.994�03 3.497�03 3.964�03 4.397�032 236 1.166�09 6.121+02 8.124�04 8.729�04 1.012�03 1.158�03 1.298�03 1.429�03 1.551�032 238 1.989�13 2.077+05 5.184�03 6.418�03 8.736�03 1.087�02 1.286�02 1.470�02 1.640�02

420 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 240 2.534�12 3.244+04 1.629�04 1.441�04 1.195�04 1.044�04 9.213�05 8.123�05 7.207�052 242 2.953�13 5.393+05 1.060�03 1.337�03 1.858�03 2.337�03 2.781�03 3.192�03 3.569�032 243 3.553�07 2.673+05 9.311�04 1.126�03 1.500�03 1.849�03 2.175�03 2.476�03 2.752�032 244 6.865�05 2.582+08 6.816�04 8.227�04 1.095�03 1.351�03 1.589�03 1.809�03 2.011�032 245 4.170�10 2.241+02 7.513�04 6.569�04 5.336�04 4.575�04 3.959�04 3.410�04 2.952�042 246 1.906�13 7.200+04 1.405�03 1.227�03 9.954�04 8.523�04 7.365�04 6.334�04 5.472�042 248 2.354�03 2.053�03 1.659�03 1.415�03 1.217�03 1.041�03 8.941�042 250 6.960�05 5.240+07 3.644�03 3.176�03 2.563�03 2.184�03 1.876�03 1.603�03 1.374�032 252 8.825�03 1.109+10 4.754�04 4.142�04 3.343�04 2.848�04 2.447�04 2.091�04 1.792�042 254 1.320�03 1.155�03 9.385�04 8.052�04 6.973�04 6.014�04 5.212�042 256 3.059�12 1.650+00 1.002�06 8.364�07 6.374�07 5.254�07 4.374�07 3.585�07 2.928�072 258 1.815�03 1.596�03 1.311�03 1.137�03 9.963�04 8.712�04 7.666�042 260 3.117�10 1.685+02 1.631�03 1.423�03 1.152�03 9.847�04 8.495�04 7.292�04 6.284�042 262 5.323�04 4.638�04 3.744�04 3.190�04 2.741�04 2.342�04 2.008�042 264 1.372�05 1.046+07 9.975�04 8.670�04 6.973�04 5.927�04 5.082�04 4.330�04 3.702�042 265 1.585�01 1.208+11 9.397�04 9.548�04 9.929�04 1.034�03 1.073�03 1.107�03 1.136�032 266 1.383�10 7.548+01 4.032�03 4.382�03 4.955�03 5.423�03 5.831�03 6.192�03 6.503�032 268 3.156�02 1.210+11 9.248�05 8.281�05 7.062�05 6.348�05 5.782�05 5.278�05 4.860�052 269 4.982�13 1.033+05 2.149�03 2.371�03 2.729�03 3.017�03 3.269�03 3.492�03 3.684�032 270 2.434�14 5.896+04 1.902�05 1.651�05 1.324�05 1.124�05 9.622�06 8.182�06 6.979�062 271 1.404�02 1.795+10 4.628�03 4.972�03 5.545�03 6.019�03 6.435�03 6.803�03 7.119�032 272 1.660�13 6.368�01 1.017�02 1.123�02 1.293�02 1.428�02 1.546�02 1.650�02 1.739�022 274 8.289�03 1.060+10 4.323�04 3.707�04 2.971�04 2.562�04 2.243�04 1.956�04 1.718�042 276 1.153�02 8.860+09 7.383�04 6.367�04 5.159�04 4.497�04 3.980�04 3.515�04 3.128�042 277 4.609�13 4.728+04 5.939�04 5.639�04 5.370�04 5.300�04 5.264�04 5.223�04 5.187�042 279 4.714�08 2.600+04 9.681�04 8.654�04 7.480�04 6.873�04 6.408�04 5.986�04 5.635�042 281 1.458�04 1.128+08 3.700�04 3.220�04 2.596�04 2.212�04 1.902�04 1.626�04 1.395�042 282 1.019�04 1.315+08 1.566�03 1.330�03 1.044�03 8.831�04 7.565�04 6.431�04 5.489�042 284 3.421�13 1.325+00 7.946�04 6.650�04 5.076�04 4.180�04 3.474�04 2.842�04 2.316�042 286 8.359�04 7.621�04 6.812�04 6.430�04 6.146�04 5.884�04 5.664�042 287 5.714�16 3.377+05 1.715�03 1.435�03 1.094�03 9.009�04 7.485�04 6.120�04 4.984�042 289 1.812�03 1.968�03 2.221�03 2.420�03 2.590�03 2.736�03 2.857�032 291 1.499�11 1.166+01 3.743�04 3.131�04 2.388�04 1.966�04 1.634�04 1.336�04 1.089�042 292 7.525�10 4.183+02 8.057�04 8.762�04 9.907�04 1.081�03 1.158�03 1.224�03 1.279�032 293 3.003�13 2.739+06 2.233�03 2.478�03 2.863�03 3.159�03 3.410�03 3.626�03 3.806�032 294 7.723�13 2.377+07 8.531�08 7.859�08 6.831�08 6.120�08 5.531�08 5.017�08 4.590�082 296 4.798�14 1.978+07 1.204�06 1.003�06 7.609�07 6.234�07 5.152�07 4.183�07 3.377�072 298 3.120�13 2.181+07 3.194�05 2.677�05 2.052�05 1.700�05 1.423�05 1.174�05 9.673�062 300 6.494�05 3.634+07 3.525�03 3.890�03 4.470�03 4.931�03 5.330�03 5.683�03 5.985�032 302 1.840�13 1.032�01 1.083�04 9.075�05 6.944�05 5.741�05 4.794�05 3.944�05 3.236�052 303 1.060�03 1.082�03 1.130�03 1.180�03 1.226�03 1.266�03 1.301�032 304 1.257�04 1.052�04 8.025�05 6.611�05 5.499�05 4.502�05 3.672�052 305 1.108�13 6.219�02 2.390�04 2.132�04 1.839�04 1.688�04 1.572�04 1.468�04 1.381�042 306 1.999�14 1.122�02 2.604�03 2.821�03 3.175�03 3.461�03 3.711�03 3.931�03 4.121�032 308 1.137�04 9.713�05 7.724�05 6.615�05 5.747�05 4.968�05 4.319�052 310 7.406�05 6.431�05 5.284�05 4.660�05 4.175�05 3.738�05 3.375�052 311 7.262�05 5.717+07 1.508�04 1.261�04 9.621�05 7.924�05 6.589�05 5.392�05 4.396�052 312 3.135�05 4.115+07 3.842�04 4.295�04 5.012�04 5.567�04 6.039�04 6.447�04 6.786�042 313 1.034�04 9.773�05 9.261�05 9.126�05 9.057�05 8.980�05 8.915�052 314 2.654�13 1.874+07 2.910�04 3.126�04 3.497�04 3.803�04 4.067�04 4.294�04 4.483�042 316 5.447�04 4.296+08 2.186�04 2.472�04 3.103�04 3.746�04 4.357�04 4.924�04 5.452�042 317 6.482�04 6.057�04 5.612�04 5.456�04 5.375�04 5.318�04 5.300�042 319 1.140�06 4.498+06 5.441�04 5.515�04 5.926�04 6.494�04 7.067�04 7.608�04 8.130�042 321 6.389�08 5.043+04 3.494�04 3.184�04 2.795�04 2.577�04 2.411�04 2.268�04 2.156�042 322 8.718�06 4.916+06 1.382�03 1.274�03 1.147�03 1.082�03 1.033�03 9.889�04 9.527�042 324 1.741�12 9.820�01 1.999�03 1.761�03 1.462�03 1.286�03 1.146�03 1.020�03 9.154�042 326 6.264�03 6.241�03 6.251�03 6.295�03 6.337�03 6.369�03 6.393�032 328 5.841�04 7.700+08 7.084�04 6.207�04 5.055�04 4.338�04 3.755�04 3.234�04 2.796�042 330 5.781�03 2.308+10 1.364�03 1.270�03 1.164�03 1.115�03 1.080�03 1.049�03 1.023�032 331 3.333�03 4.438+09 3.147�03 3.126�03 3.118�03 3.131�03 3.145�03 3.154�03 3.161�032 332 1.286�02 1.310�02 1.350�02 1.383�02 1.411�02 1.435�02 1.454�022 333 1.517�10 8.683+01 1.669�03 1.475�03 1.228�03 1.080�03 9.621�04 8.563�04 7.675�042 334 3.929�05 3.150+07 1.422�03 1.246�03 1.023�03 8.891�04 7.821�04 6.865�04 6.064�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 421

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 335 7.861�03 6.313+09 2.340�03 2.091�03 1.809�03 1.667�03 1.562�03 1.469�03 1.394�032 337 1.089�03 4.388+09 3.302�03 2.827�03 2.243�03 1.905�03 1.637�03 1.398�03 1.199�032 339 1.937�03 1.561+09 2.826�04 2.443�04 1.950�04 1.651�04 1.409�04 1.194�04 1.014�042 341 5.589�12 1.541+06 1.682�02 1.801�02 2.023�02 2.227�02 2.413�02 2.584�02 2.739�022 342 1.078�11 2.493+06 1.632�04 1.522�04 1.391�04 1.320�04 1.266�04 1.218�04 1.178�042 343 1.807�12 7.324+00 4.964�03 4.857�03 4.847�03 4.959�03 5.090�03 5.214�03 5.340�032 344 2.483�03 2.017+09 2.420�04 2.097�04 1.682�04 1.431�04 1.228�04 1.048�04 8.963�052 345 6.973�06 4.047+06 2.718�04 2.404�04 2.013�04 1.786�04 1.607�04 1.447�04 1.314�042 346 1.142�11 4.643+01 1.654�03 1.453�03 1.221�03 1.100�03 1.007�03 9.246�04 8.568�042 347 2.225�10 1.293+02 8.803�03 9.544�03 1.089�02 1.208�02 1.317�02 1.417�02 1.507�022 349 1.801�03 2.443+09 1.676�03 1.439�03 1.147�03 9.767�04 8.419�04 7.217�04 6.218�042 351 2.109�12 2.149+05 8.945�05 7.658�05 6.326�05 5.720�05 5.282�05 4.877�05 4.543�052 352 6.339�12 7.927+05 2.279�04 2.179�04 2.129�04 2.156�04 2.191�04 2.217�04 2.239�042 353 9.598�12 6.496+05 9.169�04 7.994�04 6.569�04 5.760�04 5.125�04 4.556�04 4.084�042 354 2.718�11 1.591+01 1.096�04 8.848�05 6.509�05 5.301�05 4.380�05 3.546�05 2.854�052 355 1.698�03 1.392+09 4.613�03 4.739�03 5.065�03 5.418�03 5.756�03 6.068�03 6.356�032 356 2.719�09 1.594+03 7.422�03 8.097�03 9.299�03 1.035�02 1.132�02 1.219�02 1.299�022 357 1.160�01 9.528+10 3.295�03 3.620�03 4.189�03 4.682�03 5.129�03 5.538�03 5.906�032 358 1.015�12 1.751+06 1.042�03 9.624�04 8.970�04 8.863�04 8.850�04 8.824�04 8.815�042 360 2.827�13 2.236+05 1.291�03 1.076�03 8.277�04 6.940�04 5.908�04 4.979�04 4.208�042 361 6.253�07 3.671+05 2.736�03 2.862�03 3.160�03 3.460�03 3.735�03 3.975�03 4.185�032 362 2.047�02 2.805+10 1.398�03 1.281�03 1.172�03 1.138�03 1.120�03 1.102�03 1.089�032 363 6.982�05 6.209�05 5.277�05 4.757�05 4.351�05 3.986�05 3.682�052 364 6.768�02 5.582+10 2.211�03 1.883�03 1.476�03 1.238�03 1.049�03 8.800�04 7.396�042 365 6.651�10 3.922+02 1.474�03 1.315�03 1.129�03 1.030�03 9.547�04 8.886�04 8.357�042 367 6.473�05 5.990�05 5.621�05 5.565�05 5.559�05 5.540�05 5.525�052 368 6.958�05 5.688�05 4.266�05 3.533�05 2.974�05 2.467�05 2.047�052 369 2.741�12 1.617+00 6.475�05 6.273�05 6.269�05 6.449�05 6.636�05 6.786�05 6.912�052 370 2.656�02 2.194+10 7.140�05 5.802�05 4.278�05 3.475�05 2.858�05 2.300�05 1.837�052 371 5.728�02 7.888+10 5.298�05 4.434�05 3.517�05 3.081�05 2.760�05 2.465�05 2.222�052 372 2.588�02 1.069+11 4.788�05 3.818�05 2.749�05 2.193�05 1.768�05 1.383�05 1.064�052 373 3.995�06 2.360+06 6.106�05 6.125�05 6.391�05 6.735�05 7.053�05 7.320�05 7.543�052 374 7.117�05 5.815�05 4.331�05 3.550�05 2.950�05 2.407�05 1.957�052 375 3.577�05 2.114+07 9.476�04 9.696�04 1.044�03 1.129�03 1.208�03 1.277�03 1.338�032 376 1.635�13 6.323+06 7.289�04 6.124�04 4.778�04 4.057�04 3.501�04 3.001�04 2.586�042 377 4.112�10 2.434+02 6.605�04 5.771�04 4.895�04 4.502�04 4.219�04 3.958�04 3.743�042 378 1.908�03 2.635+09 6.289�04 5.231�04 3.990�04 3.309�04 2.780�04 2.305�04 1.912�042 379 5.712�15 6.612+04 6.215�04 5.138�04 3.886�04 3.206�04 2.678�04 2.204�04 1.810�042 380 8.495�04 9.159�04 1.050�03 1.174�03 1.286�03 1.384�03 1.469�032 381 7.332�04 8.166�04 9.687�04 1.101�03 1.219�03 1.323�03 1.412�032 382 5.668�04 4.740�04 3.643�04 3.037�04 2.565�04 2.142�04 1.792�042 383 2.478�05 2.318�05 2.209�05 2.235�05 2.289�05 2.344�05 2.407�052 384 3.252�05 2.788�05 2.203�05 1.858�05 1.583�05 1.338�05 1.135�052 385 2.690�05 2.388�05 2.050�05 1.892�05 1.781�05 1.686�05 1.614�052 386 2.776�06 2.306+06 6.945�05 8.278�05 1.078�04 1.307�04 1.516�04 1.706�04 1.878�042 387 2.653�13 1.575�01 1.385�04 1.697�04 2.274�04 2.793�04 3.266�04 3.694�04 4.077�042 388 1.160�05 6.890+06 1.269�05 1.116�05 9.232�06 8.105�06 7.217�06 6.434�06 5.792�062 389 3.511�05 3.015�05 2.385�05 2.008�05 1.706�05 1.437�05 1.213�052 390 7.125�06 6.239�06 5.182�06 4.611�06 4.173�06 3.784�06 3.466�062 391 4.507�08 2.678+04 3.406�05 3.391�05 3.542�05 3.790�05 4.029�05 4.235�05 4.414�052 392 2.420�05 2.422�05 2.587�05 2.835�05 3.074�05 3.280�05 3.461�052 393 1.802�15 1.099+07 2.247�05 2.263�05 2.382�05 2.544�05 2.697�05 2.828�05 2.941�052 395 2.389�16 2.067+05 4.798�06 4.179�06 3.392�06 2.917�06 2.533�06 2.189�06 1.898�062 397 7.873�05 6.633+07 5.805�06 5.940�06 6.474�06 7.139�06 7.766�06 8.313�06 8.794�062 399 3.685�06 3.093�06 2.390�06 2.007�06 1.711�06 1.444�06 1.222�062 400 7.316�04 1.030+09 2.275�06 1.990�06 1.862�06 2.004�06 2.175�06 2.320�06 2.454�062 401 1.199�03 1.013+09 6.268�05 6.994�05 8.138�05 9.026�05 9.789�05 1.046�04 1.103�042 403 2.386�12 1.441+00 6.263�06 5.393�06 4.344�06 3.774�06 3.333�06 2.937�06 2.610�062 405 6.705�05 9.485+07 6.254�05 7.146�05 8.524�05 9.567�05 1.046�04 1.124�04 1.190�042 407 1.758�04 1.492+08 5.975�06 5.818�06 5.646�06 5.570�06 5.530�06 5.513�06 5.521�062 408 3.968�11 5.630+01 7.707�06 7.870�06 8.210�06 8.537�06 8.833�06 9.092�06 9.315�062 409 3.527�08 2.174+04 1.058�05 1.088�05 1.141�05 1.185�05 1.225�05 1.262�05 1.294�052 410 2.993�05 3.039�05 3.122�05 3.197�05 3.261�05 3.316�05 3.360�052 412 3.032�06 2.590�06 2.032�06 1.704�06 1.443�06 1.210�06 1.016�06

422 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 414 2.430�07 1.499+05 3.463�06 2.951�06 2.313�06 1.937�06 1.637�06 1.369�06 1.147�062 415 1.252�13 1.187+06 7.702�07 6.530�07 5.067�07 4.241�07 3.589�07 3.001�07 2.507�072 416 6.415�13 6.860+04 8.418�05 9.232�05 1.121�04 1.342�04 1.558�04 1.763�04 1.958�042 418 3.376�13 4.880�01 3.181�05 3.530�05 4.059�05 4.454�05 4.790�05 5.088�05 5.341�052 419 4.220�06 3.652�06 2.921�06 2.481�06 2.127�06 1.811�06 1.546�062 421 3.719�13 1.616+00 1.919�06 1.708�06 1.468�06 1.365�06 1.298�06 1.241�06 1.203�062 423 8.550�13 7.521+05 4.235�06 4.611�06 5.188�06 5.640�06 6.025�06 6.356�06 6.630�062 424 1.844�14 1.607�02 1.686�06 1.510�06 1.326�06 1.254�06 1.203�06 1.151�06 1.104�062 425 1.051�12 1.530+00 8.245�06 7.159�06 5.777�06 4.957�06 4.301�06 3.715�06 3.224�062 426 1.031�15 6.437�04 1.178�06 1.070�06 9.453�07 8.860�07 8.426�07 8.033�07 7.713�072 428 1.757�06 1.603�06 1.423�06 1.331�06 1.261�06 1.197�06 1.145�062 429 3.451�14 1.509�01 1.892�06 1.664�06 1.398�06 1.263�06 1.163�06 1.073�06 1.001�062 430 3.722�13 1.491+04 2.593�06 2.220�06 1.749�06 1.470�06 1.248�06 1.049�06 8.821�072 431 2.025�08 1.771+04 1.590�06 1.348�06 1.043�06 8.649�07 7.236�07 5.981�07 4.943�072 432 2.577�12 1.610+00 9.944�07 8.559�07 6.796�07 5.744�07 4.901�07 4.145�07 3.512�072 433 1.165�04 1.181�04 1.209�04 1.234�04 1.256�04 1.274�04 1.288�042 434 2.736�06 2.807�06 3.060�06 3.357�06 3.620�06 3.832�06 3.999�062 435 2.722�06 2.294�06 1.773�06 1.479�06 1.248�06 1.041�06 8.678�072 436 1.791�06 1.773�06 1.879�06 2.057�06 2.218�06 2.343�06 2.438�062 437 2.845�05 2.872�05 2.926�05 2.989�05 3.053�05 3.115�05 3.176�052 438 1.130�05 1.116�05 1.105�05 1.107�05 1.114�05 1.121�05 1.131�052 439 2.823�14 1.769�02 4.408�06 3.926�06 3.368�06 3.102�06 2.916�06 2.757�06 2.641�062 440 2.346�11 1.470+01 2.034�06 1.829�06 1.549�06 1.367�06 1.219�06 1.090�06 9.834�072 441 1.466�03 1.286+09 2.553�06 2.141�06 1.635�06 1.345�06 1.116�06 9.107�07 7.402�072 442 5.140�04 7.517+08 6.110�06 6.126�06 6.192�06 6.301�06 6.413�06 6.519�06 6.622�062 443 3.944�11 3.469+01 5.812�06 5.587�06 5.338�06 5.240�06 5.178�06 5.125�06 5.090�062 444 4.656�04 2.048+09 1.160�05 1.136�05 1.111�05 1.107�05 1.107�05 1.109�05 1.114�052 445 3.087�04 4.527+08 1.101�06 9.669�07 7.920�07 6.819�07 5.926�07 5.136�07 4.478�072 446 5.983�04 5.264+08 1.161�05 1.002�05 8.001�06 6.790�06 5.818�06 4.946�06 4.214�062 447 3.585�03 1.584+10 9.155�05 1.040�04 1.317�04 1.601�04 1.870�04 2.119�04 2.351�042 448 4.854�04 7.149+08 2.852�04 2.666�04 2.469�04 2.399�04 2.361�04 2.334�04 2.324�042 449 1.579�03 2.326+09 2.256�04 2.299�04 2.494�04 2.754�04 3.013�04 3.257�04 3.490�042 450 4.608�14 2.037�01 1.475�04 1.365�04 1.238�04 1.179�04 1.138�04 1.105�04 1.083�042 451 5.155�03 4.579+09 1.335�03 1.272�03 1.196�03 1.156�03 1.124�03 1.095�03 1.071�032 452 8.412�04 1.246+09 5.359�03 5.444�03 5.593�03 5.721�03 5.831�03 5.924�03 5.998�032 453 8.957�12 2.795+06 1.055�03 9.317�04 7.761�04 6.847�04 6.119�04 5.468�04 4.924�042 454 1.209�12 1.082+07 4.318�04 3.770�04 3.055�04 2.613�04 2.255�04 1.935�04 1.667�042 455 1.888�12 3.373+06 6.823�03 7.026�03 7.341�03 7.580�03 7.781�03 7.952�03 8.090�032 456 1.092�11 4.864+01 1.189�03 1.163�03 1.138�03 1.129�03 1.123�03 1.116�03 1.110�032 457 7.424�12 2.387+05 1.433�04 1.223�04 9.622�05 8.095�05 6.878�05 5.785�05 4.870�052 458 2.094�12 4.099+05 6.397�04 5.603�04 4.584�04 3.968�04 3.474�04 3.032�04 2.662�042 459 1.105�12 2.612+06 6.716�04 6.222�04 5.658�04 5.382�04 5.179�04 4.996�04 4.848�042 460 8.871�06 5.670+06 2.501�05 2.697�05 3.105�05 3.511�05 3.897�05 4.259�05 4.598�052 461 2.593�14 1.162�01 6.312�04 5.468�04 4.391�04 3.742�04 3.220�04 2.754�04 2.363�042 462 6.068�05 5.438+07 1.405�04 1.470�04 1.628�04 1.798�04 1.962�04 2.114�04 2.256�042 463 8.752�05 3.922+08 1.093�03 1.151�03 1.276�03 1.400�03 1.518�03 1.625�03 1.725�032 464 1.609�03 2.403+09 3.082�04 2.863�04 2.599�04 2.457�04 2.348�04 2.249�04 2.166�042 465 3.611�02 3.237+10 1.173�03 1.157�03 1.176�03 1.223�03 1.272�03 1.318�03 1.362�032 466 1.871�13 7.589+05 1.434�03 1.227�03 9.724�04 8.242�04 7.068�04 6.019�04 5.147�042 467 1.655�09 1.060+03 5.540�03 5.923�03 6.633�03 7.277�03 7.866�03 8.406�03 8.894�032 468 7.619�12 1.898+04 1.382�03 1.316�03 1.260�03 1.251�03 1.254�03 1.257�03 1.265�032 469 3.843�02 3.449+10 3.114�04 2.803�04 2.426�04 2.217�04 2.053�04 1.906�04 1.784�042 471 1.976�11 1.830+04 1.193�04 1.033�04 8.270�05 7.015�05 6.002�05 5.098�05 4.341�052 472 5.698�04 8.540+08 2.792�04 2.706�04 2.654�04 2.678�04 2.715�04 2.753�04 2.794�042 473 1.298�11 5.840+01 2.245�06 1.776�06 1.274�06 1.027�06 8.427�07 6.744�07 5.350�072 474 1.437�06 1.144�06 8.447�07 7.057�07 6.020�07 5.039�07 4.197�072 475 1.044�12 6.711�01 2.638�06 2.196�06 1.752�06 1.550�06 1.407�06 1.277�06 1.172�062 476 1.750�06 1.367�06 9.589�07 7.586�07 6.078�07 4.690�07 3.528�072 477 1.214�03 1.232�03 1.306�03 1.397�03 1.482�03 1.556�03 1.622�032 478 6.818�04 6.181�04 5.526�04 5.257�04 5.075�04 4.909�04 4.780�042 479 5.657�04 5.696�04 6.011�04 6.428�04 6.823�04 7.166�04 7.468�042 480 9.789�06 6.293+06 5.694�04 4.747�04 3.647�04 3.051�04 2.589�04 2.174�04 1.829�042 481 3.203�13 1.972+06 2.661�04 2.393�04 2.061�04 1.869�04 1.717�04 1.579�04 1.463�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 423

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 482 3.497�06 2.249+06 1.001�04 8.469�05 6.747�05 5.873�05 5.210�05 4.608�05 4.107�052 483 1.330�04 1.252�04 1.200�04 1.203�04 1.214�04 1.221�04 1.226�042 484 5.088�05 4.446�05 3.812�05 3.551�05 3.370�05 3.199�05 3.057�052 485 6.307�05 5.098�05 3.753�05 3.055�05 2.523�05 2.041�05 1.641�052 486 6.410�04 5.623�04 4.710�04 4.230�04 3.864�04 3.535�04 3.265�042 487 2.892�02 2.606+10 2.379�03 2.538�03 2.842�03 3.122�03 3.380�03 3.616�03 3.831�032 488 2.903�10 1.870+02 8.865�04 7.628�04 6.093�04 5.195�04 4.482�04 3.846�04 3.317�042 489 8.546�12 6.321+04 1.751�03 1.795�03 1.915�03 2.048�03 2.177�03 2.295�03 2.405�032 490 1.536�02 1.386+10 2.843�03 3.106�03 3.576�03 3.989�03 4.365�03 4.708�03 5.018�032 491 3.383�02 5.086+10 1.234�03 1.355�03 1.568�03 1.753�03 1.921�03 2.074�03 2.212�032 492 1.493�02 6.735+10 8.835�04 7.544�04 5.942�04 5.007�04 4.265�04 3.602�04 3.051�042 493 4.140�10 2.671+02 6.419�04 5.758�04 4.986�04 4.581�04 4.276�04 4.009�04 3.797�042 494 1.262�03 1.900+09 9.351�07 7.653�07 5.911�07 5.097�07 4.506�07 3.971�07 3.539�072 495 1.103�06 8.670�07 6.186�07 4.990�07 4.094�07 3.261�07 2.558�072 496 2.831�15 1.829�03 9.466�07 7.967�07 6.483�07 5.826�07 5.367�07 4.954�07 4.631�072 497 3.840�06 3.474+06 1.188�06 9.295�07 6.526�07 5.164�07 4.139�07 3.196�07 2.407�072 498 4.207�04 4.217�04 4.408�04 4.677�04 4.936�04 5.162�04 5.362�042 499 8.030�07 6.240�07 4.324�07 3.373�07 2.656�07 2.001�07 1.456�072 500 4.213�13 2.723�01 8.666�07 6.896�07 5.115�07 4.306�07 3.696�07 3.101�07 2.574�072 501 1.702�06 1.519�06 1.354�06 1.300�06 1.269�06 1.241�06 1.222�062 502 3.195�06 2.614�06 1.955�06 1.609�06 1.343�06 1.103�06 9.036�072 503 2.845�06 1.839+06 3.486�04 2.943�04 2.310�04 1.967�04 1.702�04 1.463�04 1.266�042 504 3.911�04 3.547�04 3.179�04 3.034�04 2.939�04 2.851�04 2.783�042 505 4.691�04 5.100�04 5.887�04 6.597�04 7.232�04 7.793�04 8.279�042 506 3.396�04 3.758�04 4.422�04 5.007�04 5.526�04 5.985�04 6.383�042 507 2.828�04 2.462�04 2.072�04 1.893�04 1.764�04 1.645�04 1.547�042 508 2.941�04 2.455�04 1.869�04 1.536�04 1.273�04 1.038�04 8.436�052 509 4.420�07 2.857+05 2.704�04 2.232�04 1.680�04 1.377�04 1.142�04 9.301�05 7.542�052 510 5.408�07 3.496+05 4.677�05 4.611�05 4.719�05 4.928�05 5.127�05 5.290�05 5.426�052 511 5.248�05 4.310�05 3.232�05 2.659�05 2.217�05 1.818�05 1.488�052 512 2.385�15 4.357+06 4.114�05 4.164�05 4.400�05 4.674�05 4.922�05 5.130�05 5.302�052 513 3.170�14 6.206+06 4.885�05 4.001�05 2.978�05 2.430�05 2.007�05 1.626�05 1.309�052 514 4.184�05 3.928�05 3.766�05 3.784�05 3.825�05 3.850�05 3.871�052 515 4.555�05 3.739�05 2.812�05 2.326�05 1.954�05 1.617�05 1.339�052 516 7.439�15 2.401+03 2.719�05 2.170�05 1.562�05 1.246�05 1.004�05 7.858�06 6.045�062 517 2.961�05 2.469�05 1.942�05 1.688�05 1.499�05 1.326�05 1.183�052 518 1.244�04 1.116�04 9.534�05 8.599�05 7.869�05 7.229�05 6.711�052 519 1.780�04 8.116+08 5.430�04 5.310�04 5.404�04 5.721�04 6.069�04 6.404�04 6.737�042 520 3.819�03 5.830+09 9.491�04 1.109�03 1.457�03 1.810�03 2.146�03 2.459�03 2.750�032 521 2.143�02 1.965+10 9.956�05 1.083�04 1.232�04 1.359�04 1.470�04 1.569�04 1.654�042 522 3.223�15 1.170+06 9.489�05 9.979�05 1.088�04 1.169�04 1.240�04 1.304�04 1.359�042 523 2.098�14 3.601+05 4.439�05 4.126�05 3.757�05 3.564�05 3.417�05 3.286�05 3.179�052 524 4.875�09 3.196+03 3.437�04 3.057�04 2.542�04 2.213�04 1.943�04 1.703�04 1.501�042 525 7.746�10 5.083+02 2.386�04 2.896�04 3.906�04 4.878�04 5.792�04 6.647�04 7.441�042 526 7.819�03 3.598+10 6.244�04 6.840�04 8.220�04 9.677�04 1.108�03 1.238�03 1.361�032 527 1.100�02 1.687+10 4.208�04 4.231�04 4.450�04 4.780�04 5.121�04 5.448�04 5.769�042 528 5.664�03 5.221+09 7.107�05 6.243�05 5.115�05 4.419�05 3.857�05 3.356�05 2.938�052 529 1.476�13 1.362�01 3.881�04 4.291�04 5.239�04 6.230�04 7.169�04 8.034�04 8.830�042 530 4.361�03 6.718+09 4.348�04 3.945�04 3.433�04 3.140�04 2.913�04 2.715�04 2.555�042 531 7.702�04 7.130+08 1.283�05 1.229�05 1.193�05 1.199�05 1.210�05 1.217�05 1.224�052 532 6.404�08 5.949+04 1.838�05 1.781�05 1.752�05 1.771�05 1.796�05 1.815�05 1.831�052 533 2.832�12 1.879+00 2.499�05 2.440�05 2.416�05 2.444�05 2.478�05 2.504�05 2.527�052 534 1.604�05 1.347�05 1.032�05 8.517�06 7.090�06 5.815�06 4.754�062 535 2.456�04 2.204�04 1.889�04 1.713�04 1.576�04 1.456�04 1.358�042 536 2.900�04 4.508+08 2.304�03 2.273�03 2.264�03 2.291�03 2.322�03 2.349�03 2.374�032 537 5.836�13 3.311+06 4.477�03 4.787�03 5.311�03 5.749�03 6.134�03 6.475�03 6.770�032 538 1.470�05 9.850+06 1.114�03 1.058�03 9.959�04 9.686�04 9.496�04 9.325�04 9.192�042 539 9.511�13 3.076+06 7.534�04 6.584�04 5.335�04 4.556�04 3.924�04 3.362�04 2.892�042 540 2.468�03 2.518�03 2.632�03 2.750�03 2.858�03 2.954�03 3.037�032 541 2.469�13 5.996+06 1.222�03 1.359�03 1.579�03 1.756�03 1.909�03 2.045�03 2.163�032 542 2.582�13 1.276+07 1.041�03 1.001�03 9.619�04 9.501�04 9.440�04 9.386�04 9.353�042 543 4.263�06 2.869+06 1.074�03 1.080�03 1.107�03 1.143�03 1.176�03 1.205�03 1.231�032 544 6.851�13 1.005+06 4.330�04 4.258�04 4.241�04 4.308�04 4.387�04 4.460�04 4.532�042 545 2.539�13 3.637+05 8.907�05 7.783�05 6.304�05 5.381�05 4.632�05 3.966�05 3.409�05

424 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 546 2.298�13 1.085+00 1.069�03 9.623�04 8.258�04 7.443�04 6.792�04 6.212�04 5.731�042 547 5.814�07 3.931+05 5.067�04 4.698�04 4.320�04 4.168�04 4.064�04 3.966�04 3.886�042 548 5.399�05 5.131+07 6.977�04 6.478�04 5.975�04 5.782�04 5.654�04 5.532�04 5.433�042 549 6.334�12 4.301+00 8.197�04 7.841�04 7.559�04 7.534�04 7.548�04 7.551�04 7.555�042 550 1.330�13 9.035�02 1.099�03 1.070�03 1.059�03 1.074�03 1.091�03 1.104�03 1.115�032 551 8.401�05 7.159�05 5.641�05 4.777�05 4.097�05 3.489�05 2.984�052 552 1.195�04 1.138+08 1.633�04 1.623�04 1.651�04 1.705�04 1.756�04 1.800�04 1.837�042 553 6.056�05 9.615+07 2.994�04 2.525�04 1.946�04 1.612�04 1.348�04 1.111�04 9.148�052 554 8.181�14 1.313+05 2.979�04 2.907�04 2.883�04 2.927�04 2.977�04 3.016�04 3.051�042 555 8.267�04 7.321�04 6.090�04 5.335�04 4.726�04 4.185�04 3.733�042 556 2.627�04 2.785�04 3.069�04 3.312�04 3.523�04 3.704�04 3.855�042 557 6.483�06 6.197+06 2.566�04 2.180�04 1.710�04 1.444�04 1.234�04 1.046�04 8.901�052 558 1.983�12 1.354+00 3.211�04 3.152�04 3.151�04 3.212�04 3.275�04 3.326�04 3.369�042 559 2.386�04 2.113�04 1.799�04 1.638�04 1.515�04 1.403�04 1.311�043 4 5.684�08 1.860+01 2.383�01 2.073�01 1.679�01 1.428�01 1.249�01 1.114�01 1.008�013 5 1.974�11 1.395�01 3.313�02 2.832�02 2.240�02 1.871�02 1.615�02 1.424�02 1.277�023 6 4.506�05 1.123+05 5.764�02 5.189�02 4.382�02 3.826�02 3.414�02 3.093�02 2.836�023 7 2.996�01 2.382+09 1.462+00 1.548+00 1.683+00 1.789+00 1.876+00 1.951+00 2.016+003 8 3.816�02 4.250+08 1.982�01 2.079�01 2.234�01 2.357�01 2.459�01 2.548�01 2.626�013 9 2.117�03 3.933+07 1.255�02 1.293�02 1.359�02 1.413�02 1.459�02 1.499�02 1.536�023 10 3.271�01 5.082+09 1.253+00 1.327+00 1.446+00 1.539+00 1.617+00 1.683+00 1.742+003 11 9.615�02 2.490+09 3.706�01 3.923�01 4.267�01 4.538�01 4.764�01 4.958�01 5.128�013 12 2.862�11 2.224+00 2.536�03 2.270�03 1.900�03 1.648�03 1.462�03 1.318�03 1.202�033 13 2.115�03 5.609+07 3.533�02 3.260�02 2.887�02 2.637�02 2.456�02 2.318�02 2.210�023 14 4.928�01 2.227+10 1.280+00 1.356+00 1.477+00 1.574+00 1.656+00 1.726+00 1.788+003 15 3.914�10 2.164+01 1.342�02 1.204�02 1.013�02 8.819�03 7.854�03 7.105�03 6.503�033 16 2.194�12 1.379+04 7.085�03 7.073�03 7.198�03 7.331�03 7.419�03 7.472�03 7.504�033 17 1.171�10 3.014+04 4.087�03 4.301�03 4.753�03 5.113�03 5.362�03 5.534�03 5.658�033 18 1.304�07 4.068+04 1.724�03 1.832�03 2.049�03 2.219�03 2.337�03 2.419�03 2.478�033 19 1.802�10 9.339+01 1.929�03 1.675�03 1.350�03 1.143�03 9.972�04 8.880�04 8.026�043 20 1.041�10 4.805+01 3.153�04 2.732�04 2.189�04 1.843�04 1.599�04 1.417�04 1.274�043 21 6.934�10 1.199+03 1.131�03 1.002�03 8.266�04 7.097�04 6.249�04 5.600�04 5.084�043 22 8.687�02 5.018+10 7.182�03 8.332�03 1.059�02 1.267�02 1.458�02 1.633�02 1.796�023 23 2.574�01 8.976+10 2.061�02 2.405�02 3.076�02 3.694�02 4.260�02 4.780�02 5.260�023 24 2.782�04 1.648+08 6.117�03 5.452�03 4.536�03 3.922�03 3.474�03 3.131�03 2.858�033 25 2.901�10 2.208+06 1.357�02 1.201�02 1.002�02 8.756�03 7.865�03 7.196�03 6.673�033 26 1.866�12 4.223+06 1.024�02 9.183�03 7.894�03 7.114�03 6.587�03 6.205�03 5.915�033 27 4.731�11 1.524+07 2.001�02 1.937�02 1.882�02 1.867�02 1.869�02 1.879�02 1.892�023 28 4.499�10 1.901+07 3.531�02 3.376�02 3.227�02 3.167�02 3.146�02 3.145�02 3.155�023 29 3.879�12 7.341+05 7.738�03 6.716�03 5.440�03 4.645�03 4.091�03 3.680�03 3.361�033 30 8.275�06 1.617+07 3.282�03 3.219�03 3.193�03 3.214�03 3.254�03 3.301�03 3.348�033 31 1.460�10 1.215+07 1.464�02 1.357�02 1.231�02 1.160�02 1.114�02 1.083�02 1.061�023 32 2.422�10 7.021+06 1.994�01 2.001�01 2.017�01 2.029�01 2.039�01 2.047�01 2.053�013 33 1.706�10 8.244+04 1.730�02 1.495�02 1.201�02 1.015�02 8.850�03 7.873�03 7.109�033 34 1.007�12 9.420+02 1.977�04 1.709�04 1.374�04 1.163�04 1.015�04 9.043�05 8.175�053 35 2.258�11 1.845+03 2.571�03 2.249�03 1.847�03 1.595�03 1.419�03 1.286�03 1.183�033 36 3.437�08 7.205+04 2.395�03 2.058�03 1.636�03 1.372�03 1.188�03 1.051�03 9.444�043 37 1.036�10 9.044+02 1.311�02 1.132�02 9.091�03 7.692�03 6.711�03 5.975�03 5.399�033 38 1.251�02 5.294+09 1.691�02 1.534�02 1.361�02 1.269�02 1.215�02 1.182�02 1.162�023 39 4.623�02 1.403+10 2.845�02 2.739�02 2.679�02 2.694�02 2.738�02 2.794�02 2.856�023 40 5.010�03 2.133+09 3.055�02 2.624�02 2.104�02 1.790�02 1.577�02 1.421�02 1.303�023 41 1.343�08 3.181+03 3.700�02 3.329�02 2.918�02 2.694�02 2.555�02 2.464�02 2.401�023 42 6.889�04 4.965+08 9.540�03 8.860�03 8.137�03 7.772�03 7.569�03 7.455�03 7.391�033 43 7.678�02 3.325+10 3.460�02 3.320�02 3.228�02 3.235�02 3.283�02 3.350�02 3.425�023 44 3.494+00 1.083+12 5.225�01 5.823�01 6.873�01 7.772�01 8.563�01 9.273�01 9.918�013 45 1.594+00 6.948+11 2.499�01 2.765�01 3.237�01 3.643�01 4.001�01 4.323�01 4.615�013 46 3.925�01 2.856+11 6.846�02 7.401�02 8.444�02 9.373�02 1.021�01 1.097�01 1.166�013 47 1.582�10 3.456+02 3.585�03 3.001�03 2.306�03 1.893�03 1.613�03 1.409�03 1.254�033 48 2.009�07 4.439+05 2.016�04 1.790�04 1.519�04 1.360�04 1.257�04 1.185�04 1.132�043 49 5.910�14 3.383+05 6.552�04 5.734�04 4.757�04 4.179�04 3.795�04 3.521�04 3.317�043 50 3.086�13 1.520+05 3.315�01 3.402�01 3.531�01 3.619�01 3.685�01 3.735�01 3.776�013 51 1.159�04 8.643+07 1.189�02 1.003�02 7.794�03 6.442�03 5.521�03 4.847�03 4.329�033 52 5.868�04 1.879+08 2.340�02 1.974�02 1.534�02 1.269�02 1.089�02 9.565�03 8.553�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 425

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 53 1.881�01 1.425+11 9.422�03 1.185�02 1.633�02 2.033�02 2.395�02 2.724�02 3.027�023 54 6.942�11 1.586+02 2.696�05 2.359�05 1.920�05 1.636�05 1.433�05 1.279�05 1.158�053 55 3.705�04 2.823+08 2.199�04 1.959�04 1.661�04 1.481�04 1.361�04 1.276�04 1.214�043 56 4.252�05 1.946+07 9.593�04 8.398�04 6.843�04 5.841�04 5.127�04 4.586�04 4.160�043 57 1.107�06 3.628+05 3.271�03 2.862�03 2.327�03 1.983�03 1.736�03 1.550�03 1.402�033 58 2.459�08 6.286+03 9.906�03 8.670�03 7.058�03 6.015�03 5.271�03 4.706�03 4.259�033 59 1.845�03 1.421+09 8.365�04 7.604�04 6.723�04 6.247�04 5.971�04 5.808�04 5.716�043 60 9.948�07 4.601+05 2.673�03 2.340�03 1.905�03 1.625�03 1.424�03 1.272�03 1.152�033 61 2.684�03 8.885+08 6.124�03 5.415�03 4.510�03 3.941�03 3.545�03 3.253�03 3.028�033 62 4.698�03 3.713+09 3.837�04 4.078�04 4.674�04 5.324�04 5.951�04 6.536�04 7.083�043 63 9.116�02 4.331+10 4.006�03 4.870�03 6.559�03 8.159�03 9.653�03 1.104�02 1.231�023 64 6.965�01 2.370+11 2.704�02 3.448�02 4.859�02 6.169�02 7.386�02 8.512�02 9.546�023 65 7.638�04 3.662+08 3.116�03 2.752�03 2.274�03 1.982�03 1.746�03 1.537�03 1.363�033 66 1.112�10 2.681+02 1.099�04 9.641�05 7.854�05 6.741�05 5.835�05 5.025�05 4.342�053 67 1.362�01 1.096+11 5.459�03 6.967�03 9.838�03 1.251�02 1.499�02 1.729�02 1.941�023 68 3.850�01 1.861+11 1.524�02 1.945�02 2.745�02 3.489�02 4.181�02 4.821�02 5.410�023 69 8.832�12 4.371+05 1.923�04 1.811�04 1.681�04 1.617�04 1.569�04 1.526�04 1.489�043 70 3.839�12 3.348+05 6.895�04 6.908�04 7.008�04 7.152�04 7.287�04 7.401�04 7.496�043 71 3.688�13 1.334+05 8.395�04 8.298�04 8.293�04 8.411�04 8.536�04 8.639�04 8.729�043 72 1.633�13 2.191+03 3.428�04 2.960�04 2.362�04 2.000�04 1.709�04 1.449�04 1.232�043 73 9.654�13 6.176+03 1.259�03 1.087�03 8.681�04 7.352�04 6.283�04 5.331�04 4.535�043 74 9.061�13 1.225+04 3.657�03 3.160�03 2.522�03 2.135�03 1.824�03 1.547�03 1.316�033 75 4.005�08 1.114+04 9.508�03 8.212�03 6.549�03 5.542�03 4.731�03 4.009�03 3.405�033 76 2.429�02 2.098�02 1.672�02 1.415�02 1.207�02 1.023�02 8.681�033 77 4.756�13 6.848+03 4.832�04 4.246�04 3.503�04 3.062�04 2.710�04 2.395�04 2.133�043 78 1.915�07 4.839+05 1.820�03 1.587�03 1.291�03 1.112�03 9.697�04 8.423�04 7.359�043 79 1.062�12 3.556+05 7.492�04 7.662�04 7.934�04 8.151�04 8.334�04 8.489�04 8.614�043 80 3.174�12 1.260+05 4.268�03 3.694�03 2.960�03 2.515�03 2.158�03 1.839�03 1.573�033 81 5.054�13 7.601+03 8.579�03 7.411�03 5.913�03 5.004�03 4.274�03 3.622�03 3.078�033 82 3.724�07 1.048+05 1.460�02 1.262�02 1.010�02 8.566�03 7.336�03 6.240�03 5.324�033 83 2.337�16 9.838+03 6.540�03 5.637�03 4.484�03 3.788�03 3.229�03 2.731�03 2.315�033 84 4.576�14 5.025+05 7.500�03 6.516�03 5.266�03 4.518�03 3.919�03 3.385�03 2.939�033 85 3.468�12 1.172+05 5.551�03 4.791�03 3.823�03 3.239�03 2.771�03 2.354�03 2.006�033 86 2.413�14 3.336+07 1.415�02 1.526�02 1.708�02 1.856�02 1.985�02 2.097�02 2.193�023 87 9.497�14 8.022+07 1.843�02 2.020�02 2.303�02 2.528�02 2.724�02 2.895�02 3.040�023 88 4.395�05 1.133+08 8.517�03 9.373�03 1.073�02 1.181�02 1.275�02 1.357�02 1.426�023 89 4.367�13 5.652+06 2.727�03 2.843�03 3.057�03 3.248�03 3.418�03 3.566�03 3.693�033 90 6.272�13 3.281+07 1.770�02 1.924�02 2.173�02 2.374�02 2.549�02 2.702�02 2.832�023 91 3.960�04 1.152+08 7.343�02 8.113�02 9.334�02 1.030�01 1.113�01 1.186�01 1.248�013 92 9.572�13 6.683+02 6.218�05 5.372�05 4.283�05 3.621�05 3.087�05 2.611�05 2.213�053 93 6.891�04 3.658+08 1.382�04 1.231�04 1.054�04 9.614�05 8.924�05 8.317�05 7.837�053 94 6.356�04 2.412+08 2.231�04 2.048�04 1.875�04 1.826�04 1.806�04 1.792�04 1.790�043 95 2.206�10 6.514+01 3.092�04 2.699�04 2.230�04 1.971�04 1.769�04 1.590�04 1.442�043 96 1.192�03 6.346+08 7.505�03 8.194�03 9.306�03 1.020�02 1.098�02 1.166�02 1.224�023 97 4.698�15 3.489+07 2.621�02 2.899�02 3.340�02 3.689�02 3.991�02 4.255�02 4.480�023 98 2.197�14 7.809+07 4.031�02 4.449�02 5.115�02 5.643�02 6.099�02 6.500�02 6.840�023 99 1.871�12 8.542+07 4.105�04 4.415�04 5.233�04 6.145�04 7.029�04 7.857�04 8.637�043 100 5.473�03 2.101+09 7.618�05 8.734�05 1.103�04 1.327�04 1.539�04 1.736�04 1.918�043 101 1.563�03 1.405+09 6.948�04 8.712�04 1.206�03 1.517�03 1.807�03 2.075�03 2.322�033 102 1.541�02 8.315+09 2.134�04 2.044�04 2.006�04 2.064�04 2.141�04 2.219�04 2.303�043 103 6.590�02 2.540+10 2.775�03 3.518�03 4.918�03 6.212�03 7.415�03 8.530�03 9.556�033 104 4.238�09 1.146+04 5.807�06 5.038�06 4.068�06 3.499�06 3.047�06 2.645�06 2.310�063 105 9.243�04 8.334+08 1.241�04 1.153�04 1.042�04 9.775�05 9.267�05 8.813�05 8.434�053 106 1.761�12 3.326+04 4.394�04 5.206�04 7.060�04 9.005�04 1.088�03 1.263�03 1.429�033 107 1.603�08 4.368+04 1.308�04 1.515�04 2.004�04 2.528�04 3.034�04 3.509�04 3.957�043 108 2.719�11 1.287+04 1.433�05 1.236�05 9.823�06 8.289�06 7.056�06 5.956�06 5.035�063 109 1.390�02 7.600+09 6.497�04 5.598�04 4.459�04 3.781�04 3.237�04 2.750�04 2.341�043 110 2.483�03 2.263+09 1.450�05 1.248�05 9.927�06 8.409�06 7.199�06 6.120�06 5.222�063 111 6.459�11 1.766+02 6.350�02 6.501�02 6.745�02 6.941�02 7.107�02 7.248�02 7.362�023 112 1.492�11 1.389+03 2.336�03 2.010�03 1.597�03 1.352�03 1.156�03 9.806�04 8.329�043 113 9.108�11 2.622+02 1.702�04 1.514�04 1.289�04 1.166�04 1.070�04 9.830�05 9.111�053 114 4.916�14 3.586+04 1.852�04 1.738�04 1.627�04 1.588�04 1.565�04 1.542�04 1.524�043 115 2.022�07 6.480+04 2.561�05 2.264�05 1.866�05 1.614�05 1.409�05 1.224�05 1.069�053 116 1.330�04 1.178�04 1.010�04 9.266�05 8.645�05 8.079�05 7.612�05

426 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 117 1.496�02 1.439+10 4.788�04 5.695�04 7.412�04 9.004�04 1.048�03 1.185�03 1.311�033 118 4.399�02 2.545+10 1.254�03 1.514�03 2.003�03 2.454�03 2.873�03 3.261�03 3.617�033 119 1.165�09 3.374+03 2.522�04 2.774�04 3.178�04 3.502�04 3.783�04 4.030�04 4.240�043 120 1.539�05 4.952+06 2.999�03 3.305�03 3.799�03 4.193�03 4.536�03 4.836�03 5.093�033 121 8.370�14 7.710+05 1.219�03 1.344�03 1.545�03 1.706�03 1.845�03 1.967�03 2.072�033 122 1.682�14 2.666+06 4.604�04 4.051�04 3.312�04 2.848�04 2.469�04 2.132�04 1.847�043 123 2.404�04 2.326+08 6.497�05 5.937�05 5.261�05 4.903�05 4.634�05 4.401�05 4.219�053 124 6.324�14 3.084+04 3.472�05 3.184�05 2.849�05 2.678�05 2.550�05 2.434�05 2.340�053 125 2.383�13 3.143+05 1.429�04 1.493�04 1.612�04 1.721�04 1.817�04 1.902�04 1.975�043 126 9.320�16 1.127+06 5.069�04 5.539�04 6.305�04 6.926�04 7.466�04 7.941�04 8.347�043 127 1.540�13 4.527+05 8.556�04 7.767�04 6.831�04 6.332�04 5.947�04 5.602�04 5.317�043 128 1.937�04 1.894+08 3.434�04 3.680�04 4.105�04 4.466�04 4.782�04 5.060�04 5.298�043 129 5.896�03 3.464+09 3.311�04 2.986�04 2.567�04 2.319�04 2.122�04 1.949�04 1.806�043 130 1.482�01 6.233+10 1.461�03 1.375�03 1.297�03 1.289�03 1.296�03 1.307�03 1.325�033 131 2.050�06 6.714+05 8.357�05 9.068�05 1.025�04 1.122�04 1.207�04 1.282�04 1.346�043 132 3.209�07 9.494+05 2.706�04 2.948�04 3.346�04 3.671�04 3.954�04 4.203�04 4.415�043 133 3.897�15 1.130+06 6.776�04 7.192�04 7.848�04 8.367�04 8.814�04 9.205�04 9.536�043 134 2.673�13 1.064+06 5.695�03 6.275�03 7.691�03 9.236�03 1.073�02 1.213�02 1.346�023 135 9.973�10 2.956+03 3.681�05 3.373�05 3.000�05 2.797�05 2.641�05 2.500�05 2.383�053 136 2.813�02 2.780+10 3.038�04 2.692�04 2.220�04 1.918�04 1.671�04 1.450�04 1.264�043 137 1.277�01 7.574+10 1.649�03 1.856�03 2.307�03 2.769�03 3.209�03 3.619�03 4.003�033 138 1.365�14 5.301+04 1.856�04 2.022�04 2.292�04 2.510�04 2.701�04 2.868�04 3.010�043 139 6.175�02 6.133+10 5.203�03 6.048�03 7.816�03 9.579�03 1.125�02 1.281�02 1.426�023 140 2.623�13 7.073+05 3.737�04 3.547�04 3.340�04 3.252�04 3.190�04 3.134�04 3.088�043 141 8.284�07 8.271+05 2.513�03 3.008�03 4.040�03 5.067�03 6.041�03 6.952�03 7.801�033 143 3.393�07 1.036+06 4.935�05 5.450�05 6.276�05 6.936�05 7.510�05 8.014�05 8.445�053 144 1.908�04 1.166+08 2.295�03 2.050�03 1.714�03 1.497�03 1.320�03 1.162�03 1.028�033 145 1.691�05 1.748+07 1.720�03 1.538�03 1.289�03 1.128�03 9.968�04 8.800�04 7.820�043 146 1.121�13 2.355+05 7.270�05 7.627�05 8.281�05 8.864�05 9.381�05 9.833�05 1.022�043 147 3.567�14 5.014+05 2.412�04 2.584�04 2.874�04 3.115�04 3.326�04 3.511�04 3.670�043 148 3.810�13 4.500+05 3.365�04 3.570�04 3.928�04 4.235�04 4.506�04 4.743�04 4.947�043 149 8.294�13 1.219+06 2.542�04 2.557�04 2.643�04 2.756�04 2.862�04 2.954�04 3.034�043 150 8.297�13 2.572+07 1.178�02 1.198�02 1.252�02 1.311�02 1.366�02 1.413�02 1.454�023 151 3.075�04 1.083+08 3.211�03 2.967�03 2.690�03 2.553�03 2.452�03 2.361�03 2.287�033 152 8.199�15 3.993+06 4.962�02 5.320�02 5.933�02 6.450�02 6.905�02 7.305�02 7.648�023 153 1.303�12 1.247+07 1.198�03 1.118�03 1.025�03 9.788�04 9.447�04 9.139�04 8.887�043 154 1.385�13 5.542+07 1.424�02 1.514�02 1.671�02 1.806�02 1.925�02 2.030�02 2.119�023 155 7.318�12 8.120+07 6.407�03 6.100�03 5.793�03 5.691�03 5.630�03 5.574�03 5.531�033 156 1.146�02 1.225+10 2.972�02 3.161�02 3.492�02 3.776�02 4.026�02 4.245�02 4.434�023 158 1.199�10 3.880+02 3.060�04 2.706�04 2.225�04 1.915�04 1.662�04 1.437�04 1.248�043 159 9.362�03 1.011+10 1.060�03 1.074�03 1.154�03 1.264�03 1.375�03 1.480�03 1.580�033 160 1.818�12 3.986+07 3.249�03 3.305�03 3.570�03 3.927�03 4.285�03 4.621�03 4.943�033 161 1.670�12 7.225+07 1.554�02 1.626�02 1.752�02 1.859�02 1.954�02 2.036�02 2.106�023 162 2.777�05 9.034+07 1.097�02 1.167�02 1.288�02 1.391�02 1.483�02 1.563�02 1.632�023 163 3.014�02 1.964+10 4.333�03 4.646�03 5.177�03 5.623�03 6.015�03 6.359�03 6.655�033 164 1.225�12 5.433+03 9.468�03 8.132�03 6.437�03 5.418�03 4.601�03 3.874�03 3.267�033 165 1.812�12 2.373+05 1.592�03 1.412�03 1.169�03 1.016�03 8.906�04 7.799�04 6.872�043 166 2.420�12 2.144+05 6.623�03 5.711�03 4.562�03 3.881�03 3.337�03 2.852�03 2.448�033 168 3.646�04 3.979+08 2.497�03 2.185�03 1.780�03 1.533�03 1.334�03 1.155�03 1.005�033 170 3.389�03 1.600+09 2.852�03 2.484�03 2.008�03 1.717�03 1.482�03 1.272�03 1.095�033 172 8.029�12 8.866+04 6.083�03 5.646�03 5.114�03 4.818�03 4.586�03 4.375�03 4.197�033 173 7.245�11 2.038+05 3.607�03 3.130�03 2.516�03 2.142�03 1.841�03 1.572�03 1.346�033 175 3.416�12 5.225+05 7.567�03 6.611�03 5.414�03 4.717�03 4.163�03 3.668�03 3.255�033 177 4.811�12 3.946+05 6.530�04 5.712�04 4.693�04 4.106�04 3.641�04 3.226�04 2.880�043 179 1.353�10 1.105+06 4.017�03 3.511�03 2.862�03 2.472�03 2.157�03 1.877�03 1.642�033 180 3.753�12 2.757+04 6.589�02 6.634�02 6.729�02 6.824�02 6.905�02 6.970�02 7.020�023 181 1.675�07 5.626+05 6.145�03 5.394�03 4.422�03 3.828�03 3.347�03 2.916�03 2.554�033 182 5.990�03 5.426�03 4.790�03 4.477�03 4.248�03 4.048�03 3.892�033 183 3.637�11 6.523+05 1.087�03 9.356�04 7.419�04 6.253�04 5.317�04 4.481�04 3.781�043 185 4.264�11 2.386+04 1.456�02 1.478�02 1.557�02 1.653�02 1.747�02 1.833�02 1.914�023 187 7.273�03 4.975+09 6.998�03 6.095�03 4.989�03 4.357�03 3.860�03 3.418�03 3.054�033 189 3.344�03 2.295+09 1.152�02 1.003�02 8.275�03 7.322�03 6.586�03 5.925�03 5.380�033 190 4.747�09 1.815+03 2.599�03 2.344�03 2.056�03 1.914�03 1.808�03 1.713�03 1.637�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 427

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 191 5.867�04 6.734+08 1.172�02 1.014�02 8.171�03 7.011�03 6.087�03 5.264�03 4.580�033 192 4.715�04 3.252+08 1.090�01 1.187�01 1.361�01 1.517�01 1.659�01 1.790�01 1.907�013 194 3.632�01 2.515+11 5.807�02 6.265�02 7.111�02 7.875�02 8.576�02 9.219�02 9.801�023 195 8.627�02 9.959+10 1.669�02 1.736�02 1.885�02 2.037�02 2.180�02 2.312�02 2.433�023 196 6.623�11 2.294+02 1.442�03 1.215�03 9.354�04 7.735�04 6.453�04 5.309�04 4.359�043 197 1.457�13 2.205+06 5.413�03 4.595�03 3.582�03 2.987�03 2.514�03 2.093�03 1.744�033 198 3.341�05 1.295+07 1.120�02 9.622�03 7.688�03 6.578�03 5.704�03 4.925�03 4.280�033 199 1.689�04 1.963+08 1.049�03 8.893�04 7.134�04 6.262�04 5.608�04 5.014�04 4.524�043 200 4.617�03 2.301+09 1.602�03 1.522�03 1.495�03 1.537�03 1.586�03 1.627�03 1.664�033 201 6.870�14 1.804+05 8.155�04 7.164�04 6.124�04 5.652�04 5.310�04 4.995�04 4.734�043 202 1.392�13 6.944�02 1.073�03 9.148�04 7.394�04 6.507�04 5.836�04 5.227�04 4.723�043 203 1.733�07 2.019+05 2.848�03 2.426�03 1.966�03 1.740�03 1.571�03 1.417�03 1.289�033 204 5.469�13 2.070+06 2.508�03 2.164�03 1.800�03 1.632�03 1.510�03 1.398�03 1.307�033 205 6.309�12 6.036+06 3.918�03 3.809�03 3.861�03 4.048�03 4.238�03 4.401�03 4.546�033 206 3.703�05 1.442+07 2.495�03 2.291�03 2.124�03 2.097�03 2.093�03 2.087�03 2.086�033 207 6.248�13 3.477+05 2.285�03 2.114�03 1.993�03 1.996�03 2.018�03 2.035�03 2.053�033 208 2.849�13 1.184+06 1.499�03 1.412�03 1.371�03 1.402�03 1.442�03 1.474�03 1.504�033 209 1.634�13 1.911�01 7.004�04 6.087�04 5.171�04 4.802�04 4.552�04 4.321�04 4.137�043 210 6.850�12 2.404+01 9.576�04 7.876�04 5.955�04 4.955�04 4.191�04 3.502�04 2.932�043 211 1.403�06 9.849+05 3.972�05 3.437�05 2.754�05 2.342�05 2.011�05 1.715�05 1.466�053 212 8.253�06 4.137+06 8.133�04 7.379�04 6.436�04 5.887�04 5.449�04 5.053�04 4.720�043 213 1.734�09 6.763+02 3.799�03 3.282�03 2.624�03 2.229�03 1.912�03 1.628�03 1.389�033 214 8.546�06 7.659�06 6.539�06 5.875�06 5.359�06 4.917�06 4.570�063 216 1.384�11 4.863+01 1.829�04 1.577�04 1.259�04 1.072�04 9.226�05 7.891�05 6.775�053 218 2.453�03 1.725+09 5.276�02 5.431�02 5.674�02 5.864�02 6.024�02 6.161�02 6.273�023 220 1.244�13 6.625+06 7.684�06 6.704�06 5.421�06 4.628�06 3.985�06 3.412�06 2.930�063 221 6.618�14 3.802+06 5.403�05 5.040�05 4.681�05 4.581�05 4.547�05 4.533�05 4.552�053 223 5.953�07 4.213+05 1.966�04 1.743�04 1.460�04 1.294�04 1.163�04 1.047�04 9.515�053 224 5.751�14 1.236+06 1.061�03 1.318�03 1.799�03 2.243�03 2.658�03 3.046�03 3.406�033 226 3.272�14 1.865+04 7.383�04 6.528�04 5.432�04 4.782�04 4.264�04 3.806�04 3.427�043 228 3.623�03 2.610+09 9.724�04 1.079�03 1.305�03 1.531�03 1.748�03 1.951�03 2.143�033 230 2.059�02 1.059+10 7.818�04 6.840�04 5.558�04 4.767�04 4.126�04 3.554�04 3.074�043 232 1.876�13 2.071+05 3.295�03 2.881�03 2.336�03 1.998�03 1.723�03 1.478�03 1.272�033 234 9.322�14 1.191+05 2.414�03 2.124�03 1.748�03 1.519�03 1.335�03 1.172�03 1.035�033 235 5.690�12 1.180+04 8.185�05 7.876�05 7.717�05 7.874�05 8.092�05 8.311�05 8.546�053 236 3.723�11 1.305+03 1.451�03 1.274�03 1.042�03 8.984�04 7.822�04 6.787�04 5.921�043 238 1.063�12 5.157+05 1.080�03 1.220�03 1.504�03 1.781�03 2.042�03 2.286�03 2.512�033 240 6.190�08 7.690+04 9.191�03 1.128�02 1.522�02 1.887�02 2.226�02 2.540�02 2.830�023 242 4.326�13 1.840+05 6.184�05 5.435�05 4.438�05 3.813�05 3.303�05 2.849�05 2.466�053 243 4.818�07 3.611+05 1.981�03 2.429�03 3.282�03 4.075�03 4.814�03 5.498�03 6.128�033 244 2.574�11 9.650+01 5.153�03 6.343�03 8.604�03 1.070�02 1.265�02 1.446�02 1.611�023 245 1.237�10 6.625+01 6.273�05 5.469�05 4.419�05 3.768�05 3.241�05 2.772�05 2.380�053 246 7.055�13 4.284+05 1.990�04 1.738�04 1.409�04 1.206�04 1.042�04 8.953�05 7.728�053 248 1.011�09 4.214+02 5.696�04 4.994�04 4.081�04 3.519�04 3.065�04 2.661�04 2.322�043 250 1.652�04 1.240+08 1.682�03 1.475�03 1.204�03 1.037�03 9.021�04 7.820�04 6.816�043 252 1.241�02 1.555+10 1.351�04 1.232�04 1.084�04 9.993�05 9.323�05 8.726�05 8.232�053 254 4.445�04 4.008�04 3.455�04 3.129�04 2.869�04 2.638�04 2.445�043 256 5.779�07 3.107+05 6.460�03 5.630�03 4.544�03 3.871�03 3.326�03 2.842�03 2.436�033 258 9.716�09 4.067+03 8.757�04 7.759�04 6.469�04 5.686�04 5.055�04 4.494�04 4.026�043 260 8.670�04 4.671+08 1.575�03 1.374�03 1.111�03 9.478�04 8.156�04 6.981�04 5.997�043 262 4.804�03 4.192�03 3.393�03 2.899�03 2.498�03 2.142�03 1.844�033 264 3.911�04 2.971+08 3.094�03 2.696�03 2.176�03 1.855�03 1.596�03 1.365�03 1.171�033 265 2.326�02 1.768+10 2.679�03 2.412�03 2.076�03 1.880�03 1.724�03 1.585�03 1.470�033 266 2.363�01 1.286+11 2.481�03 2.580�03 2.769�03 2.944�03 3.102�03 3.242�03 3.364�033 268 5.441�11 2.078+02 1.794�03 1.565�03 1.269�03 1.086�03 9.387�04 8.075�04 6.978�043 269 3.573�13 9.680+04 3.715�03 4.038�03 4.565�03 4.996�03 5.373�03 5.706�03 5.993�033 270 3.713�13 2.139+05 1.944�03 2.126�03 2.422�03 2.661�03 2.870�03 3.054�03 3.213�033 271 4.026�02 5.132+10 3.691�04 3.528�04 3.359�04 3.296�04 3.256�04 3.220�04 3.193�043 272 7.446�08 2.848+05 2.790�03 2.915�03 3.142�03 3.346�03 3.527�03 3.687�03 3.825�033 274 1.649�02 2.102+10 4.089�05 3.440�05 2.652�05 2.205�05 1.852�05 1.537�05 1.274�053 276 1.290�01 9.877+10 1.639�04 1.374�04 1.051�04 8.667�05 7.215�05 5.916�05 4.836�053 277 1.240�14 3.338+01 9.109�05 7.784�05 6.191�05 5.302�05 4.606�05 3.981�05 3.461�053 279 1.772�13 3.928+04 2.738�04 2.974�04 3.352�04 3.648�04 3.900�04 4.116�04 4.295�043 281 2.760�10 2.128+02 1.664�02 1.813�02 2.055�02 2.251�02 2.422�02 2.573�02 2.703�02

428 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 282 2.514�04 3.233+08 3.771�04 3.375�04 2.925�04 2.696�04 2.522�04 2.364�04 2.231�043 284 1.961�07 7.571+05 3.521�04 2.994�04 2.360�04 2.002�04 1.722�04 1.470�04 1.261�043 286 4.012�04 4.016�04 4.111�04 4.243�04 4.364�04 4.465�04 4.547�043 287 1.635�12 2.733+05 7.377�04 6.682�04 5.908�04 5.523�04 5.233�04 4.969�04 4.749�043 289 2.447�07 1.052+05 2.722�04 2.290�04 1.768�04 1.473�04 1.241�04 1.033�04 8.605�053 291 1.005�04 7.797+07 3.544�04 3.481�04 3.477�04 3.538�04 3.600�04 3.648�04 3.688�043 292 1.048�12 3.218+04 6.902�04 6.614�04 6.377�04 6.340�04 6.334�04 6.317�04 6.301�043 293 1.241�15 1.804+06 6.311�04 6.027�04 5.784�04 5.737�04 5.720�04 5.694�04 5.671�043 294 2.509�13 1.306+07 2.210�04 1.849�04 1.410�04 1.161�04 9.648�05 7.889�05 6.425�053 296 5.682�13 3.732+07 2.831�03 2.369�03 1.807�03 1.487�03 1.236�03 1.010�03 8.228�043 298 1.026�13 9.362+05 8.323�04 8.381�04 8.648�04 8.971�04 9.264�04 9.508�04 9.709�043 300 2.655�13 9.078+06 2.410�03 2.590�03 2.889�03 3.135�03 3.351�03 3.542�03 3.705�033 302 4.564�06 2.550+06 3.275�03 3.445�03 3.750�03 4.011�03 4.237�03 4.429�03 4.588�033 303 1.216�12 5.287�01 7.443�03 8.118�03 9.210�03 1.009�02 1.085�02 1.153�02 1.211�023 304 1.042�04 4.531+07 6.010�04 5.650�04 5.301�04 5.178�04 5.099�04 5.020�04 4.953�043 305 3.676�04 2.057+08 8.238�04 6.904�04 5.285�04 4.365�04 3.641�04 2.992�04 2.452�043 306 4.742�14 2.654�02 1.139�02 1.240�02 1.403�02 1.535�02 1.650�02 1.752�02 1.839�023 308 7.415�12 3.229+00 1.316�03 1.103�03 8.455�04 6.986�04 5.828�04 4.793�04 3.933�043 310 9.641�13 4.202�01 1.755�03 1.470�03 1.123�03 9.242�04 7.677�04 6.277�04 5.115�043 311 3.403�05 2.671+07 2.370�03 2.128�03 1.856�03 1.719�03 1.615�03 1.521�03 1.441�033 312 3.874�06 5.069+06 1.132�03 1.205�03 1.332�03 1.436�03 1.527�03 1.604�03 1.668�033 313 1.947�03 2.101�03 2.358�03 2.566�03 2.744�03 2.896�03 3.023�033 314 1.041�05 1.364+07 2.483�03 2.678�03 3.004�03 3.267�03 3.493�03 3.688�03 3.848�033 316 1.800�04 1.415+08 1.400�04 1.243�04 1.026�04 8.859�05 7.705�05 6.682�05 5.823�053 317 4.404�04 4.507�04 4.917�04 5.445�04 5.972�04 6.468�04 6.942�043 319 1.135�14 4.464�02 1.443�03 1.479�03 1.616�03 1.793�03 1.969�03 2.134�03 2.292�033 321 1.442�06 1.135+06 9.043�04 8.122�04 6.897�04 6.139�04 5.530�04 4.995�04 4.554�043 322 1.501�13 2.727+07 9.766�04 8.766�04 7.509�04 6.779�04 6.200�04 5.682�04 5.250�043 324 1.142�05 6.421+06 4.062�03 3.991�03 3.930�03 3.923�03 3.924�03 3.921�03 3.919�033 326 4.262�12 1.866+00 1.047�03 9.106�04 7.361�04 6.311�04 5.467�04 4.712�04 4.079�043 328 4.330�05 5.691+07 3.990�04 3.693�04 3.354�04 3.188�04 3.066�04 2.956�04 2.868�043 330 1.257�10 5.004+02 3.457�03 3.172�03 2.837�03 2.665�03 2.536�03 2.420�03 2.325�033 331 6.565�03 8.715+09 2.097�03 1.842�03 1.512�03 1.311�03 1.148�03 1.003�03 8.814�043 332 1.975�10 8.765+01 1.909�03 1.697�03 1.431�03 1.275�03 1.151�03 1.040�03 9.480�043 333 1.548�04 8.838+07 2.758�02 2.788�02 2.845�02 2.898�02 2.944�02 2.982�02 3.012�023 334 1.542�05 1.232+07 9.443�03 9.120�03 8.749�03 8.566�03 8.425�03 8.292�03 8.176�033 335 2.224�02 1.780+10 2.621�03 2.412�03 2.188�03 2.090�03 2.023�03 1.966�03 1.924�033 337 7.875�12 3.162+01 9.607�03 1.012�02 1.116�02 1.216�02 1.309�02 1.395�02 1.473�023 339 4.451�03 3.577+09 5.682�04 4.898�04 3.896�04 3.293�04 2.808�04 2.375�04 2.013�043 341 2.406�13 4.543+06 2.232�03 2.022�03 1.785�03 1.667�03 1.581�03 1.505�03 1.446�033 342 2.503�12 1.589+05 1.590�04 1.387�04 1.128�04 9.724�05 8.477�05 7.366�05 6.437�053 343 1.618�07 6.537+05 1.017�03 9.185�04 8.089�04 7.567�04 7.188�04 6.849�04 6.578�043 344 4.613�04 3.736+08 5.978�04 5.540�04 5.003�04 4.702�04 4.465�04 4.251�04 4.073�043 345 4.499�11 8.008+06 7.163�04 6.278�04 5.161�04 4.503�04 3.979�04 3.512�04 3.123�043 346 9.789�07 3.966+06 4.546�03 3.931�03 3.202�03 2.802�03 2.493�03 2.215�03 1.986�033 347 1.075�02 6.226+09 5.616�03 4.838�03 3.862�03 3.282�03 2.818�03 2.406�03 2.062�033 349 1.276�04 1.725+08 2.460�02 2.656�02 3.016�02 3.338�02 3.633�02 3.903�02 4.147�023 351 1.531�11 2.898+06 1.154�04 9.697�05 7.659�05 6.631�05 5.854�05 5.147�05 4.561�053 352 5.412�11 3.828+06 7.837�05 6.641�05 5.342�05 4.696�05 4.210�05 3.768�05 3.402�053 353 6.345�12 9.679+04 1.131�02 1.221�02 1.384�02 1.532�02 1.666�02 1.790�02 1.902�023 354 4.155�04 2.425+08 1.553�04 1.463�04 1.404�04 1.408�04 1.420�04 1.427�04 1.434�043 355 4.998�03 4.084+09 2.118�02 2.269�02 2.551�02 2.808�02 3.044�02 3.260�02 3.456�023 356 6.102�02 3.567+10 6.313�03 6.487�03 6.932�03 7.412�03 7.870�03 8.291�03 8.680�033 357 3.105�03 2.541+09 6.228�04 5.248�04 4.045�04 3.346�04 2.793�04 2.299�04 1.889�043 358 1.404�13 4.306+05 1.036�03 9.091�04 7.713�04 7.057�04 6.578�04 6.144�04 5.792�043 360 5.520�12 8.638+05 2.036�03 2.114�03 2.315�03 2.525�03 2.717�03 2.886�03 3.032�033 361 1.629�11 8.241+05 6.899�04 5.930�04 4.861�04 4.333�04 3.938�04 3.579�04 3.285�043 362 6.560�04 8.961+08 4.460�04 3.915�04 3.344�04 3.090�04 2.907�04 2.739�04 2.601�043 363 2.033�09 9.281+02 2.231�04 2.080�04 1.898�04 1.796�04 1.717�04 1.644�04 1.583�043 364 1.029�04 8.461+07 6.699�03 6.058�03 5.334�03 4.978�03 4.719�03 4.493�03 4.317�033 365 2.633�01 1.548+11 2.673�03 2.281�03 1.796�03 1.511�03 1.286�03 1.084�03 9.174�043 367 2.273�04 1.916�04 1.523�04 1.325�04 1.176�04 1.041�04 9.282�053 368 1.192�11 5.450+00 2.979�04 2.761�04 2.586�04 2.554�04 2.545�04 2.531�04 2.519�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 429

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 369 2.182�03 1.284+09 1.816�04 1.580�04 1.333�04 1.220�04 1.139�04 1.063�04 1.001�043 370 1.477�01 1.216+11 2.542�04 2.330�04 2.144�04 2.092�04 2.064�04 2.034�04 2.009�043 371 3.513�02 4.823+10 1.309�04 1.068�04 8.097�05 6.819�05 5.862�05 4.989�05 4.267�053 372 4.041�11 1.665+02 1.136�04 9.123�05 6.684�05 5.442�05 4.501�05 3.647�05 2.941�053 373 1.426�13 1.651+06 8.578�05 7.506�05 6.427�05 5.964�05 5.637�05 5.331�05 5.078�053 374 2.575�05 1.180+07 1.185�04 1.034�04 8.818�05 8.179�05 7.730�05 7.306�05 6.955�053 375 7.104�15 4.909+05 2.320�03 2.057�03 1.776�03 1.648�03 1.556�03 1.472�03 1.405�033 376 3.487�14 1.655+05 3.892�03 4.014�03 4.357�03 4.729�03 5.071�03 5.370�03 5.631�033 377 1.111�02 6.554+09 1.698�03 1.441�03 1.158�03 1.017�03 9.111�04 8.147�04 7.350�043 378 2.532�04 3.487+08 3.049�03 3.110�03 3.330�03 3.586�03 3.824�03 4.033�03 4.215�033 379 2.249�13 2.049+02 1.654�03 1.392�03 1.096�03 9.421�04 8.250�04 7.193�04 6.320�043 380 1.780�03 1.706�03 1.677�03 1.714�03 1.757�03 1.795�03 1.829�033 381 6.876�04 6.346�04 5.914�04 5.845�04 5.841�04 5.830�04 5.833�043 382 5.052�13 2.324�01 1.116�03 1.007�03 9.036�04 8.682�04 8.469�04 8.270�04 8.120�043 383 3.402�06 2.012+06 3.585�05 3.227�05 2.818�05 2.622�05 2.482�05 2.362�05 2.272�053 384 6.175�05 5.748�05 5.387�05 5.351�05 5.385�05 5.431�05 5.504�053 385 7.807�05 6.812�05 5.631�05 5.003�05 4.528�05 4.110�05 3.775�053 386 1.293�06 1.072+06 1.704�05 1.746�05 1.900�05 2.092�05 2.279�05 2.453�05 2.616�053 387 3.102�06 1.836+06 9.896�05 1.136�04 1.419�04 1.683�04 1.925�04 2.147�04 2.348�043 388 2.401�13 3.996+06 3.212�04 3.828�04 4.987�04 6.042�04 7.007�04 7.884�04 8.673�043 389 4.617�05 2.126+07 6.287�05 5.575�05 4.690�05 4.176�05 3.769�05 3.404�05 3.099�053 390 2.864�05 3.228�05 4.071�05 4.950�05 5.783�05 6.552�05 7.262�053 391 2.715�16 2.069+07 9.705�05 9.872�05 1.072�04 1.182�04 1.285�04 1.374�04 1.452�043 392 1.968�06 9.068+05 4.474�05 4.281�05 4.117�05 4.099�05 4.105�05 4.108�05 4.116�053 393 3.543�13 1.108+07 6.724�06 5.799�06 4.617�06 3.911�06 3.343�06 2.833�06 2.406�063 395 7.677�15 4.599+06 1.968�05 2.171�05 2.629�05 3.101�05 3.550�05 3.965�05 4.351�053 397 5.025�05 4.221+07 3.282�05 2.914�05 2.456�05 2.194�05 1.986�05 1.801�05 1.648�053 399 4.116�11 1.921+01 3.163�05 2.926�05 2.672�05 2.566�05 2.494�05 2.429�05 2.378�053 400 1.162�04 1.630+08 1.386�05 1.198�05 9.948�06 9.049�06 8.414�06 7.836�06 7.372�063 401 1.033�03 8.701+08 2.677�05 2.801�05 3.030�05 3.235�05 3.416�05 3.575�05 3.711�053 403 2.958�04 1.782+08 1.626�04 1.785�04 2.041�04 2.242�04 2.415�04 2.567�04 2.695�043 405 4.651�04 6.559+08 9.290�05 1.008�04 1.137�04 1.242�04 1.333�04 1.412�04 1.480�043 407 6.541�04 5.535+08 1.115�05 9.666�06 7.770�06 6.630�06 5.725�06 4.928�06 4.276�063 408 3.385�04 4.789+08 1.964�05 1.778�05 1.539�05 1.396�05 1.284�05 1.186�05 1.107�053 409 1.242�14 1.402+04 4.671�05 4.787�05 5.001�05 5.191�05 5.360�05 5.511�05 5.642�053 410 1.035�07 4.947+04 6.951�06 6.381�06 5.664�06 5.248�06 4.919�06 4.626�06 4.381�063 412 3.307�07 1.582+05 4.625�05 5.024�05 5.685�05 6.229�05 6.706�05 7.127�05 7.491�053 414 9.924�15 7.630+02 6.107�05 6.617�05 7.464�05 8.161�05 8.771�05 9.310�05 9.775�053 415 1.744�16 5.095+05 9.167�06 9.138�06 9.204�06 9.329�06 9.458�06 9.579�06 9.694�063 416 1.168�14 9.195+05 3.125�05 3.211�05 3.370�05 3.510�05 3.635�05 3.745�05 3.841�053 418 1.006�12 5.383+01 1.698�04 1.861�04 2.231�04 2.629�04 3.013�04 3.375�04 3.718�043 419 3.575�14 1.968+05 4.039�05 4.312�05 4.782�05 5.184�05 5.539�05 5.855�05 6.128�053 421 5.361�07 2.322+06 6.816�06 5.854�06 4.765�06 4.219�06 3.807�06 3.430�06 3.116�063 423 5.196�12 3.876+05 8.565�06 7.316�06 5.847�06 5.078�06 4.493�06 3.969�06 3.540�063 424 1.491�13 2.403+05 1.462�05 1.430�05 1.408�05 1.415�05 1.425�05 1.432�05 1.438�053 425 4.940�12 1.763+05 3.398�05 3.504�05 3.720�05 3.930�05 4.120�05 4.288�05 4.433�053 426 3.360�09 2.091+03 3.946�06 3.447�06 2.875�06 2.576�06 2.346�06 2.136�06 1.961�063 428 6.245�06 5.341�06 4.251�06 3.645�06 3.171�06 2.747�06 2.395�063 429 3.133�08 1.366+05 1.130�05 1.021�05 8.975�06 8.377�06 7.938�06 7.546�06 7.231�063 430 2.254�13 7.619+04 8.268�06 8.522�06 9.037�06 9.528�06 9.971�06 1.036�05 1.070�053 431 9.948�09 8.676+03 1.062�05 1.125�05 1.234�05 1.326�05 1.405�05 1.473�05 1.529�053 432 2.978�08 1.855+04 8.138�06 8.807�06 9.919�06 1.082�05 1.159�05 1.225�05 1.280�053 433 4.854�12 2.352+00 1.226�05 1.095�05 9.343�06 8.432�06 7.718�06 7.080�06 6.554�063 434 1.492�13 7.229�02 1.412�05 1.216�05 9.872�06 8.656�06 7.715�06 6.859�06 6.142�063 435 1.030�17 4.997�06 1.297�05 1.189�05 1.083�05 1.046�05 1.021�05 9.956�06 9.733�063 436 7.055�06 6.308�06 5.567�06 5.305�06 5.127�06 4.939�06 4.769�063 437 1.654�05 1.576�05 1.490�05 1.457�05 1.438�05 1.423�05 1.415�053 438 4.658�06 4.443�06 4.235�06 4.181�06 4.158�06 4.137�06 4.126�063 439 5.992�05 5.901�05 5.823�05 5.837�05 5.874�05 5.916�05 5.969�053 440 2.716�03 1.697+09 7.096�06 7.407�06 7.951�06 8.412�06 8.810�06 9.152�06 9.436�063 441 5.253�04 4.596+08 1.527�05 1.610�05 1.764�05 1.899�05 2.016�05 2.117�05 2.200�053 442 3.737�05 5.449+07 1.189�06 1.012�06 7.907�07 6.595�07 5.548�07 4.615�07 3.838�073 443 3.775�05 3.311+07 1.148�05 1.104�05 1.056�05 1.037�05 1.025�05 1.016�05 1.011�053 444 7.250�13 3.180+00 3.040�05 2.947�05 2.851�05 2.822�05 2.810�05 2.801�05 2.800�05

430 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 445 5.606�04 8.196+08 4.049�06 4.191�06 4.468�06 4.717�06 4.936�06 5.123�06 5.279�063 446 1.467�03 1.287+09 4.166�06 4.581�06 5.270�06 5.841�06 6.344�06 6.792�06 7.180�063 447 7.856�11 3.460+02 5.708�05 5.074�05 4.202�05 3.631�05 3.163�05 2.747�05 2.398�053 448 7.444�04 1.093+09 1.753�04 1.764�04 1.878�04 2.045�04 2.216�04 2.377�04 2.532�043 449 2.738�03 4.021+09 6.109�04 6.316�04 7.011�04 7.866�04 8.708�04 9.497�04 1.025�033 450 1.249�07 5.503+05 3.971�04 3.599�04 3.115�04 2.827�04 2.600�04 2.402�04 2.243�043 451 1.474�02 1.306+10 4.519�04 4.046�04 3.450�04 3.101�04 2.824�04 2.576�04 2.370�043 452 8.995�04 1.329+09 3.773�04 3.275�04 2.637�04 2.251�04 1.940�04 1.663�04 1.430�043 453 1.216�11 3.691+06 3.878�03 3.887�03 3.925�03 3.972�03 4.014�03 4.047�03 4.073�033 454 1.711�12 3.588+05 1.078�04 1.004�04 9.225�05 8.865�05 8.614�05 8.387�05 8.210�053 455 1.134�12 3.111+06 1.264�03 1.111�03 9.134�04 7.941�04 6.982�04 6.124�04 5.405�043 456 2.562�06 1.138+07 2.947�04 2.579�04 2.111�04 1.829�04 1.604�04 1.402�04 1.234�043 457 6.292�12 5.775+06 6.141�05 5.658�05 5.078�05 4.765�05 4.524�05 4.307�05 4.128�053 458 3.892�12 2.184+06 1.988�02 2.024�02 2.084�02 2.133�02 2.175�02 2.211�02 2.239�023 459 3.023�11 9.872+06 1.699�03 1.551�03 1.375�03 1.282�03 1.210�03 1.146�03 1.093�033 460 2.816�11 1.053+07 4.263�06 3.814�06 3.188�06 2.773�06 2.431�06 2.126�06 1.870�063 461 1.195�09 5.336+03 2.022�03 1.846�03 1.626�03 1.498�03 1.396�03 1.304�03 1.227�033 462 3.905�03 3.489+09 2.237�05 2.007�05 1.723�05 1.562�05 1.437�05 1.327�05 1.237�053 463 4.138�12 1.849+01 2.249�04 2.114�04 1.986�04 1.948�04 1.931�04 1.916�04 1.910�043 464 4.336�05 6.459+07 5.903�04 5.246�04 4.426�04 3.952�04 3.576�04 3.239�04 2.958�043 465 3.885�04 3.472+08 9.876�04 9.052�04 8.148�04 7.733�04 7.443�04 7.192�04 7.004�043 466 1.283�11 1.135+05 4.500�03 4.782�03 5.329�03 5.840�03 6.312�03 6.745�03 7.138�033 467 4.457�02 2.847+10 8.154�04 7.590�04 7.004�04 6.772�04 6.625�04 6.500�04 6.414�043 468 6.998�13 4.550+05 3.385�04 3.050�04 2.674�04 2.491�04 2.357�04 2.238�04 2.143�043 469 9.520�04 8.518+08 1.045�03 9.755�04 8.952�04 8.540�04 8.224�04 7.933�04 7.687�043 471 3.903�12 1.901+05 2.835�04 2.459�04 1.980�04 1.692�04 1.462�04 1.256�04 1.084�043 472 4.867�05 7.273+07 7.015�05 6.309�05 5.515�05 5.127�05 4.842�05 4.588�05 4.385�053 473 4.421�09 1.983+04 8.477�07 6.746�07 4.970�07 4.143�07 3.526�07 2.944�07 2.445�073 474 6.113�12 3.046+00 1.576�06 1.247�06 8.969�07 7.263�07 5.987�07 4.815�07 3.840�073 475 1.095�04 7.019+07 1.060�06 8.383�07 6.045�07 4.908�07 4.059�07 3.279�07 2.629�073 476 8.446�10 4.210+02 1.833�06 1.511�06 1.182�06 1.031�06 9.218�07 8.224�07 7.419�073 477 3.283�04 2.969�04 2.669�04 2.567�04 2.505�04 2.447�04 2.404�043 478 1.992�04 1.750�04 1.495�04 1.380�04 1.298�04 1.223�04 1.162�043 479 4.810�04 4.145�04 3.381�04 2.981�04 2.676�04 2.402�04 2.177�043 480 5.360�16 6.282+05 9.332�04 9.659�04 1.052�03 1.143�03 1.226�03 1.300�03 1.364�033 481 3.827�13 1.115+05 5.392�04 4.630�04 3.680�04 3.125�04 2.682�04 2.284�04 1.951�043 482 3.142�13 4.236+05 3.008�05 2.606�05 2.194�05 2.013�05 1.885�05 1.767�05 1.672�053 483 3.176�17 1.584�05 3.803�05 3.180�05 2.514�05 2.191�05 1.950�05 1.728�05 1.544�053 484 6.731�05 5.631�05 4.402�05 3.772�05 3.294�05 2.860�05 2.499�053 485 8.298�06 4.139+06 8.819�05 8.279�05 7.918�05 7.939�05 8.009�05 8.049�05 8.081�053 486 1.175�09 5.863+02 1.750�03 1.509�03 1.221�03 1.063�03 9.400�04 8.298�04 7.388�043 487 3.883�04 3.489+08 2.200�03 1.899�03 1.522�03 1.298�03 1.119�03 9.599�04 8.276�043 488 1.338�01 8.589+10 1.129�02 1.214�02 1.372�02 1.516�02 1.647�02 1.768�02 1.877�023 489 9.035�13 7.002+04 7.652�03 8.174�03 9.162�03 1.007�02 1.090�02 1.167�02 1.236�023 490 8.106�02 7.291+10 2.377�03 2.427�03 2.571�03 2.735�03 2.893�03 3.039�03 3.174�033 491 1.959�02 2.937+10 2.498�04 2.107�04 1.626�04 1.346�04 1.125�04 9.272�05 7.628�053 492 2.397�11 1.078+02 3.480�03 3.274�03 3.081�03 3.030�03 3.010�03 2.997�03 2.997�033 493 1.135�02 7.305+09 1.113�03 9.546�04 7.592�04 6.456�04 5.558�04 4.758�04 4.095�043 494 2.338�04 3.511+08 3.451�06 2.745�06 1.994�06 1.629�06 1.356�06 1.104�06 8.935�073 495 4.930�13 2.470�01 3.992�06 3.289�06 2.570�06 2.239�06 1.997�06 1.775�06 1.592�063 496 3.898�06 2.511+06 3.023�06 2.434�06 1.811�06 1.512�06 1.290�06 1.086�06 9.160�073 497 1.752�06 1.581+06 3.625�06 2.972�06 2.294�06 1.976�06 1.743�06 1.530�06 1.357�063 498 1.060�03 8.937�04 6.952�04 5.839�04 4.969�04 4.190�04 3.544�043 499 1.908�06 1.485�06 1.043�06 8.275�07 6.659�07 5.171�07 3.927�073 500 1.066�06 6.869+05 2.149�06 1.683�06 1.205�06 9.785�07 8.085�07 6.495�07 5.142�073 501 3.202�06 2.617�06 1.961�06 1.614�06 1.348�06 1.109�06 9.113�073 502 1.513�05 1.498�05 1.543�05 1.624�05 1.704�05 1.773�05 1.835�053 503 3.972�13 2.086+04 2.033�03 2.102�03 2.283�03 2.473�03 2.648�03 2.802�03 2.936�033 504 8.163�10 4.091+02 1.559�03 1.619�03 1.767�03 1.922�03 2.064�03 2.188�03 2.297�033 505 8.866�04 8.578�04 8.524�04 8.758�04 9.018�04 9.243�04 9.450�043 506 3.319�04 3.062�04 2.841�04 2.793�04 2.777�04 2.761�04 2.753�043 507 7.326�04 6.206�04 4.962�04 4.336�04 3.865�04 3.437�04 3.084�043 508 1.640�05 8.222+06 5.375�04 4.722�04 4.019�04 3.691�04 3.453�04 3.239�04 3.066�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 431

Table 4 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 509 6.007�14 4.281+06 6.594�04 5.467�04 4.166�04 3.467�04 2.928�04 2.443�04 2.040�043 510 7.746�14 4.688+06 1.239�04 1.087�04 9.271�05 8.548�05 8.024�05 7.537�05 7.133�053 511 2.762�08 1.384+04 1.702�04 1.574�04 1.468�04 1.445�04 1.436�04 1.424�04 1.413�043 512 5.021�13 4.614+06 5.753�05 5.081�05 4.409�05 4.128�05 3.932�05 3.746�05 3.591�053 513 3.334�14 2.214+06 7.868�05 6.895�05 5.915�05 5.500�05 5.208�05 4.931�05 4.701�053 514 1.531�04 1.292�04 1.024�04 8.861�05 7.816�05 6.868�05 6.081�053 515 2.006�04 1.877�04 1.784�04 1.779�04 1.786�04 1.788�04 1.789�043 516 4.262�14 1.273+06 6.444�05 5.177�05 3.791�05 3.086�05 2.552�05 2.067�05 1.664�053 517 7.401�05 6.029�05 4.543�05 3.803�05 3.247�05 2.740�05 2.321�053 518 1.233�07 6.183+04 1.240�04 1.091�04 8.925�05 7.672�05 6.650�05 5.740�05 4.973�053 519 1.719�10 7.815+02 9.152�05 8.242�05 7.061�05 6.357�05 5.796�05 5.301�05 4.893�053 520 3.198�05 4.869+07 3.696�04 3.488�04 3.325�04 3.337�04 3.386�04 3.438�04 3.504�043 521 1.410�03 1.289+09 1.207�05 1.180�05 1.184�05 1.221�05 1.260�05 1.295�05 1.327�053 522 6.187�14 1.848+05 3.059�05 3.256�05 3.652�05 4.022�05 4.356�05 4.651�05 4.909�053 523 5.706�16 3.417+05 4.619�05 5.022�05 5.765�05 6.420�05 7.004�05 7.518�05 7.964�053 524 5.865�14 2.782+05 1.940�03 2.130�03 2.594�03 3.095�03 3.578�03 4.029�03 4.450�033 525 3.258�02 2.131+10 1.228�04 1.080�04 8.819�05 7.580�05 6.571�05 5.669�05 4.910�053 526 3.548�10 1.628+03 2.819�04 2.859�04 3.061�04 3.344�04 3.633�04 3.914�04 4.189�043 527 5.299�03 8.105+09 1.654�03 1.839�03 2.245�03 2.662�03 3.061�03 3.435�03 3.786�033 528 3.609�02 3.317+10 1.465�05 1.266�05 1.011�05 8.581�06 7.355�06 6.266�06 5.360�063 529 7.023�13 1.274+04 1.180�03 1.376�03 1.785�03 2.190�03 2.572�03 2.924�03 3.248�033 530 1.987�02 3.052+10 1.093�03 9.735�04 8.122�04 7.096�04 6.258�04 5.513�04 4.886�043 531 3.737�04 3.449+08 1.720�06 1.491�06 1.207�06 1.041�06 9.093�07 7.916�07 6.935�073 532 2.032�07 1.882+05 1.813�06 1.561�06 1.269�06 1.114�06 9.956�07 8.890�07 8.011�073 533 3.662�07 2.423+05 2.361�06 1.983�06 1.539�06 1.297�06 1.109�06 9.410�07 8.019�073 534 3.655�12 1.881+00 7.551�07 6.651�07 5.656�07 5.175�07 4.818�07 4.493�07 4.226�073 535 2.724�14 1.804�02 5.695�04 5.024�04 4.134�04 3.579�04 3.129�04 2.726�04 2.388�043 536 8.570�05 1.328+08 2.842�04 2.587�04 2.265�04 2.078�04 1.929�04 1.797�04 1.687�043 537 1.669�13 4.349+04 1.171�03 1.136�03 1.104�03 1.098�03 1.096�03 1.094�03 1.094�033 538 8.923�13 5.482+05 2.938�04 2.563�04 2.072�04 1.766�04 1.519�04 1.299�04 1.115�043 539 9.352�13 2.057+05 7.813�03 8.154�03 8.777�03 9.332�03 9.828�03 1.027�02 1.064�023 540 1.935�05 1.007+07 8.091�04 7.962�04 7.924�04 8.030�04 8.155�04 8.267�04 8.376�043 541 1.235�12 4.155+06 1.162�03 1.045�03 8.936�04 8.032�04 7.309�04 6.667�04 6.132�043 542 1.088�14 1.988+06 5.210�03 5.411�03 5.794�03 6.147�03 6.464�03 6.744�03 6.989�033 543 5.366�13 1.581+07 3.796�03 3.971�03 4.293�03 4.582�03 4.841�03 5.070�03 5.270�033 544 4.680�12 1.116+07 2.696�03 2.826�03 3.060�03 3.267�03 3.452�03 3.614�03 3.755�033 545 5.686�14 9.902+06 9.761�04 1.030�03 1.124�03 1.206�03 1.278�03 1.342�03 1.397�033 546 2.062�06 9.710+06 2.669�03 2.334�03 1.894�03 1.619�03 1.396�03 1.198�03 1.032�033 547 9.279�13 5.482+04 1.241�04 1.146�04 1.050�04 1.011�04 9.845�05 9.600�05 9.402�053 548 2.600�05 2.464+07 2.113�04 2.005�04 1.908�04 1.885�04 1.876�04 1.866�04 1.860�043 549 3.342�04 2.263+08 9.284�05 8.094�05 6.664�05 5.871�05 5.251�05 4.694�05 4.231�053 550 2.273�06 1.539+06 1.121�04 1.108�04 1.119�04 1.151�04 1.183�04 1.209�04 1.232�043 551 7.665�13 4.038�01 4.678�04 4.628�04 4.690�04 4.834�04 4.975�04 5.093�04 5.194�043 552 3.517�05 3.340+07 7.080�04 6.420�04 5.694�04 5.353�04 5.103�04 4.874�04 4.685�043 553 4.344�06 6.877+06 1.858�03 1.851�03 1.890�03 1.954�03 2.015�03 2.067�03 2.110�033 554 1.102�13 1.051+04 1.294�03 1.132�03 9.391�04 8.333�04 7.510�04 6.769�04 6.153�043 555 1.850�03 1.616�03 1.309�03 1.117�03 9.616�04 8.234�04 7.077�043 556 6.225�04 5.874�04 5.550�04 5.456�04 5.403�04 5.349�04 5.304�043 557 2.876�06 2.741+06 9.758�04 9.744�04 9.980�04 1.034�03 1.067�03 1.095�03 1.119�033 558 1.582�05 1.077+07 1.336�03 1.302�03 1.288�03 1.305�03 1.324�03 1.340�03 1.353�033 559 6.385�12 3.382+00 7.848�04 6.622�04 5.129�04 4.277�04 3.607�04 3.007�04 2.508�04

432 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5Effective collision strengths � for Si X at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with weighted oscillator strengths gf andradiative rates A. See page 388 for Explanation of Tables

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 2 3.683�07 2.871+00 1.899�01 1.966�01 1.862�01 1.717�01 1.591�01 1.486�01 1.400�011 3 3.261�05 2.691+05 1.523�02 1.389�02 1.192�02 1.052�02 9.472�03 8.649�03 7.982�031 4 1.404�06 5.983+03 2.130�02 1.936�02 1.648�02 1.445�02 1.292�02 1.172�02 1.074�021 5 2.090�11 6.194�02 1.277�02 1.160�02 9.875�03 8.655�03 7.737�03 7.015�03 6.430�031 6 2.173�10 2.061+00 2.356�02 2.140�02 1.824�02 1.600�02 1.431�02 1.299�02 1.191�021 7 1.421�01 2.022+09 6.756�01 7.173�01 7.821�01 8.325�01 8.741�01 9.097�01 9.409�011 8 1.126�01 5.238+09 3.874�01 4.101�01 4.459�01 4.743�01 4.980�01 5.184�01 5.364�011 9 1.900�01 1.007+10 5.924�01 6.271�01 6.822�01 7.261�01 7.628�01 7.944�01 8.224�011 10 1.103�01 2.981+09 3.437�01 3.632�01 3.943�01 4.192�01 4.400�01 4.580�01 4.739�011 11 6.767�11 6.494+00 9.835�04 8.565�04 6.903�04 5.836�04 5.080�04 4.511�04 4.065�041 12 7.770�11 8.860+03 3.932�03 4.216�03 4.850�03 5.283�03 5.544�03 5.706�03 5.811�031 13 9.541�08 3.586+03 3.137�03 3.211�03 3.466�03 3.644�03 3.744�03 3.797�03 3.826�031 14 2.886�03 2.839�03 2.771�03 2.724�03 2.689�03 2.662�03 2.640�031 15 1.092�10 6.431+03 1.894�03 1.934�03 2.029�03 2.119�03 2.186�03 2.235�03 2.270�031 16 5.113�02 5.616+10 5.364�03 5.699�03 6.485�03 7.295�03 8.082�03 8.833�03 9.547�031 17 1.320�11 1.585+01 4.599�02 4.590�02 4.576�02 4.569�02 4.565�02 4.562�02 4.560�021 18 1.998�10 2.358+07 2.110�02 1.993�02 1.852�02 1.773�02 1.726�02 1.696�02 1.677�021 19 1.246+00 8.101+11 1.872�01 2.043�01 2.350�01 2.618�01 2.857�01 3.073�01 3.270�011 20 2.224�08 9.649+03 3.363�02 3.017�02 2.593�02 2.340�02 2.172�02 2.052�02 1.963�021 21 3.551�11 4.677+01 3.057�03 2.687�03 2.200�03 1.887�03 1.664�03 1.495�03 1.362�031 22 5.257�11 4.802+03 3.861�03 3.383�03 2.755�03 2.351�03 2.063�03 1.845�03 1.674�031 23 3.057�11 1.351+01 6.840�05 5.987�05 4.868�05 4.146�05 3.631�05 3.242�05 2.935�051 24 3.146�12 4.326+00 1.080�01 1.110�01 1.151�01 1.180�01 1.201�01 1.218�01 1.232�011 25 2.212�11 3.171+05 6.155�04 5.455�04 4.563�04 4.011�04 3.634�04 3.359�04 3.149�041 26 7.384�02 1.046+11 5.071�03 5.758�03 7.105�03 8.362�03 9.525�03 1.060�02 1.161�021 27 3.442�02 2.442+10 4.317�03 4.402�03 4.707�03 5.073�03 5.454�03 5.831�03 6.198�031 28 1.200�01 1.706+11 5.481�03 6.677�03 8.902�03 1.091�02 1.273�02 1.439�02 1.593�021 29 7.729�02 5.500+10 4.295�03 4.994�03 6.335�03 7.570�03 8.705�03 9.753�03 1.073�021 30 9.246�09 4.388+03 2.659�03 2.359�03 1.951�03 1.679�03 1.480�03 1.328�03 1.207�031 31 8.124�06 6.905�06 5.401�06 4.480�06 3.847�06 3.380�06 3.020�061 32 2.124�03 1.533+09 1.517�03 1.380�03 1.204�03 1.096�03 1.023�03 9.729�04 9.364�041 33 3.626�04 5.303+08 1.291�03 1.153�03 9.652�04 8.410�04 7.515�04 6.834�04 6.297�041 34 3.908�04 2.863+08 1.417�03 1.266�03 1.062�03 9.264�04 8.289�04 7.549�04 6.965�041 35 3.767�09 1.843+03 1.009�03 8.975�04 7.444�04 6.415�04 5.665�04 5.087�04 4.625�041 36 4.688�01 3.467+11 1.838�02 2.309�02 3.186�02 3.977�02 4.696�02 5.355�02 5.965�021 37 8.158�10 4.040+02 2.691�04 2.426�04 2.067�04 1.828�04 1.655�04 1.523�04 1.418�041 38 6.598�12 4.163+05 7.248�03 6.365�03 5.207�03 4.459�03 3.927�03 3.525�03 3.209�031 39 1.523�07 7.683+04 8.597�03 7.532�03 6.130�03 5.225�03 4.580�03 4.092�03 3.707�031 40 6.913�03 6.052�03 4.920�03 4.188�03 3.667�03 3.272�03 2.961�031 41 8.900�02 1.352+11 3.132�03 3.973�03 5.553�03 6.988�03 8.299�03 9.504�03 1.062�021 42 4.838�06 4.124�06 3.247�06 2.709�06 2.338�06 2.064�06 1.851�061 43 2.642�12 4.066+00 2.248�03 1.964�03 1.593�03 1.355�03 1.185�03 1.057�03 9.566�041 44 2.840�14 3.857+05 4.777�03 4.197�03 3.441�03 2.956�03 2.613�03 2.355�03 2.153�031 45 4.298�06 2.207+06 8.114�03 7.242�03 6.120�03 5.412�03 4.916�03 4.547�03 4.260�031 46 2.781�03 2.427�03 1.966�03 1.669�03 1.459�03 1.300�03 1.175�031 47 2.206�12 9.177+07 1.952�02 2.145�02 2.451�02 2.688�02 2.879�02 3.039�02 3.175�021 48 6.989�05 3.603+07 1.309�02 1.398�02 1.546�02 1.665�02 1.762�02 1.844�02 1.915�021 49 1.505�05 7.787+06 4.167�03 4.246�03 4.424�03 4.592�03 4.744�03 4.879�03 5.000�031 50 1.196�12 1.009+06 9.575�04 8.975�04 8.260�04 7.853�04 7.596�04 7.422�04 7.299�041 51 9.514�14 1.479�01 1.176�04 1.058�04 9.043�05 8.064�05 7.372�05 6.852�05 6.445�051 52 4.243�12 6.616+00 2.104�02 2.166�02 2.255�02 2.317�02 2.365�02 2.403�02 2.434�021 53 4.523�11 3.094+06 2.115�03 1.978�03 1.813�03 1.719�03 1.659�03 1.618�03 1.589�031 54 3.010�04 1.606+08 4.611�02 5.095�02 5.860�02 6.451�02 6.928�02 7.327�02 7.667�021 55 9.240�04 8.079�04 6.562�04 5.585�04 4.891�04 4.367�04 3.954�041 56 6.269�12 8.704+07 1.668�02 1.836�02 2.102�02 2.308�02 2.475�02 2.615�02 2.734�021 57 1.927�14 3.115�02 5.614�04 5.338�04 5.002�04 4.804�04 4.673�04 4.580�04 4.511�041 58 4.519�02 7.572+10 1.537�03 1.880�03 2.549�03 3.173�03 3.752�03 4.290�03 4.792�031 59 5.940�04 4.981+08 1.130�03 1.042�03 9.305�04 8.634�04 8.201�04 7.910�04 7.713�041 60 5.742�09 3.214+03 1.813�03 1.633�03 1.377�03 1.201�03 1.070�03 9.687�04 8.871�041 61 5.679�02 4.768+10 1.673�03 2.062�03 2.838�03 3.571�03 4.256�03 4.895�03 5.493�031 62 1.716�02 2.929+10 1.503�03 1.628�03 1.877�03 2.110�03 2.328�03 2.530�03 2.720�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 433

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 63 1.057�04 1.841+08 3.384�05 3.166�05 2.911�05 2.780�05 2.713�05 2.684�05 2.678�051 64 4.122�06 3.596+06 3.933�05 3.528�05 2.961�05 2.575�05 2.291�05 2.072�05 1.897�051 65 2.431�05 2.164�05 1.796�05 1.548�05 1.368�05 1.229�05 1.118�051 66 5.658�03 4.937�03 3.998�03 3.397�03 2.971�03 2.651�03 2.399�031 67 8.161�05 4.831+07 1.212�02 1.301�02 1.450�02 1.569�02 1.668�02 1.752�02 1.824�021 68 7.911�13 4.992+07 8.147�03 8.767�03 9.791�03 1.061�02 1.129�02 1.186�02 1.236�021 69 3.772�05 2.257+07 7.064�03 7.289�03 7.726�03 8.113�03 8.453�03 8.751�03 9.016�031 70 1.045�02 1.895+10 3.395�04 4.124�04 5.569�04 6.932�04 8.206�04 9.396�04 1.051�031 71 4.526�13 8.222�01 1.301�03 1.170�03 9.967�04 8.853�04 8.060�04 7.460�04 6.989�041 72 6.206�13 3.436+07 6.209�03 6.561�03 7.167�03 7.666�03 8.086�03 8.446�03 8.760�031 73 6.200�03 5.640+09 2.552�04 2.925�04 3.698�04 4.451�04 5.166�04 5.842�04 6.481�041 74 3.819�05 3.347�05 2.719�05 2.312�05 2.023�05 1.804�05 1.633�051 75 1.455�12 2.683+00 1.091�04 9.716�05 8.080�05 6.985�05 6.188�05 5.575�05 5.087�051 76 3.090�12 2.192+04 1.868�04 1.669�04 1.396�04 1.214�04 1.081�04 9.796�05 8.986�051 77 5.823�09 3.589+03 1.984�04 1.768�04 1.471�04 1.272�04 1.126�04 1.014�04 9.250�051 78 8.523�11 5.262+01 5.502�05 4.864�05 4.006�05 3.443�05 3.037�05 2.728�05 2.484�051 79 2.703�03 2.504+09 9.920�05 1.133�04 1.438�04 1.742�04 2.033�04 2.310�04 2.573�041 80 1.623�04 1.448�04 1.207�04 1.044�04 9.245�05 8.324�05 7.588�051 81 2.037�12 3.790+00 5.894�05 5.269�05 4.402�05 3.817�05 3.389�05 3.059�05 2.794�051 82 3.899�13 7.983+03 1.180�04 1.057�04 8.890�05 7.763�05 6.943�05 6.312�05 5.809�051 83 4.488�12 2.791+00 1.498�04 1.335�04 1.111�04 9.606�05 8.507�05 7.661�05 6.986�051 84 4.634�13 1.668+04 1.113�04 1.002�04 8.604�05 7.722�05 7.119�05 6.683�05 6.354�051 85 1.253�08 7.885+03 1.028�04 9.591�05 8.720�05 8.201�05 7.859�05 7.621�05 7.448�051 86 1.050�12 5.319+04 8.988�05 8.900�05 8.919�05 9.039�05 9.189�05 9.345�05 9.496�051 87 7.027�13 1.345+00 4.083�04 4.152�04 4.249�04 4.320�04 4.375�04 4.419�04 4.457�041 88 5.699�13 1.528+03 5.715�05 5.020�05 4.093�05 3.493�05 3.067�05 2.747�05 2.495�051 89 6.689�05 6.487+07 1.738�04 1.512�04 1.225�04 1.048�04 9.252�05 8.353�05 7.663�051 90 8.686�12 5.624+00 2.199�04 1.898�04 1.511�04 1.268�04 1.098�04 9.709�05 8.721�051 91 2.301�04 1.988�04 1.586�04 1.332�04 1.154�04 1.021�04 9.177�051 92 1.765�04 1.529�04 1.224�04 1.031�04 8.952�05 7.934�05 7.139�051 93 4.345�06 2.836+06 8.377�04 8.967�04 9.970�04 1.079�03 1.147�03 1.206�03 1.256�031 94 4.863�04 4.318�04 3.579�04 3.089�04 2.733�04 2.461�04 2.244�041 95 1.084�03 1.064+09 2.882�04 2.725�04 2.566�04 2.505�04 2.490�04 2.499�04 2.524�041 96 3.901�04 7.662+08 1.536�04 1.421�04 1.287�04 1.216�04 1.175�04 1.151�04 1.139�041 97 5.872�10 3.851+02 2.681�04 2.345�04 1.906�04 1.624�04 1.424�04 1.273�04 1.155�041 98 2.167�04 1.882�04 1.515�04 1.282�04 1.119�04 9.970�05 9.020�051 99 1.200�03 1.182+09 1.951�04 1.955�04 2.022�04 2.118�04 2.222�04 2.328�04 2.433�041 100 3.188�03 6.296+09 2.709�04 3.038�04 3.623�04 4.133�04 4.588�04 5.000�04 5.377�041 101 1.240�09 8.186+02 1.886�04 1.790�04 1.688�04 1.637�04 1.610�04 1.594�04 1.586�041 102 1.211�04 1.199�04 1.198�04 1.208�04 1.221�04 1.234�04 1.248�041 103 6.517�11 4.336+01 9.560�05 8.151�05 6.388�05 5.301�05 4.553�05 4.002�05 3.577�051 104 9.805�08 9.823+04 7.706�05 6.675�05 5.347�05 4.505�05 3.913�05 3.469�05 3.122�051 105 7.068�08 1.414+05 4.629�05 4.040�05 3.269�05 2.774�05 2.422�05 2.157�05 1.948�051 106 4.488�08 3.001+04 1.161�04 1.096�04 1.024�04 9.873�05 9.681�05 9.578�05 9.526�051 107 9.961�13 9.449+04 9.251�05 9.535�05 1.018�04 1.080�04 1.136�04 1.186�04 1.231�041 108 1.066�03 2.160+09 8.075�05 8.888�05 1.054�04 1.211�04 1.360�04 1.499�04 1.630�041 109 1.775�14 3.612�02 1.233�03 1.259�03 1.294�03 1.319�03 1.338�03 1.352�03 1.364�031 110 1.278�12 1.429+05 4.740�05 4.402�05 3.973�05 3.712�05 3.539�05 3.417�05 3.328�051 111 2.232�02 2.292+10 2.617�04 2.719�04 2.896�04 3.041�04 3.161�04 3.265�04 3.356�041 112 6.787�10 4.647+02 2.567�04 2.228�04 1.788�04 1.508�04 1.311�04 1.162�04 1.047�041 113 2.139�04 2.196�04 2.305�04 2.397�04 2.476�04 2.545�04 2.605�041 114 1.723�03 1.935�03 2.316�03 2.647�03 2.943�03 3.211�03 3.456�031 115 1.063�02 1.108+10 1.156�03 1.284�03 1.513�03 1.711�03 1.888�03 2.048�03 2.195�031 116 2.821�10 1.963+02 1.258�03 1.219�03 1.201�03 1.222�03 1.260�03 1.307�03 1.358�031 117 8.773�03 1.835+10 1.371�04 1.305�04 1.232�04 1.193�04 1.170�04 1.155�04 1.146�041 118 1.614�04 1.625�04 1.668�04 1.714�04 1.757�04 1.797�04 1.833�041 119 6.812�11 4.759+01 1.095�04 1.175�04 1.304�04 1.402�04 1.481�04 1.546�04 1.602�041 120 5.943�03 1.262+10 5.754�04 6.375�04 7.486�04 8.456�04 9.321�04 1.011�03 1.082�031 121 2.451�03 2.605+09 3.147�04 3.304�04 3.628�04 3.939�04 4.231�04 4.504�04 4.759�041 122 2.195�03 4.694+09 2.075�04 2.221�04 2.515�04 2.794�04 3.054�04 3.297�04 3.524�041 123 6.771�12 1.453+01 1.280�02 1.283�02 1.288�02 1.293�02 1.298�02 1.302�02 1.306�021 124 5.599�11 9.372+06 5.211�03 4.790�03 4.252�03 3.920�03 3.695�03 3.535�03 3.416�031 125 1.022�12 2.214+00 1.274�03 1.253�03 1.225�03 1.207�03 1.195�03 1.185�03 1.179�031 126 7.459�12 4.098+04 7.860�04 6.986�04 5.824�04 5.077�04 4.552�04 4.160�04 3.857�04

434 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 127 2.511�01 2.753+11 3.561�02 3.800�02 4.242�02 4.637�02 4.991�02 5.314�02 5.610�021 128 7.940�09 5.804+03 1.039�02 9.133�03 7.566�03 6.607�03 5.953�03 5.477�03 5.115�031 129 5.688�05 4.211+07 3.513�03 3.574�03 3.812�03 4.073�03 4.321�03 4.549�03 4.757�031 130 2.926�03 2.516�03 2.047�03 1.781�03 1.608�03 1.488�03 1.399�031 131 1.164�10 8.805+01 2.745�04 2.644�04 2.538�04 2.488�04 2.463�04 2.452�04 2.448�041 132 1.427�04 1.621+08 2.651�04 2.690�04 2.812�04 2.953�04 3.093�04 3.230�04 3.361�041 133 1.322�11 3.076+01 9.964�04 8.841�04 7.371�04 6.430�04 5.762�04 5.258�04 4.863�041 134 2.130�11 2.856+02 1.235�03 1.081�03 8.791�04 7.492�04 6.569�04 5.872�04 5.322�041 135 2.952�11 2.302+01 8.922�06 7.923�06 6.563�06 5.657�06 4.999�06 4.493�06 4.090�061 136 4.103�13 9.668�01 1.755�02 1.814�02 1.897�02 1.957�02 2.002�02 2.039�02 2.068�021 137 2.918�12 2.459+04 1.241�04 1.087�04 8.883�05 7.617�05 6.727�05 6.061�05 5.541�051 138 2.830�03 6.737+09 7.447�04 6.935�04 6.348�04 6.052�04 5.903�04 5.839�04 5.828�041 139 7.110�05 8.471+07 1.103�03 9.803�04 8.135�04 7.025�04 6.220�04 5.603�04 5.113�041 140 4.490�09 3.572+03 1.105�03 9.809�04 8.122�04 6.995�04 6.173�04 5.541�04 5.038�041 141 1.479�02 1.769+10 1.465�03 1.460�03 1.506�03 1.582�03 1.671�03 1.763�03 1.856�031 142 7.200�07 6.031�07 4.645�07 3.823�07 3.267�07 2.861�07 2.551�071 143 5.907�02 1.414+11 1.930�03 2.358�03 3.154�03 3.875�03 4.531�03 5.136�03 5.697�031 144 4.307�02 5.165+10 1.451�03 1.773�03 2.371�03 2.910�03 3.402�03 3.854�03 4.273�031 145 1.950�03 4.680+09 5.454�04 5.063�04 4.603�04 4.358�04 4.223�04 4.151�04 4.119�041 146 1.901�05 2.285+07 2.015�04 1.798�04 1.503�04 1.308�04 1.167�04 1.059�04 9.743�051 147 1.274�09 1.022+03 2.666�04 2.370�04 1.967�04 1.696�04 1.498�04 1.346�04 1.224�041 148 1.025�01 1.237+11 3.508�03 4.312�03 5.803�03 7.141�03 8.353�03 9.464�03 1.049�021 149 4.291�10 3.464+02 1.387�04 1.244�04 1.046�04 9.119�05 8.140�05 7.384�05 6.779�051 150 2.162�12 4.934+05 2.095�03 1.868�03 1.564�03 1.364�03 1.221�03 1.112�03 1.027�031 151 8.265�11 6.684+01 2.594�03 2.293�03 1.886�03 1.617�03 1.423�03 1.275�03 1.157�031 152 2.380�03 2.103�03 1.729�03 1.482�03 1.304�03 1.168�03 1.061�031 153 1.014�06 8.584�07 6.650�07 5.533�07 4.648�07 3.854�07 3.191�071 154 1.528�02 3.723+10 5.508�04 6.772�04 9.171�04 1.140�03 1.346�03 1.537�03 1.712�031 155 2.351�06 1.910+06 2.906�03 2.650�03 2.312�03 2.112�03 1.951�03 1.807�03 1.687�031 156 7.283�14 5.946+05 1.505�03 1.337�03 1.110�03 9.683�04 8.533�04 7.507�04 6.645�041 157 9.172�13 2.237+00 6.755�04 5.957�04 4.872�04 4.191�04 3.636�04 3.141�04 2.724�041 158 5.268�14 3.437+07 4.476�03 4.910�03 5.614�03 6.186�03 6.686�03 7.128�03 7.510�031 159 4.249�04 3.742�04 3.056�04 2.625�04 2.274�04 1.961�04 1.698�041 160 1.372�05 1.118+07 2.585�03 2.820�03 3.205�03 3.518�03 3.793�03 4.037�03 4.247�031 161 1.082�05 8.829+06 1.545�03 1.679�03 1.898�03 2.078�03 2.236�03 2.375�03 2.496�031 162 6.088�13 4.809+05 7.997�05 7.867�05 7.787�05 7.845�05 7.921�05 7.986�05 8.048�051 163 1.636�13 4.008�01 7.135�06 6.248�06 5.063�06 4.333�06 3.742�06 3.213�06 2.769�061 164 5.512�15 4.516�03 1.191�03 1.044�03 8.639�04 7.629�04 6.835�04 6.121�04 5.526�041 165 1.570�03 1.387�03 1.165�03 1.042�03 9.457�04 8.590�04 7.867�041 166 1.921�05 2.363+07 4.941�04 4.195�04 3.258�04 2.714�04 2.281�04 1.894�04 1.571�041 167 1.322�03 1.123�03 8.725�04 7.267�04 6.108�04 5.070�04 4.204�041 168 8.026�15 6.587�03 8.836�04 8.185�04 7.454�04 7.108�04 6.853�04 6.617�04 6.420�041 169 1.543�03 1.572�03 1.644�03 1.718�03 1.784�03 1.841�03 1.889�031 170 6.359�03 6.956�03 7.925�03 8.710�03 9.397�03 1.000�02 1.053�021 171 1.708�15 1.404�03 1.479�03 1.575�03 1.739�03 1.875�03 1.992�03 2.094�03 2.179�031 172 3.692�05 3.035+07 1.153�03 1.286�03 1.493�03 1.652�03 1.788�03 1.906�03 2.004�031 173 2.678�03 2.919�03 3.310�03 3.629�03 3.907�03 4.153�03 4.365�031 174 3.902�04 3.441�04 2.816�04 2.425�04 2.106�04 1.821�04 1.581�041 175 5.311�05 4.519�05 3.520�05 2.938�05 2.474�05 2.059�05 1.712�051 176 2.060�04 1.979�04 1.911�04 1.902�04 1.902�04 1.900�04 1.899�041 177 1.920�13 1.729+07 1.205�06 1.019�06 7.863�07 6.505�07 5.426�07 4.464�07 3.664�071 178 1.455�04 1.395�04 1.338�04 1.331�04 1.335�04 1.341�04 1.351�041 179 4.759�14 3.925�02 7.718�05 7.415�05 7.163�05 7.142�05 7.157�05 7.160�05 7.167�051 180 1.421�04 1.301�04 1.166�04 1.099�04 1.049�04 1.004�04 9.661�051 181 1.141�05 1.413+07 3.604�05 3.082�05 2.429�05 2.054�05 1.757�05 1.489�05 1.265�051 182 1.266�13 3.137�01 3.217�05 2.737�05 2.135�05 1.787�05 1.511�05 1.264�05 1.057�051 183 1.112�11 2.755+01 1.538�07 1.385�07 1.157�07 9.990�08 8.669�08 7.509�08 6.539�081 184 3.056�13 2.524�01 2.272�04 2.568�04 3.032�04 3.390�04 3.695�04 3.962�04 4.186�041 185 3.698�04 4.588+08 3.299�05 3.013�05 2.679�05 2.518�05 2.406�05 2.315�05 2.252�051 186 8.106�03 2.098+10 5.334�04 5.250�04 5.328�04 5.579�04 5.860�04 6.137�04 6.419�041 187 2.222�12 5.819+00 8.230�03 8.322�03 8.466�03 8.605�03 8.727�03 8.829�03 8.911�031 188 1.446�11 1.104+07 2.543�03 2.325�03 2.038�03 1.873�03 1.742�03 1.625�03 1.527�031 189 3.133�12 8.295+00 1.304�02 1.382�02 1.531�02 1.670�02 1.800�02 1.918�02 2.025�02

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 435

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 190 3.317�11 1.742+05 1.336�03 1.358�03 1.392�03 1.422�03 1.448�03 1.469�03 1.486�031 191 1.070�01 1.416+11 4.156�03 3.636�03 2.973�03 2.590�03 2.287�03 2.014�03 1.787�031 192 4.173�09 3.683+03 4.979�04 4.402�04 3.648�04 3.200�04 2.840�04 2.519�04 2.249�041 193 2.381�04 2.326�04 2.332�04 2.396�04 2.462�04 2.516�04 2.563�041 194 2.446�04 2.040�04 1.562�04 1.306�04 1.108�04 9.294�05 7.804�051 195 4.365�05 3.874+07 2.772�03 2.886�03 3.153�03 3.429�03 3.683�03 3.907�03 4.103�031 196 1.980�03 1.703�03 1.369�03 1.188�03 1.047�03 9.196�04 8.134�041 197 1.259�02 1.701+10 4.177�04 4.546�04 5.434�04 6.402�04 7.343�04 8.232�04 9.075�041 198 1.890�09 1.702+03 5.988�04 5.394�04 4.554�04 3.996�04 3.535�04 3.127�04 2.783�041 199 1.176�02 3.180+10 4.993�04 5.935�04 7.794�04 9.570�04 1.123�03 1.276�03 1.417�031 200 8.889�03 1.202+10 5.589�04 5.975�04 6.887�04 7.868�04 8.813�04 9.695�04 1.052�031 201 7.546�03 2.054+10 4.013�04 4.201�04 4.631�04 5.098�04 5.555�04 5.990�04 6.406�041 202 2.387�13 7.302+06 1.479�03 1.549�03 1.673�03 1.783�03 1.880�03 1.967�03 2.041�031 203 1.015�06 9.306+05 1.277�03 1.229�03 1.174�03 1.153�03 1.139�03 1.126�03 1.116�031 204 1.247�03 1.102�03 9.047�04 7.798�04 6.779�04 5.870�04 5.105�041 205 1.242�05 1.138+07 2.236�03 2.378�03 2.619�03 2.824�03 3.006�03 3.167�03 3.306�031 206 6.660�13 1.840+00 3.393�04 3.015�04 2.512�04 2.212�04 1.974�04 1.767�04 1.598�041 207 6.038�15 1.017+07 1.175�03 1.204�03 1.266�03 1.328�03 1.386�03 1.436�03 1.481�031 208 5.206�12 4.805+00 3.839�04 3.752�04 3.716�04 3.768�04 3.827�04 3.875�04 3.918�041 209 4.739�04 4.397�04 4.023�04 3.856�04 3.737�04 3.627�04 3.537�041 210 5.854�04 6.161�04 6.716�04 7.196�04 7.617�04 7.981�04 8.288�041 211 5.159�04 4.400�04 3.438�04 2.874�04 2.425�04 2.023�04 1.687�041 212 5.705�05 7.945+07 2.091�04 1.792�04 1.421�04 1.209�04 1.042�04 8.928�05 7.680�051 213 1.782�12 1.654+00 3.912�04 3.957�04 4.106�04 4.276�04 4.432�04 4.565�04 4.676�041 219 1.243�03 3.581+09 2.007�04 1.887�04 1.755�04 1.705�04 1.676�04 1.654�04 1.642�041 228 4.471�12 1.296+01 2.048�03 2.038�03 2.029�03 2.034�03 2.039�03 2.042�03 2.044�031 229 2.596�11 1.803+07 9.654�04 8.698�04 7.427�04 6.665�04 6.054�04 5.510�04 5.056�041 236 6.060�02 8.826+10 4.521�03 4.758�03 5.214�03 5.650�03 6.054�03 6.422�03 6.757�031 237 1.722�09 1.672+03 1.607�03 1.405�03 1.147�03 9.973�04 8.785�04 7.719�04 6.828�041 242 3.364�06 2.814�06 2.225�06 1.951�06 1.750�06 1.567�06 1.417�061 243 3.984�06 3.188�06 2.316�06 1.892�06 1.576�06 1.286�06 1.045�061 247 1.147�07 1.117+05 8.401�04 8.504�04 9.002�04 9.649�04 1.027�03 1.081�03 1.130�031 248 7.240�04 6.212�04 4.980�04 4.320�04 3.809�04 3.348�04 2.964�041 249 6.391�05 5.684�05 5.001�05 4.751�05 4.586�05 4.424�05 4.290�051 250 7.542�05 6.257�05 4.790�05 4.033�05 3.455�05 2.930�05 2.492�052 3 2.604�05 1.966+05 9.229�03 8.434�03 7.258�03 6.427�03 5.802�03 5.313�03 4.917�032 4 1.259�05 4.915+04 2.648�02 2.409�02 2.054�02 1.803�02 1.615�02 1.467�02 1.347�022 5 6.972�05 1.897+05 5.928�02 5.399�02 4.615�02 4.062�02 3.645�02 3.319�02 3.054�022 6 2.373�01 2.147+09 1.185+00 1.256+00 1.365+00 1.450+00 1.520+00 1.581+00 1.633+002 7 2.133�02 2.895+08 1.340�01 1.378�01 1.439�01 1.489�01 1.532�01 1.570�01 1.605�012 8 1.029�01 4.611+09 3.630�01 3.838�01 4.166�01 4.426�01 4.643�01 4.831�01 4.996�012 9 1.545�01 7.908+09 4.993�01 5.281�01 5.738�01 6.102�01 6.406�01 6.669�01 6.901�012 10 5.872�01 1.534+10 1.858+00 1.966+00 2.138+00 2.275+00 2.389+00 2.488+00 2.576+002 11 3.056�10 1.430+01 1.874�03 1.632�03 1.316�03 1.112�03 9.685�04 8.603�04 7.755�042 12 2.154�10 6.891+03 4.213�03 4.325�03 4.687�03 4.939�03 5.081�03 5.159�03 5.201�032 13 1.203�10 1.193+04 9.064�03 9.591�03 1.084�02 1.170�02 1.221�02 1.252�02 1.272�022 14 1.285�10 1.487+04 2.275�03 2.329�03 2.452�03 2.566�03 2.651�03 2.712�03 2.757�032 15 2.563�13 8.730+03 8.334�03 8.302�03 8.307�03 8.346�03 8.409�03 8.558�03 8.835�032 16 1.041�01 1.135+11 1.083�02 1.154�02 1.319�02 1.487�02 1.649�02 1.804�02 1.951�022 17 4.515�10 4.686+07 2.116�02 2.002�02 1.864�02 1.787�02 1.741�02 1.712�02 1.694�022 18 2.292�10 2.341+07 1.145�01 1.132�01 1.116�01 1.107�01 1.102�01 1.098�01 1.097�012 19 2.493�01 1.610+11 7.846�02 7.774�02 7.881�02 8.115�02 8.392�02 8.683�02 8.973�022 20 2.240+00 9.651+11 3.661�01 3.944�01 4.465�01 4.929�01 5.347�01 5.727�01 6.076�012 21 6.880�12 3.509+03 3.890�04 3.411�04 2.781�04 2.374�04 2.085�04 1.866�04 1.693�042 22 3.695�11 5.065+03 3.196�03 2.842�03 2.378�03 2.078�03 1.865�03 1.703�03 1.576�032 23 1.120�10 9.152+01 1.012�02 8.868�03 7.224�03 6.165�03 5.411�03 4.840�03 4.389�032 24 1.553�14 6.533+05 6.645�04 5.889�04 4.926�04 4.329�04 3.921�04 3.623�04 3.396�042 25 1.135�12 3.314+05 2.093�01 2.150�01 2.228�01 2.282�01 2.323�01 2.356�01 2.382�012 26 3.064�02 4.310+10 1.507�03 1.867�03 2.530�03 3.121�03 3.656�03 4.144�03 4.594�032 27 1.344�01 9.472+10 7.077�03 8.570�03 1.135�02 1.385�02 1.612�02 1.820�02 2.012�022 28 4.921�02 6.951+10 2.941�03 3.359�03 4.175�03 4.933�03 5.634�03 6.283�03 6.888�032 29 2.860�01 2.022+11 1.391�02 1.680�02 2.219�02 2.706�02 3.148�02 3.553�02 3.928�022 30 2.445�05 1.153+07 3.649�03 3.234�03 2.672�03 2.297�03 2.025�03 1.816�03 1.650�032 31 2.902�08 1.030+04 8.370�03 7.421�03 6.134�03 5.276�03 4.652�03 4.173�03 3.791�03

436 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 32 7.046�03 5.052+09 2.688�03 2.493�03 2.263�03 2.141�03 2.073�03 2.037�03 2.020�032 33 1.384�04 2.011+08 7.650�04 6.813�04 5.675�04 4.918�04 4.369�04 3.950�04 3.617�042 34 7.570�04 5.509+08 2.705�03 2.415�03 2.023�03 1.764�03 1.577�03 1.435�03 1.323�032 35 8.035�03 3.906+09 5.409�03 4.936�03 4.331�03 3.963�03 3.720�03 3.552�03 3.434�032 36 1.169�01 8.590+10 5.083�03 6.217�03 8.350�03 1.029�02 1.205�02 1.367�02 1.517�022 37 8.712�01 4.287+11 3.509�02 4.383�02 6.012�02 7.481�02 8.816�02 1.004�01 1.117�012 38 1.945�12 3.134+05 1.468�03 1.301�03 1.083�03 9.425�04 8.434�04 7.688�04 7.104�042 39 2.628�12 3.246+05 4.380�03 3.859�03 3.175�03 2.735�03 2.422�03 2.185�03 2.000�032 40 6.315�08 2.379+04 1.025�02 8.983�03 7.308�03 6.225�03 5.454�03 4.869�03 4.409�032 41 2.016�01 3.042+11 7.248�03 9.170�03 1.278�02 1.605�02 1.904�02 2.178�02 2.433�022 42 2.144�02 1.878�02 1.527�02 1.300�02 1.139�02 1.016�02 9.198�032 43 1.210�12 1.681+05 1.745�03 1.528�03 1.245�03 1.062�03 9.334�04 8.361�04 7.596�042 44 1.903�12 1.161+06 3.483�03 3.103�03 2.614�03 2.305�03 2.088�03 1.927�03 1.802�032 45 2.428�15 5.311+06 5.725�03 5.371�03 4.952�03 4.716�03 4.568�03 4.469�03 4.400�032 46 8.021�08 3.074+04 1.313�02 1.147�02 9.302�03 7.907�03 6.916�03 6.168�03 5.580�032 47 5.257�14 6.832+07 1.722�02 1.840�02 2.035�02 2.191�02 2.318�02 2.427�02 2.520�022 48 1.721�13 9.115+07 3.283�02 3.530�02 3.934�02 4.253�02 4.514�02 4.734�02 4.923�022 49 9.643�14 1.898+07 1.533�02 1.489�02 1.449�02 1.436�02 1.435�02 1.439�02 1.446�022 50 4.061�12 4.695+05 7.199�03 6.326�03 5.185�03 4.452�03 3.932�03 3.541�03 3.233�032 51 1.806�12 1.014+02 3.801�03 3.323�03 2.697�03 2.293�03 2.006�03 1.789�03 1.618�032 52 6.044�12 8.626+06 2.563�03 2.429�03 2.275�03 2.194�03 2.146�03 2.116�03 2.097�032 53 2.256�11 7.364+06 5.076�02 5.211�02 5.406�02 5.546�02 5.655�02 5.742�02 5.815�022 54 6.584�13 5.498+07 1.717�02 1.869�02 2.113�02 2.304�02 2.459�02 2.590�02 2.701�022 55 5.267�04 2.102+08 8.184�02 9.021�02 1.035�01 1.137�01 1.220�01 1.289�01 1.348�012 56 1.089�13 9.764+07 2.059�02 2.242�02 2.537�02 2.767�02 2.953�02 3.110�02 3.244�022 57 1.319�16 1.833+08 1.781�02 1.956�02 2.236�02 2.454�02 2.630�02 2.777�02 2.903�022 58 3.014�02 5.019+10 1.829�03 1.983�03 2.328�03 2.676�03 3.011�03 3.331�03 3.636�032 59 1.260�01 1.050+11 5.219�03 6.168�03 8.055�03 9.838�03 1.150�02 1.306�02 1.451�022 60 7.247�02 4.031+10 4.289�03 4.579�03 5.287�03 6.039�03 6.783�03 7.502�03 8.192�032 61 1.619�02 1.351+10 2.831�03 2.654�03 2.442�03 2.329�03 2.268�03 2.238�03 2.228�032 62 3.099�02 5.259+10 3.095�03 3.308�03 3.740�03 4.153�03 4.541�03 4.904�03 5.244�032 63 2.875�05 4.977+07 2.013�05 1.871�05 1.685�05 1.568�05 1.491�05 1.438�05 1.400�052 64 1.507�04 1.307+08 5.399�05 4.985�05 4.474�05 4.183�05 4.009�05 3.905�05 3.845�052 65 1.027�04 5.955+07 1.095�04 9.913�05 8.505�05 7.586�05 6.936�05 6.454�05 6.084�052 66 1.587�04 7.005+07 2.804�02 2.926�02 3.147�02 3.336�02 3.498�02 3.638�02 3.761�022 67 3.251�12 1.581+07 1.192�02 1.122�02 1.041�02 9.979�03 9.717�03 9.551�03 9.442�032 68 1.490�12 5.503+07 1.120�02 1.163�02 1.243�02 1.312�02 1.371�02 1.423�02 1.469�022 69 1.577�14 8.441+07 2.232�02 2.373�02 2.611�02 2.806�02 2.968�02 3.107�02 3.227�022 70 5.114�03 9.217+09 2.350�04 2.637�04 3.244�04 3.843�04 4.416�04 4.960�04 5.475�042 71 3.819�16 7.560+07 6.929�03 7.328�03 8.014�03 8.577�03 9.049�03 9.454�03 9.807�032 72 1.499�13 3.776+07 9.764�03 9.869�03 1.017�02 1.048�02 1.078�02 1.105�02 1.129�022 73 2.366�02 2.140+10 8.365�04 9.938�04 1.309�03 1.610�03 1.892�03 2.156�03 2.404�032 74 2.577�12 1.871+05 7.452�05 6.885�05 6.172�05 5.743�05 5.458�05 5.257�05 5.109�052 75 8.991�13 4.148+04 6.557�05 5.902�05 5.001�05 4.400�05 3.963�05 3.629�05 3.363�052 76 5.020�13 5.695+03 1.569�04 1.400�04 1.167�04 1.011�04 8.967�05 8.090�05 7.390�052 77 4.107�12 8.439+03 3.050�04 2.720�04 2.265�04 1.961�04 1.739�04 1.569�04 1.433�042 78 7.433�03 4.562+09 3.115�04 3.495�04 4.333�04 5.176�04 5.989�04 6.765�04 7.502�042 79 2.212�03 2.037+09 1.468�04 1.538�04 1.734�04 1.956�04 2.180�04 2.400�04 2.613�042 80 9.818�08 4.525+04 5.159�04 4.622�04 3.887�04 3.398�04 3.044�04 2.772�04 2.557�042 81 6.699�13 8.303+03 9.131�05 8.156�05 6.811�05 5.908�05 5.249�05 4.742�05 4.338�052 82 3.469�12 2.382+04 1.871�04 1.676�04 1.408�04 1.227�04 1.095�04 9.942�05 9.133�052 83 1.109�12 9.372+03 2.937�04 2.623�04 2.189�04 1.897�04 1.683�04 1.519�04 1.387�042 84 4.589�14 4.982+04 1.757�04 1.580�04 1.343�04 1.189�04 1.080�04 9.982�05 9.344�052 85 4.139�12 6.440+04 3.208�04 2.877�04 2.437�04 2.155�04 1.958�04 1.810�04 1.697�042 86 1.311�12 4.291+04 8.151�04 8.237�04 8.371�04 8.480�04 8.571�04 8.648�04 8.715�042 87 1.714�13 3.724+04 8.741�05 8.401�05 8.038�05 7.875�05 7.802�05 7.775�05 7.775�052 88 2.542�12 1.217+03 1.426�04 1.283�04 1.092�04 9.679�05 8.803�05 8.145�05 7.629�052 89 3.645�06 3.515+06 1.341�04 1.161�04 9.289�05 7.826�05 6.800�05 6.035�05 5.439�052 90 3.933�05 2.532+07 2.361�04 2.049�04 1.650�04 1.399�04 1.225�04 1.096�04 9.957�052 91 3.476�11 1.681+01 3.701�04 3.196�04 2.549�04 2.141�04 1.856�04 1.643�04 1.477�042 92 5.619�04 4.847�04 3.860�04 3.239�04 2.805�04 2.482�04 2.231�042 93 3.576�13 8.000+05 9.541�04 8.914�04 8.122�04 7.639�04 7.315�04 7.083�04 6.911�042 94 7.437�06 3.624+06 1.883�03 1.939�03 2.049�03 2.149�03 2.237�03 2.314�03 2.383�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 437

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 95 3.119�03 3.045+09 3.845�04 3.954�04 4.239�04 4.546�04 4.849�04 5.140�04 5.418�042 96 1.794�04 3.504+08 1.019�04 9.190�05 7.979�05 7.286�05 6.849�05 6.561�05 6.365�052 97 9.697�06 6.324+06 3.992�04 3.486�04 2.827�04 2.404�04 2.104�04 1.879�04 1.702�042 98 1.606�09 7.862+02 6.681�04 5.853�04 4.766�04 4.066�04 3.568�04 3.191�04 2.895�042 99 4.468�03 4.376+09 5.955�04 6.185�04 6.717�04 7.258�04 7.779�04 8.274�04 8.743�042 100 1.421�03 2.791+09 2.202�04 2.212�04 2.298�04 2.415�04 2.541�04 2.666�04 2.790�042 101 1.719�06 1.128+06 2.731�04 2.573�04 2.390�04 2.289�04 2.227�04 2.186�04 2.158�042 102 2.492�09 1.231+03 4.915�04 4.573�04 4.170�04 3.941�04 3.795�04 3.696�04 3.626�042 103 4.923�05 3.257+07 2.666�04 2.322�04 1.881�04 1.604�04 1.410�04 1.267�04 1.156�042 104 3.457�05 3.436+07 1.618�04 1.402�04 1.129�04 9.604�05 8.439�05 7.582�05 6.923�052 105 3.958�05 7.871+07 7.328�05 6.357�05 5.155�05 4.427�05 3.936�05 3.582�05 3.316�052 106 3.159�12 2.326+05 2.946�04 2.978�04 3.090�04 3.216�04 3.337�04 3.450�04 3.552�042 107 2.612�12 1.463+05 2.017�04 1.964�04 1.919�04 1.911�04 1.918�04 1.931�04 1.947�042 108 2.471�03 4.980+09 1.869�04 2.052�04 2.426�04 2.786�04 3.125�04 3.444�04 3.744�042 109 1.260�12 3.091+05 5.916�05 5.454�05 4.858�05 4.491�05 4.243�05 4.066�05 3.935�052 110 4.419�14 1.011+05 2.608�03 2.656�03 2.723�03 2.769�03 2.804�03 2.832�03 2.855�032 111 4.350�03 4.442+09 4.708�04 4.206�04 3.566�04 3.167�04 2.890�04 2.687�04 2.530�042 112 3.170�02 2.159+10 6.596�04 6.445�04 6.322�04 6.295�04 6.307�04 6.336�04 6.375�042 113 7.869�12 4.023+00 2.504�03 2.791�03 3.310�03 3.766�03 4.173�03 4.544�03 4.883�032 114 5.475�04 5.899�04 6.680�04 7.371�04 7.989�04 8.548�04 9.060�042 115 2.105�03 2.183+09 3.696�04 3.776�04 4.003�04 4.253�04 4.502�04 4.743�04 4.974�042 116 2.009�02 1.391+10 2.503�03 2.428�03 2.399�03 2.445�03 2.525�03 2.622�03 2.726�032 117 1.756�02 3.652+10 2.307�03 2.549�03 2.984�03 3.365�03 3.706�03 4.014�03 4.298�032 118 2.074�11 1.079+01 4.538�04 4.830�04 5.306�04 5.676�04 5.975�04 6.226�04 6.441�042 119 6.749�03 4.690+09 8.712�04 9.466�04 1.082�03 1.199�03 1.303�03 1.396�03 1.481�032 120 2.807�03 5.928+09 3.708�04 3.890�04 4.267�04 4.629�04 4.968�04 5.285�04 5.583�042 121 1.587�02 1.678+10 1.638�03 1.793�03 2.075�03 2.325�03 2.550�03 2.754�03 2.942�032 122 5.212�03 1.108+10 5.003�04 5.380�04 6.124�04 6.819�04 7.463�04 8.061�04 8.619�042 123 1.164�10 1.835+07 5.207�03 4.791�03 4.257�03 3.928�03 3.706�03 3.548�03 3.430�032 124 7.628�11 9.206+06 3.060�02 3.025�02 2.983�02 2.960�02 2.948�02 2.941�02 2.937�022 125 1.573�11 6.398+04 7.952�04 7.065�04 5.888�04 5.133�04 4.601�04 4.205�04 3.899�042 126 8.378�12 3.110+04 3.597�03 3.468�03 3.295�03 3.186�03 3.109�03 3.053�03 3.009�032 127 5.005�02 5.458+10 1.967�02 1.863�02 1.764�02 1.727�02 1.719�02 1.727�02 1.743�022 128 4.514�01 3.282+11 7.263�02 7.594�02 8.266�02 8.901�02 9.488�02 1.003�01 1.054�012 129 4.749�13 1.202+07 4.799�03 4.288�03 3.749�03 3.481�03 3.330�03 3.240�03 3.186�032 130 9.809�05 5.418+07 8.174�03 7.990�03 8.069�03 8.332�03 8.640�03 8.950�03 9.249�032 131 4.951�04 3.727+08 8.140�04 8.183�04 8.433�04 8.754�04 9.089�04 9.420�04 9.740�042 132 5.292�05 5.980+07 4.276�04 4.163�04 4.068�04 4.047�04 4.057�04 4.081�04 4.113�042 133 1.660�12 1.332+02 9.386�05 8.226�05 6.701�05 5.718�05 5.018�05 4.489�05 4.071�052 134 1.216�11 1.721+02 1.100�03 1.013�03 8.991�04 8.271�04 7.764�04 7.384�04 7.086�042 135 4.702�11 1.224+02 3.043�03 2.664�03 2.167�03 1.847�03 1.619�03 1.448�03 1.312�032 136 2.296�12 3.395+04 2.074�04 1.815�04 1.479�04 1.265�04 1.113�04 1.000�04 9.113�052 137 4.105�12 2.373+04 3.414�02 3.523�02 3.678�02 3.789�02 3.874�02 3.942�02 3.997�022 138 9.766�04 2.313+09 8.627�05 8.745�05 9.262�05 9.921�05 1.062�04 1.133�04 1.203�042 139 2.605�03 3.088+09 4.220�04 4.054�04 3.932�04 3.941�04 4.011�04 4.112�04 4.231�042 140 9.029�04 7.147+08 1.082�03 9.703�04 8.226�04 7.273�04 6.602�04 6.104�04 5.720�042 141 3.206�02 3.814+10 1.157�03 1.359�03 1.745�03 2.099�03 2.425�03 2.727�03 3.009�032 142 1.156�08 6.880+03 2.865�03 2.542�03 2.103�03 1.811�03 1.597�03 1.433�03 1.303�032 143 1.979�02 4.713+10 8.177�04 9.378�04 1.172�03 1.391�03 1.594�03 1.783�03 1.961�032 144 7.357�02 8.779+10 3.034�03 3.498�03 4.397�03 5.233�03 6.007�03 6.728�03 7.402�032 145 1.927�06 4.602+06 2.906�04 2.581�04 2.138�04 1.841�04 1.625�04 1.459�04 1.327�042 146 1.231�03 1.473+09 1.386�03 1.246�03 1.059�03 9.390�04 8.543�04 7.914�04 7.430�042 147 3.238�03 2.584+09 2.162�03 1.955�03 1.684�03 1.512�03 1.393�03 1.307�03 1.242�032 148 5.403�02 6.490+10 2.111�03 2.492�03 3.216�03 3.877�03 4.483�03 5.042�03 5.562�032 149 2.291�01 1.840+11 8.239�03 9.997�03 1.327�02 1.623�02 1.891�02 2.137�02 2.365�022 150 3.935�13 2.848+05 3.172�04 2.891�04 2.521�04 2.285�04 2.119�04 1.996�04 1.900�042 151 7.994�13 2.932+05 9.467�04 8.521�04 7.258�04 6.437�04 5.852�04 5.411�04 5.065�042 152 2.473�07 1.494+05 2.308�03 2.052�03 1.706�03 1.478�03 1.314�03 1.189�03 1.090�032 153 5.219�03 4.609�03 3.778�03 3.253�03 2.824�03 2.442�03 2.121�032 154 4.991�02 1.210+11 1.781�03 2.172�03 2.916�03 3.607�03 4.249�03 4.842�03 5.388�032 155 5.188�14 3.299+06 1.145�03 1.149�03 1.172�03 1.204�03 1.236�03 1.264�03 1.289�032 156 3.814�13 1.525+06 8.696�04 8.096�04 7.332�04 6.909�04 6.579�04 6.283�04 6.038�042 157 3.697�13 3.102+05 4.477�04 4.011�04 3.384�04 2.998�04 2.685�04 2.406�04 2.171�042 158 9.173�14 1.685+07 2.532�03 2.651�03 2.862�03 3.051�03 3.220�03 3.370�03 3.500�03

438 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 159 1.641�07 9.981+04 3.972�03 3.508�03 2.878�03 2.483�03 2.161�03 1.873�03 1.631�032 160 9.264�14 1.771+07 5.158�03 5.286�03 5.549�03 5.813�03 6.054�03 6.267�03 6.454�032 161 1.839�13 1.073+07 3.976�03 3.838�03 3.690�03 3.641�03 3.613�03 3.587�03 3.568�032 162 2.709�12 7.480+04 2.116�03 1.867�03 1.529�03 1.316�03 1.142�03 9.873�04 8.569�042 163 6.904�13 7.361+03 1.073�03 9.470�04 7.753�04 6.670�04 5.788�04 5.001�04 4.339�042 164 2.742�05 2.235+07 8.802�05 7.785�05 6.544�05 5.854�05 5.313�05 4.828�05 4.424�052 165 4.371�14 2.673�02 1.386�04 1.179�04 9.187�05 7.665�05 6.454�05 5.374�05 4.473�052 166 4.394�06 5.378+06 3.322�04 2.900�04 2.381�04 2.088�04 1.858�04 1.651�04 1.478�042 167 7.928�04 7.182�04 6.304�04 5.851�04 5.505�04 5.189�04 4.927�042 168 1.305�07 1.065+05 5.442�04 5.264�04 5.124�04 5.121�04 5.136�04 5.142�04 5.148�042 169 6.387�18 3.913�06 6.769�04 6.873�04 7.145�04 7.438�04 7.702�04 7.925�04 8.110�042 170 1.902�13 1.166�01 5.059�03 5.387�03 5.944�03 6.416�03 6.834�03 7.203�03 7.521�032 171 1.555�04 1.272+08 6.563�04 5.660�04 4.538�04 3.892�04 3.380�04 2.922�04 2.541�042 172 6.341�13 2.035+07 6.051�04 5.533�04 4.930�04 4.624�04 4.392�04 4.180�04 4.004�042 173 5.420�03 5.841�03 6.540�03 7.121�03 7.631�03 8.084�03 8.474�032 174 1.467�02 1.591�02 1.795�02 1.963�02 2.110�02 2.239�02 2.351�022 175 1.180�13 7.253�02 1.999�03 1.709�03 1.345�03 1.134�03 9.660�04 8.158�04 6.906�042 176 8.001�05 4.921+07 1.659�03 1.549�03 1.428�03 1.375�03 1.337�03 1.301�03 1.271�032 177 5.233�14 3.274+07 2.456�03 2.087�03 1.622�03 1.351�03 1.136�03 9.433�04 7.824�042 178 4.809�13 2.959�01 3.893�03 4.227�03 4.774�03 5.221�03 5.613�03 5.959�03 6.257�032 179 7.438�05 6.103+07 2.162�03 2.228�03 2.361�03 2.487�03 2.598�03 2.693�03 2.773�032 180 1.098�03 9.640�04 8.005�04 7.090�04 6.373�04 5.728�04 5.191�042 181 2.455�06 3.024+06 3.192�03 3.463�03 3.904�03 4.256�03 4.559�03 4.822�03 5.043�032 182 1.875�13 4.936+07 7.602�04 6.528�04 5.189�04 4.419�04 3.810�04 3.263�04 2.807�042 183 2.169�09 5.346+03 3.900�04 3.310�04 2.570�04 2.140�04 1.798�04 1.492�04 1.236�042 184 5.867�04 4.823+08 1.563�03 1.665�03 1.839�03 1.983�03 2.108�03 2.216�03 2.307�032 185 8.206�05 1.013+08 1.178�03 1.284�03 1.457�03 1.595�03 1.713�03 1.815�03 1.901�032 186 1.671�02 4.303+10 1.079�03 1.067�03 1.090�03 1.147�03 1.209�03 1.270�03 1.332�032 187 5.826�11 2.185+07 2.577�03 2.358�03 2.071�03 1.905�03 1.774�03 1.657�03 1.560�032 188 4.166�11 1.089+07 1.945�02 1.943�02 1.945�02 1.957�02 1.970�02 1.980�02 1.987�022 189 3.586�14 3.503+05 7.643�03 7.175�03 6.677�03 6.499�03 6.395�03 6.306�03 6.249�032 190 1.369�12 1.791+05 5.373�04 4.751�04 3.939�04 3.456�04 3.069�04 2.723�04 2.433�042 191 2.151�02 2.834+10 2.696�02 2.797�02 3.014�02 3.237�02 3.447�02 3.640�02 3.816�022 192 1.928�01 1.694+11 3.684�03 3.682�03 3.693�03 3.724�03 3.753�03 3.776�03 3.792�032 193 7.492�18 4.954�06 4.222�04 3.642�04 2.985�04 2.654�04 2.403�04 2.175�04 1.985�042 194 5.832�04 5.466�04 5.162�04 5.107�04 5.093�04 5.071�04 5.054�042 195 8.437�13 1.120+07 3.395�03 3.067�03 2.709�03 2.553�03 2.442�03 2.341�03 2.260�032 196 7.631�05 5.056+07 6.282�03 6.287�03 6.519�03 6.875�03 7.220�03 7.522�03 7.790�032 197 6.984�03 9.388+09 9.437�04 9.051�04 8.734�04 8.761�04 8.870�04 8.999�04 9.165�042 198 3.167�02 2.839+10 1.426�03 1.499�03 1.697�03 1.927�03 2.154�03 2.369�03 2.575�032 199 7.789�03 2.096+10 6.207�04 6.494�04 7.236�04 8.073�04 8.885�04 9.646�04 1.036�032 200 3.139�02 4.226+10 1.680�03 1.895�03 2.337�03 2.773�03 3.185�03 3.565�03 3.918�032 201 1.419�02 3.845+10 8.203�04 8.476�04 9.165�04 9.955�04 1.074�03 1.149�03 1.221�032 202 8.502�13 8.085+06 2.302�03 2.302�03 2.333�03 2.388�03 2.441�03 2.488�03 2.530�032 203 5.122�13 1.503+07 4.459�03 4.624�03 4.930�03 5.213�03 5.467�03 5.691�03 5.885�032 204 1.893�05 1.295+07 4.843�03 4.935�03 5.139�03 5.355�03 5.554�03 5.730�03 5.884�032 205 7.361�13 5.180+05 2.193�03 1.985�03 1.707�03 1.538�03 1.401�03 1.279�03 1.177�032 206 1.077�12 2.206+07 1.300�03 1.333�03 1.403�03 1.473�03 1.538�03 1.595�03 1.646�032 207 1.817�12 1.107+07 2.038�03 1.988�03 1.948�03 1.953�03 1.966�03 1.977�03 1.990�032 208 3.747�08 3.442+04 7.974�04 7.462�04 6.921�04 6.702�04 6.553�04 6.414�04 6.300�042 209 9.088�12 6.261+00 1.104�03 1.061�03 1.025�03 1.022�03 1.025�03 1.025�03 1.026�032 210 9.186�17 6.356�05 9.725�04 8.723�04 7.515�04 6.864�04 6.360�04 5.904�04 5.524�042 211 1.452�03 1.454�03 1.485�03 1.532�03 1.577�03 1.614�03 1.646�032 212 1.161�05 1.609+07 5.657�04 5.652�04 5.768�04 5.949�04 6.120�04 6.263�04 6.384�042 213 1.052�04 9.721+07 7.597�04 7.046�04 6.439�04 6.171�04 5.979�04 5.799�04 5.650�042 219 3.926�03 1.126+10 3.985�04 3.750�04 3.493�04 3.398�04 3.344�04 3.303�04 3.285�042 228 1.857�11 3.659+07 9.661�04 8.705�04 7.434�04 6.674�04 6.064�04 5.520�04 5.066�042 229 1.734�12 1.613+07 5.044�03 4.930�03 4.785�03 4.718�03 4.669�03 4.621�03 4.580�032 236 1.271�02 1.842+10 2.843�03 2.647�03 2.428�03 2.335�03 2.273�03 2.219�03 2.179�032 237 1.462�01 1.413+11 9.459�03 9.725�03 1.034�02 1.101�02 1.165�02 1.223�02 1.276�022 242 6.739�06 5.436�06 4.015�06 3.327�06 2.814�06 2.345�06 1.956�062 243 8.127�06 6.706�06 5.174�06 4.448�06 3.914�06 3.425�06 3.022�062 247 1.900�13 5.633+06 1.177�03 1.047�03 9.023�04 8.355�04 7.872�04 7.433�04 7.078�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 439

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 248 6.944�06 5.049+06 1.967�03 1.911�03 1.908�03 1.972�03 2.042�03 2.103�03 2.160�032 249 3.843�16 2.795�04 1.224�04 1.028�04 8.080�05 6.983�05 6.155�05 5.399�05 4.768�052 250 1.572�04 1.366�04 1.152�04 1.060�04 9.932�05 9.309�05 8.789�053 4 3.423�07 3.693�01 1.238�01 1.137�01 9.684�02 8.469�02 7.564�02 6.862�02 6.299�023 5 1.390�12 5.523�06 1.058�01 1.312�01 1.362�01 1.299�01 1.228�01 1.164�01 1.110�013 6 3.726�12 7.527�03 2.729�02 2.412�02 1.983�02 1.701�02 1.497�02 1.342�02 1.218�023 7 1.595�09 4.877+00 4.843�02 4.264�02 3.488�02 2.981�02 2.616�02 2.339�02 2.120�023 8 4.384�09 6.829+01 1.130�02 9.793�03 7.839�03 6.596�03 5.720�03 5.064�03 4.552�033 9 9.712�10 1.886+01 2.477�03 2.185�03 1.799�03 1.548�03 1.367�03 1.230�03 1.120�033 10 4.602�10 4.664+00 6.822�03 6.025�03 4.951�03 4.245�03 3.736�03 3.347�03 3.039�033 11 1.357�01 2.780+09 5.129�01 5.425�01 5.893�01 6.262�01 6.569�01 6.834�01 7.068�013 12 4.166�10 1.249+01 1.667�02 1.510�02 1.281�02 1.120�02 9.997�03 9.055�03 8.294�033 13 4.889�11 9.776�01 1.783�03 1.613�03 1.367�03 1.194�03 1.065�03 9.645�04 8.830�043 14 2.851�05 2.367+06 4.134�03 3.742�03 3.175�03 2.782�03 2.489�03 2.261�03 2.077�033 15 2.287�11 9.507�01 2.176�03 1.964�03 1.657�03 1.443�03 1.285�03 1.161�03 1.061�033 16 1.480�06 1.424�06 1.353�06 1.309�06 1.280�06 1.259�06 1.243�063 17 8.728�05 7.838�05 6.585�05 5.725�05 5.089�05 4.594�05 4.197�053 18 9.416�12 4.763+00 5.061�05 4.539�05 3.807�05 3.307�05 2.937�05 2.651�05 2.421�053 19 3.397�13 4.645+03 1.642�05 1.527�05 1.367�05 1.259�05 1.182�05 1.122�05 1.075�053 20 8.755�09 3.217+03 2.034�05 1.890�05 1.689�05 1.554�05 1.456�05 1.381�05 1.321�053 21 3.023�02 3.376+10 2.378�03 2.674�03 3.268�03 3.828�03 4.350�03 4.835�03 5.287�033 22 1.510�01 8.452+10 8.800�03 1.059�02 1.400�02 1.709�02 1.991�02 2.251�02 2.490�023 23 4.663�10 1.748+02 7.079�04 6.307�04 5.244�04 4.526�04 4.001�04 3.596�04 3.272�043 24 1.658�03 1.490�03 1.252�03 1.088�03 9.660�04 8.714�04 7.953�043 25 1.087�04 6.389+07 9.040�04 8.141�04 6.876�04 6.008�04 5.367�04 4.872�04 4.475�043 26 3.902�12 4.714+00 3.505�03 3.102�03 2.557�03 2.198�03 1.938�03 1.740�03 1.582�033 27 2.919�11 8.486+06 8.479�03 7.912�03 7.218�03 6.816�03 6.562�03 6.393�03 6.274�033 28 2.570�11 3.119+01 4.691�03 4.162�03 3.445�03 2.971�03 2.629�03 2.367�03 2.160�033 29 1.801�11 4.156+06 2.623�03 2.555�03 2.492�03 2.475�03 2.480�03 2.496�03 2.515�033 30 5.020�05 2.033+07 1.292�02 1.307�02 1.348�02 1.392�02 1.436�02 1.477�02 1.515�023 31 1.798�03 1.577�03 1.284�03 1.094�03 9.582�04 8.555�04 7.744�043 32 4.034�10 6.374+03 2.698�03 2.355�03 1.901�03 1.607�03 1.399�03 1.242�03 1.119�033 33 1.291�11 1.614+01 1.415�01 1.440�01 1.474�01 1.497�01 1.514�01 1.527�01 1.538�013 34 8.045�12 1.072+06 4.020�03 3.617�03 3.074�03 2.720�03 2.467�03 2.276�03 2.126�033 35 1.714�05 7.177+06 5.382�03 5.278�03 5.208�03 5.222�03 5.271�03 5.336�03 5.406�033 36 1.619�11 1.025+01 5.200�03 4.559�03 3.708�03 3.156�03 2.761�03 2.463�03 2.227�033 37 1.396�07 5.922+04 2.575�03 2.265�03 1.854�03 1.587�03 1.396�03 1.252�03 1.138�033 38 4.486�03 2.907+09 5.485�03 4.812�03 4.011�03 3.548�03 3.250�03 3.044�03 2.897�033 39 5.925�09 2.564+03 9.545�03 8.833�03 8.022�03 7.587�03 7.333�03 7.178�03 7.081�033 40 1.203�02 1.163�02 1.127�02 1.118�02 1.119�02 1.127�02 1.137�023 41 5.115�11 6.665+01 1.126�03 9.965�04 8.253�04 7.147�04 6.362�04 5.771�04 5.307�043 42 2.623�03 2.256�03 1.790�03 1.499�03 1.297�03 1.146�03 1.029�033 43 1.028+00 1.358+12 1.414�01 1.564�01 1.827�01 2.053�01 2.253�01 2.433�01 2.596�013 44 1.258+00 8.316+11 1.778�01 1.956�01 2.271�01 2.543�01 2.784�01 3.002�01 3.200�013 45 4.960�09 2.187+03 9.842�03 8.534�03 6.885�03 5.860�03 5.149�03 4.623�03 4.216�033 46 6.268�03 5.932�03 5.568�03 5.390�03 5.301�03 5.260�03 5.245�033 47 4.481�03 2.976+09 1.133�02 9.952�03 8.221�03 7.154�03 6.423�03 5.889�03 5.483�033 48 3.814�10 1.690+02 5.546�03 4.766�03 3.780�03 3.166�03 2.739�03 2.422�03 2.176�033 49 6.876�09 3.057+03 2.941�03 2.490�03 1.939�03 1.606�03 1.380�03 1.215�03 1.089�033 50 2.144�01 1.431+11 3.424�02 3.743�02 4.304�02 4.788�02 5.216�02 5.601�02 5.953�023 51 3.880�02 5.185+10 7.304�03 7.761�03 8.625�03 9.408�03 1.012�02 1.077�02 1.137�023 52 1.041�04 1.396+08 9.050�05 8.152�05 7.074�05 6.452�05 6.055�05 5.788�05 5.602�053 53 6.075�05 4.073+07 1.003�04 8.590�05 6.851�05 5.820�05 5.133�05 4.643�05 4.276�053 54 2.790�11 1.282+01 7.132�03 6.095�03 4.795�03 3.991�03 3.436�03 3.026�03 2.709�033 55 4.034�03 3.469�03 2.752�03 2.305�03 1.993�03 1.761�03 1.581�033 56 4.378�04 3.044+08 3.338�03 2.852�03 2.250�03 1.882�03 1.631�03 1.447�03 1.306�033 57 5.167�04 7.201+08 2.001�03 1.746�03 1.422�03 1.220�03 1.080�03 9.766�04 8.968�043 58 4.744�12 6.873+00 2.632�04 2.319�04 1.909�04 1.646�04 1.460�04 1.319�04 1.208�043 59 9.256�13 6.711�01 5.171�05 4.542�05 3.709�05 3.169�05 2.782�05 2.489�05 2.257�053 60 5.379�05 4.733�05 3.870�05 3.307�05 2.903�05 2.596�05 2.353�053 61 3.471�13 2.520�01 1.055�04 9.278�05 7.584�05 6.479�05 5.689�05 5.089�05 4.615�053 62 1.793�12 2.650+00 1.154�04 1.098�04 1.023�04 9.757�05 9.426�05 9.178�05 8.986�053 63 1.679�11 2.536+01 4.264�02 4.377�02 4.537�02 4.651�02 4.738�02 4.806�02 4.863�023 64 2.194�11 2.522+04 1.003�03 8.787�04 7.168�04 6.132�04 5.398�04 4.845�04 4.410�04

440 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 65 3.142�07 1.590+05 1.232�04 1.278�04 1.361�04 1.429�04 1.487�04 1.538�04 1.581�043 66 2.968�05 2.562�05 2.045�05 1.720�05 1.493�05 1.325�05 1.193�053 67 8.160�05 7.005�05 5.543�05 4.631�05 3.997�05 3.527�05 3.163�053 68 3.844�10 2.997+02 9.964�05 8.689�05 7.043�05 5.998�05 5.264�05 4.715�05 4.287�053 69 5.028�11 2.614+01 6.774�05 5.851�05 4.667�05 3.921�05 3.399�05 3.009�05 2.704�053 70 2.257�11 3.558+01 8.476�04 7.379�04 5.966�04 5.072�04 4.442�04 3.969�04 3.598�043 71 1.477�05 1.367�05 1.221�05 1.130�05 1.069�05 1.027�05 9.976�063 72 5.854�06 6.245�06 7.252�06 8.347�06 9.439�06 1.050�05 1.152�053 73 4.513�12 3.571+00 1.964�04 1.723�04 1.405�04 1.199�04 1.052�04 9.402�05 8.522�053 74 4.216�04 6.700+08 5.672�04 5.100�04 4.329�04 3.822�04 3.461�04 3.191�04 2.980�043 75 7.407�02 1.189+11 2.666�03 3.202�03 4.291�03 5.331�03 6.308�03 7.223�03 8.082�033 76 8.767�02 7.043+10 3.335�03 3.956�03 5.221�03 6.435�03 7.578�03 8.650�03 9.657�033 77 2.329�09 1.250+03 7.607�04 6.849�04 5.774�04 5.034�04 4.486�04 4.058�04 3.715�043 78 2.634�05 2.357�05 1.970�05 1.707�05 1.514�05 1.365�05 1.245�053 79 5.188�15 5.144+02 3.309�05 2.941�05 2.438�05 2.101�05 1.857�05 1.669�05 1.520�053 80 8.100�05 7.540�05 6.903�05 6.559�05 6.356�05 6.234�05 6.162�053 81 1.678�02 2.720+10 8.402�04 9.555�04 1.191�03 1.416�03 1.629�03 1.828�03 2.016�033 82 9.221�02 7.482+10 3.793�03 4.506�03 5.905�03 7.216�03 8.434�03 9.569�03 1.063�023 83 1.155�09 6.259+02 2.660�04 2.368�04 1.966�04 1.695�04 1.498�04 1.346�04 1.224�043 84 7.100�04 5.822+08 1.072�03 9.755�04 8.400�04 7.483�04 6.817�04 6.311�04 5.913�043 85 1.044�10 5.733+01 1.047�04 9.344�05 7.780�05 6.724�05 5.951�05 5.354�05 4.877�053 86 6.310�04 5.270+08 2.601�04 2.375�04 2.077�04 1.888�04 1.760�04 1.667�04 1.600�043 87 7.030�05 1.175+08 3.836�04 3.443�04 2.895�04 2.522�04 2.249�04 2.037�04 1.869�043 88 3.958�02 3.316+10 1.870�03 2.168�03 2.763�03 3.325�03 3.849�03 4.337�03 4.795�033 89 8.096�13 1.245+08 2.467�02 2.647�02 2.943�02 3.181�02 3.376�02 3.542�02 3.685�023 90 1.125�04 6.364+07 1.973�02 2.099�02 2.311�02 2.483�02 2.626�02 2.748�02 2.853�023 91 2.313�03 2.025�03 1.646�03 1.401�03 1.227�03 1.095�03 9.913�043 92 1.220�05 1.168�05 1.133�05 1.129�05 1.135�05 1.146�05 1.159�053 93 6.185�08 5.404�08 4.388�08 3.736�08 3.274�08 2.925�08 2.651�083 94 1.081�07 9.670�08 8.289�08 7.474�08 6.939�08 6.566�08 6.296�083 95 2.715�12 1.761+07 6.595�03 6.486�03 6.431�03 6.462�03 6.523�03 6.596�03 6.671�033 96 4.071�13 6.994�01 8.414�04 7.374�04 6.004�04 5.117�04 4.483�04 4.004�04 3.625�043 97 1.025�04 5.880+07 1.743�02 1.855�02 2.044�02 2.197�02 2.324�02 2.432�02 2.526�023 98 1.103�03 9.661�04 7.860�04 6.695�04 5.863�04 5.234�04 4.737�043 99 2.780�14 1.452+07 2.599�03 2.775�03 3.071�03 3.309�03 3.507�03 3.675�03 3.820�033 100 4.039�15 6.979�03 4.445�06 3.882�06 3.145�06 2.672�06 2.337�06 2.084�06 1.886�063 101 2.765�06 1.597+06 3.572�03 3.211�03 2.748�03 2.459�03 2.258�03 2.109�03 1.994�033 102 1.883�04 1.643�04 1.330�04 1.129�04 9.866�05 8.791�05 7.946�053 103 5.202�05 3.030+07 9.634�03 1.018�02 1.111�02 1.187�02 1.251�02 1.306�02 1.354�023 104 2.281�13 4.016+06 1.130�03 1.149�03 1.193�03 1.236�03 1.276�03 1.312�03 1.344�033 105 1.464�15 2.565�03 2.191�04 2.199�04 2.225�04 2.252�04 2.278�04 2.302�04 2.324�043 106 1.192�10 6.981+01 6.979�05 6.260�05 5.249�05 4.557�05 4.046�05 3.649�05 3.330�053 107 1.001�09 8.796+02 5.503�04 4.972�04 4.207�04 3.674�04 3.274�04 2.962�04 2.710�043 108 2.165�14 3.847�02 1.183�06 1.051�06 8.729�07 7.559�07 6.718�07 6.079�07 5.574�073 109 2.055�04 1.847�04 1.553�04 1.350�04 1.200�04 1.083�04 9.890�053 110 7.904�11 7.070+01 9.521�05 8.542�05 7.165�05 6.222�05 5.525�05 4.983�05 4.549�053 111 5.404�13 6.029+04 1.485�06 1.271�06 1.005�06 8.408�07 7.274�07 6.433�07 5.781�073 112 3.046�07 2.551�07 1.975�07 1.639�07 1.416�07 1.255�07 1.133�073 113 1.880�03 1.642�03 1.330�03 1.129�03 9.872�04 8.797�04 7.952�043 114 1.943�03 1.698�03 1.378�03 1.173�03 1.027�03 9.164�04 8.298�043 115 3.436�14 3.147�02 2.206�04 1.922�04 1.552�04 1.315�04 1.147�04 1.020�04 9.211�053 116 3.815�07 3.419�07 2.872�07 2.506�07 2.242�07 2.041�07 1.884�073 117 2.387�15 4.384�03 8.281�04 7.223�04 5.845�04 4.962�04 4.336�04 3.865�04 3.495�043 118 2.030�04 1.769�04 1.429�04 1.212�04 1.058�04 9.420�05 8.509�053 119 1.044�03 9.109�04 7.373�04 6.259�04 5.467�04 4.871�04 4.402�043 120 4.475�13 8.353�01 1.209�05 1.054�05 8.546�06 7.273�06 6.372�06 5.693�06 5.159�063 121 1.379�13 1.289�01 8.306�05 7.227�05 5.824�05 4.929�05 4.296�05 3.821�05 3.448�053 122 1.098�13 2.065�01 3.464�07 3.120�07 2.642�07 2.322�07 2.088�07 1.910�07 1.768�073 123 1.655�06 1.481�06 1.238�06 1.074�06 9.528�07 8.594�07 7.845�073 124 1.527�13 1.443�01 6.998�07 6.316�07 5.450�07 4.924�07 4.576�07 4.335�07 4.163�073 125 1.930�05 1.748�05 1.484�05 1.298�05 1.160�05 1.051�05 9.624�063 126 4.751�12 4.535+00 7.831�06 7.088�06 6.025�06 5.287�06 4.739�06 4.311�06 3.967�063 127 9.295�14 8.979�02 4.381�06 3.940�06 3.314�06 2.883�06 2.564�06 2.316�06 2.115�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 441

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 128 3.059�06 2.751�06 2.316�06 2.018�06 1.797�06 1.626�06 1.488�063 129 2.600�07 2.226�07 1.773�07 1.501�07 1.317�07 1.182�07 1.079�073 130 8.928�08 8.094�08 7.146�08 6.614�08 6.270�08 6.028�08 5.849�083 131 3.056�05 2.658�05 2.150�05 1.830�05 1.607�05 1.441�05 1.311�053 132 2.844�15 2.853�03 6.728�05 5.854�05 4.728�05 4.014�05 3.512�05 3.136�05 2.842�053 133 4.039�03 8.314+09 3.930�04 3.913�04 4.052�04 4.289�04 4.564�04 4.853�04 5.144�043 134 2.027�02 2.090+10 1.204�03 1.275�03 1.454�03 1.648�03 1.842�03 2.029�03 2.210�033 135 1.469�10 1.013+02 1.952�04 1.745�04 1.457�04 1.262�04 1.117�04 1.006�04 9.165�053 136 5.408�04 4.855�04 4.074�04 3.538�04 3.141�04 2.833�04 2.586�043 137 1.459�04 1.527+08 2.400�04 2.169�04 1.849�04 1.635�04 1.479�04 1.361�04 1.268�043 138 1.747�12 3.684+00 8.513�04 7.641�04 6.475�04 5.717�04 5.176�04 4.765�04 4.442�043 139 3.457�12 4.188+06 2.013�03 1.848�03 1.641�03 1.517�03 1.435�03 1.379�03 1.338�033 140 1.062�05 7.488+06 3.143�03 2.976�03 2.788�03 2.694�03 2.645�03 2.622�03 2.614�033 141 1.185�10 8.840+04 1.633�03 1.438�03 1.175�03 1.003�03 8.809�04 7.880�04 7.147�043 142 5.905�04 5.197�04 4.252�04 3.634�04 3.190�04 2.853�04 2.586�043 143 4.871�12 1.033+01 2.263�03 2.088�03 1.846�03 1.685�03 1.567�03 1.477�03 1.405�033 144 2.329�11 2.413+04 1.064�03 9.362�04 7.656�04 6.542�04 5.743�04 5.137�04 4.658�043 145 6.866�12 1.460+01 2.704�02 2.760�02 2.838�02 2.894�02 2.937�02 2.971�02 2.999�023 146 2.374�12 1.646+05 8.861�04 7.911�04 6.611�04 5.746�04 5.119�04 4.639�04 4.257�043 147 2.373�06 1.687+06 1.090�03 1.004�03 8.956�04 8.310�04 7.887�04 7.595�04 7.386�043 148 3.709�12 7.053+03 1.731�03 1.521�03 1.242�03 1.059�03 9.280�04 8.286�04 7.502�043 149 1.263�07 9.036+04 8.716�04 7.700�04 6.342�04 5.456�04 4.822�04 4.341�04 3.962�043 150 4.869�03 5.233+09 2.173�03 2.011�03 1.836�03 1.753�03 1.712�03 1.694�03 1.689�033 151 2.215�09 1.588+03 2.672�03 2.379�03 2.030�03 1.828�03 1.697�03 1.607�03 1.542�033 152 3.501�03 3.201�03 2.867�03 2.690�03 2.587�03 2.525�03 2.488�033 153 7.238�04 6.250�04 4.963�04 4.194�04 3.578�04 3.025�04 2.562�043 154 1.489�11 3.218+01 5.146�04 4.666�04 4.021�04 3.630�04 3.314�04 3.032�04 2.795�043 155 3.666�10 2.642+02 3.466�03 2.981�03 2.356�03 1.987�03 1.691�03 1.426�03 1.204�033 156 2.777�01 3.004+11 3.473�02 3.734�02 4.205�02 4.632�02 5.024�02 5.383�02 5.709�023 157 2.150�01 4.652+11 2.544�02 2.758�02 3.137�02 3.475�02 3.785�02 4.068�02 4.324�023 158 7.506�03 8.138+09 3.931�03 3.572�03 3.134�03 2.904�03 2.730�03 2.576�03 2.452�033 159 1.129�03 1.008�03 8.588�04 7.780�04 7.152�04 6.588�04 6.119�043 160 1.013�11 7.330+00 1.614�03 1.393�03 1.106�03 9.344�04 7.969�04 6.739�04 5.707�043 161 3.300�09 2.389+03 1.069�03 9.186�04 7.260�04 6.130�04 5.229�04 4.421�04 3.744�043 162 8.428�03 9.156+09 1.418�03 1.427�03 1.472�03 1.535�03 1.599�03 1.657�03 1.712�033 163 1.618�03 3.517+09 5.441�04 5.125�04 4.772�04 4.628�04 4.535�04 4.455�04 4.399�043 164 2.110�05 1.534+07 1.127�03 1.187�03 1.319�03 1.450�03 1.568�03 1.673�03 1.763�033 165 7.703�04 6.770�04 5.700�04 5.167�04 4.766�04 4.399�04 4.094�043 166 6.712�14 6.151+07 2.624�03 2.866�03 3.318�03 3.723�03 4.085�03 4.403�03 4.679�033 167 1.464�03 1.323�03 1.173�03 1.111�03 1.068�03 1.027�03 9.934�043 168 2.754�05 2.006+07 2.233�03 2.206�03 2.251�03 2.351�03 2.452�03 2.540�03 2.617�033 169 1.198�03 1.010�03 7.840�04 6.605�04 5.643�04 4.774�04 4.048�043 170 2.343�03 2.007�03 1.577�03 1.323�03 1.121�03 9.396�04 7.876�043 171 2.957�06 2.157+06 8.364�04 6.924�04 5.204�04 4.271�04 3.545�04 2.889�04 2.340�043 172 1.353�10 9.873+01 8.556�04 7.461�04 6.219�04 5.614�04 5.165�04 4.756�04 4.419�043 173 1.290�03 1.148�03 9.755�04 8.843�04 8.150�04 7.533�04 7.032�043 174 1.338�03 1.155�03 9.183�04 7.769�04 6.636�04 5.622�04 4.770�043 175 1.669�04 1.411�04 1.110�04 9.507�05 8.284�05 7.176�05 6.252�053 176 1.968�04 1.628�04 1.227�04 1.014�04 8.489�05 6.993�05 5.744�053 177 1.357�03 1.489+09 2.067�04 1.726�04 1.312�04 1.080�04 8.984�05 7.347�05 5.979�053 178 7.936�04 7.232�04 6.375�04 5.928�04 5.591�04 5.293�04 5.055�043 179 5.009�06 3.668+06 1.024�04 8.594�05 6.691�05 5.711�05 4.963�05 4.283�05 3.716�053 180 3.120�04 3.146�04 3.315�04 3.541�04 3.755�04 3.942�04 4.106�043 181 1.139�13 2.817+06 1.922�04 1.670�04 1.378�04 1.230�04 1.117�04 1.014�04 9.286�053 182 1.194�03 2.627+09 2.320�04 2.231�04 2.189�04 2.230�04 2.281�04 2.324�04 2.364�043 183 4.857�16 1.068�03 7.342�05 6.181�05 4.742�05 3.921�05 3.272�05 2.689�05 2.203�053 184 3.699�06 2.713+06 2.974�04 2.905�04 2.930�04 3.049�04 3.171�04 3.277�04 3.372�043 185 5.952�15 2.178+06 1.927�04 1.846�04 1.803�04 1.832�04 1.871�04 1.904�04 1.934�043 186 2.505�14 5.771�02 9.729�07 9.055�07 8.145�07 7.602�07 7.166�07 6.775�07 6.447�073 187 7.527�07 1.756+06 2.555�06 2.313�06 1.969�06 1.742�06 1.554�06 1.388�06 1.248�063 188 9.901�07 1.155+06 1.844�06 1.665�06 1.415�06 1.253�06 1.121�06 1.003�06 9.047�073 189 1.692�06 1.521�06 1.277�06 1.116�06 9.826�07 8.637�07 7.630�073 190 4.387�13 5.177�01 6.439�07 5.746�07 4.844�07 4.303�07 3.870�07 3.486�07 3.167�073 191 3.088�14 3.644�02 8.964�07 8.077�07 6.809�07 5.970�07 5.274�07 4.653�07 4.127�07

442 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 192 1.393�06 1.204�06 9.645�07 8.255�07 7.152�07 6.165�07 5.341�073 193 9.976�09 8.682�09 7.179�09 6.418�09 5.840�09 5.311�09 4.868�093 194 2.162�08 1.917�08 1.643�08 1.515�08 1.420�08 1.332�08 1.259�083 195 9.335�07 8.049�07 6.385�07 5.399�07 4.610�07 3.903�07 3.310�073 196 1.023�06 8.896�07 7.152�07 6.107�07 5.267�07 4.515�07 3.884�073 197 7.286�06 6.418�06 5.238�06 4.499�06 3.897�06 3.360�06 2.908�063 198 2.106�06 1.861�06 1.528�06 1.320�06 1.150�06 9.980�07 8.702�073 199 3.876�14 9.355�02 3.807�06 3.411�06 2.857�06 2.500�06 2.206�06 1.944�06 1.722�063 200 3.284�14 3.965�02 4.387�06 3.872�06 3.168�06 2.726�06 2.365�06 2.043�06 1.771�063 201 5.379�06 4.729�06 3.847�06 3.298�06 2.852�06 2.454�06 2.120�063 202 6.834�12 8.391+00 9.611�06 8.382�06 6.771�06 5.797�06 5.014�06 4.314�06 3.729�063 203 9.300�06 8.069�06 6.448�06 5.466�06 4.676�06 3.969�06 3.376�063 204 2.416�06 2.097�06 1.678�06 1.426�06 1.222�06 1.040�06 8.876�073 205 6.760�06 5.824�06 4.608�06 3.883�06 3.302�06 2.782�06 2.346�063 206 2.075�06 1.967�06 1.826�06 1.749�06 1.690�06 1.640�06 1.600�063 207 1.254�06 1.183�06 1.096�06 1.052�06 1.020�06 9.923�07 9.714�073 208 4.015�07 3.543�07 2.909�07 2.518�07 2.202�07 1.919�07 1.681�073 209 7.389�08 6.285�08 4.910�08 4.125�08 3.504�08 2.946�08 2.478�083 210 3.816�08 3.234�08 2.528�08 2.140�08 1.837�08 1.564�08 1.335�083 211 3.616�08 3.209�08 2.755�08 2.543�08 2.388�08 2.245�08 2.126�083 212 1.906�15 2.374�03 9.819�08 1.034�07 1.140�07 1.242�07 1.336�07 1.419�07 1.493�073 213 3.179�07 2.934�07 2.652�07 2.522�07 2.429�07 2.345�07 2.278�073 219 9.490�14 2.449�01 4.139�07 3.675�07 3.042�07 2.647�07 2.326�07 2.040�07 1.800�073 228 4.914�06 1.277+07 2.889�07 2.620�07 2.229�07 1.963�07 1.742�07 1.545�07 1.379�073 229 1.421�05 1.847+07 1.724�07 1.566�07 1.336�07 1.181�07 1.052�07 9.380�08 8.413�083 236 3.334�15 4.352�03 4.091�07 3.704�07 3.142�07 2.763�07 2.447�07 2.166�07 1.927�073 237 1.097�08 9.548+03 2.479�07 2.250�07 1.917�07 1.691�07 1.502�07 1.334�07 1.191�073 242 2.159�11 2.411�11 3.199�11 4.052�11 4.669�11 4.979�11 5.003�113 243 2.593�11 2.897�11 3.844�11 4.865�11 5.603�11 5.974�11 6.002�113 247 3.281�11 2.865+01 3.562�07 3.082�07 2.454�07 2.078�07 1.776�07 1.506�07 1.279�073 248 2.543�07 2.216�07 1.785�07 1.524�07 1.313�07 1.125�07 9.679�083 249 3.378�10 3.214�10 3.121�10 3.163�10 3.188�10 3.160�10 3.087�103 250 6.907�10 6.284�10 5.657�10 5.436�10 5.253�10 5.023�10 4.770�104 5 4.997�07 6.557�01 2.681�01 2.897�01 2.778�01 2.568�01 2.380�01 2.223�01 2.094�014 6 5.914�09 1.154+01 7.814�02 6.896�02 5.659�02 4.846�02 4.260�02 3.814�02 3.460�024 7 6.357�09 1.855+01 7.407�02 6.523�02 5.338�02 4.563�02 4.006�02 3.582�02 3.247�024 8 1.815�08 2.761+02 2.146�02 1.861�02 1.489�02 1.252�02 1.086�02 9.612�03 8.638�034 9 2.429�10 4.794+00 6.446�03 5.683�03 4.666�03 4.002�03 3.525�03 3.162�03 2.874�034 10 1.249�09 1.239+01 1.429�02 1.261�02 1.035�02 8.874�03 7.809�03 6.997�03 6.353�034 11 2.689�01 5.428+09 1.025+00 1.085+00 1.178+00 1.252+00 1.314+00 1.367+00 1.414+004 12 1.450�04 4.295+06 2.257�02 2.050�02 1.749�02 1.538�02 1.381�02 1.258�02 1.158�024 13 2.785�10 5.503+00 1.433�02 1.298�02 1.102�02 9.641�03 8.612�03 7.807�03 7.156�034 14 2.261�10 1.858+01 6.457�03 5.833�03 4.928�03 4.299�03 3.829�03 3.463�03 3.168�034 15 1.143�04 4.701+06 7.419�03 6.738�03 5.754�03 5.072�03 4.567�03 4.174�03 3.858�034 16 1.214�14 1.109�02 9.532�07 8.388�07 6.865�07 5.883�07 5.193�07 4.678�07 4.278�074 17 5.173�06 5.207+06 1.221�04 1.097�04 9.224�05 8.028�05 7.145�05 6.461�05 5.913�054 18 5.559�12 2.804+00 1.474�04 1.322�04 1.110�04 9.635�05 8.554�05 7.715�05 7.041�054 19 1.424�12 7.823�01 2.847�05 2.576�05 2.189�05 1.923�05 1.725�05 1.571�05 1.447�054 20 2.759�13 1.011�01 3.109�05 2.803�05 2.365�05 2.063�05 1.838�05 1.662�05 1.520�054 21 1.500�01 1.670+11 8.776�03 1.057�02 1.397�02 1.707�02 1.989�02 2.248�02 2.487�024 22 4.743�02 2.648+10 4.469�03 4.852�03 5.673�03 6.478�03 7.242�03 7.961�03 8.639�034 23 1.652�01 6.178+10 1.049�02 1.235�02 1.595�02 1.925�02 2.228�02 2.506�02 2.764�024 24 5.911�05 6.897+07 2.272�03 2.042�03 1.718�03 1.495�03 1.329�03 1.201�03 1.098�034 25 1.240�04 7.269+07 2.953�03 2.655�03 2.234�03 1.945�03 1.731�03 1.565�03 1.432�034 26 9.440�11 2.757+07 1.127�02 1.069�02 9.999�03 9.621�03 9.401�03 9.268�03 9.187�034 27 2.271�11 1.356+07 9.534�03 9.159�03 8.747�03 8.552�03 8.464�03 8.433�03 8.431�034 28 6.566�12 1.707+07 6.457�03 6.238�03 5.992�03 5.876�03 5.824�03 5.807�03 5.809�034 29 3.524�12 7.129+06 1.337�02 1.228�02 1.087�02 9.987�03 9.384�03 8.944�03 8.610�034 30 1.139�10 7.922+05 7.672�03 6.783�03 5.615�03 4.865�03 4.336�03 3.940�03 3.630�034 31 6.506�05 1.979+07 1.863�02 1.859�02 1.881�02 1.918�02 1.960�02 2.002�02 2.043�024 32 2.856�10 7.558+04 8.782�03 8.246�03 7.537�03 7.083�03 6.763�03 6.524�03 6.338�034 33 5.506�11 2.319+06 4.668�03 4.191�03 3.551�03 3.134�03 2.837�03 2.612�03 2.435�034 34 5.054�11 7.750+06 2.815�01 2.865�01 2.932�01 2.978�01 3.012�01 3.039�01 3.060�01

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 443

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

4 35 8.079�11 1.135+07 1.218�02 1.161�02 1.094�02 1.059�02 1.040�02 1.030�02 1.024�024 36 7.036�11 1.800+04 8.070�03 7.122�03 5.864�03 5.048�03 4.465�03 4.024�03 3.676�034 37 4.658�11 1.344+05 8.579�03 7.537�03 6.155�03 5.258�03 4.618�03 4.134�03 3.752�034 38 5.663�03 3.660+09 1.436�02 1.374�02 1.316�02 1.295�02 1.291�02 1.296�02 1.306�024 39 2.301�02 9.933+09 1.609�02 1.527�02 1.451�02 1.425�02 1.422�02 1.431�02 1.445�024 40 1.544�08 5.009+03 1.068�02 9.106�03 7.147�03 5.945�03 5.119�03 4.511�03 4.042�034 41 2.617�10 3.401+02 2.222�03 1.940�03 1.567�03 1.326�03 1.154�03 1.025�03 9.230�044 42 1.782�02 1.698�02 1.610�02 1.571�02 1.555�02 1.551�02 1.554�024 43 1.190�01 1.568+11 2.098�02 2.211�02 2.441�02 2.657�02 2.857�02 3.042�02 3.215�024 44 9.346�01 6.162+11 1.346�01 1.476�01 1.708�01 1.909�01 2.088�01 2.250�01 2.398�014 45 2.807+00 1.235+12 4.024�01 4.428�01 5.139�01 5.755�01 6.299�01 6.790�01 7.238�014 46 7.668�09 2.535+03 1.709�02 1.558�02 1.376�02 1.270�02 1.201�02 1.153�02 1.119�024 47 2.493�02 1.652+10 2.167�02 1.975�02 1.750�02 1.625�02 1.549�02 1.501�02 1.471�024 48 8.499�02 3.756+10 2.349�02 2.279�02 2.245�02 2.272�02 2.323�02 2.385�02 2.451�024 49 7.122�02 3.158+10 1.993�02 1.977�02 2.011�02 2.077�02 2.153�02 2.231�02 2.309�024 50 4.339�01 2.889+11 6.587�02 7.133�02 8.128�02 9.005�02 9.791�02 1.050�01 1.116�014 51 5.939�01 7.915+11 8.691�02 9.556�02 1.107�01 1.238�01 1.353�01 1.456�01 1.551�014 52 8.012�04 1.071+09 2.908�04 2.778�04 2.670�04 2.650�04 2.668�04 2.706�04 2.753�044 53 8.366�04 5.594+08 4.141�04 3.829�04 3.499�04 3.345�04 3.273�04 3.245�04 3.242�044 54 8.388�11 3.845+01 1.153�02 9.861�03 7.769�03 6.475�03 5.580�03 4.918�03 4.406�034 55 4.086�11 1.411+01 1.178�02 1.011�02 7.994�03 6.679�03 5.766�03 5.089�03 4.564�034 56 5.504�04 3.817+08 6.890�03 5.895�03 4.657�03 3.896�03 3.372�03 2.987�03 2.690�034 57 6.659�05 9.260+07 4.302�03 3.705�03 2.949�03 2.476�03 2.146�03 1.901�03 1.709�034 58 4.134�12 5.975+00 2.859�04 2.502�04 2.034�04 1.733�04 1.520�04 1.358�04 1.231�044 59 5.325�12 3.851+00 3.052�04 2.764�04 2.385�04 2.142�04 1.969�04 1.838�04 1.735�044 60 4.143�13 2.000�01 1.752�04 1.544�04 1.266�04 1.085�04 9.552�05 8.565�05 7.785�054 61 1.246�12 9.021�01 2.094�04 1.843�04 1.508�04 1.291�04 1.136�04 1.018�04 9.254�054 62 5.061�12 7.462+00 1.114�04 9.743�05 7.885�05 6.680�05 5.821�05 5.172�05 4.662�054 63 8.678�12 4.750+04 9.937�04 8.707�04 7.104�04 6.078�04 5.351�04 4.802�04 4.371�044 64 2.822�11 1.559+05 8.552�02 8.779�02 9.103�02 9.333�02 9.508�02 9.648�02 9.763�024 65 3.127�11 2.151+05 1.210�03 1.085�03 9.249�04 8.246�04 7.546�04 7.027�04 6.624�044 66 1.000�04 8.618�05 6.854�05 5.750�05 4.981�05 4.409�05 3.965�054 67 1.182�04 1.019�04 8.141�05 6.878�05 6.012�05 5.376�05 4.889�054 68 4.055�10 3.154+02 1.574�04 1.369�04 1.106�04 9.387�05 8.217�05 7.342�05 6.662�054 69 3.488�10 1.809+02 1.928�04 1.676�04 1.353�04 1.150�04 1.008�04 9.027�05 8.209�054 70 1.507�11 2.370+01 1.189�03 1.034�03 8.351�04 7.086�04 6.195�04 5.524�04 4.999�044 71 1.650�12 2.601+00 1.083�05 9.965�06 8.835�06 8.130�06 7.655�06 7.320�06 7.077�064 72 1.077�05 9.836�06 8.522�06 7.623�06 6.960�06 6.447�06 6.037�064 73 2.035�11 5.438+02 9.873�04 8.663�04 7.094�04 6.094�04 5.389�04 4.858�04 4.441�044 74 1.172�03 1.859+09 9.768�04 8.844�04 7.624�04 6.846�04 6.308�04 5.916�04 5.622�044 75 1.065�02 1.705+10 9.087�04 9.324�04 1.014�03 1.111�03 1.214�03 1.316�03 1.416�034 76 7.868�02 6.307+10 3.463�03 3.965�03 5.026�03 6.066�03 7.057�03 7.993�03 8.876�034 77 2.091�01 1.120+11 7.396�03 8.919�03 1.200�02 1.493�02 1.769�02 2.027�02 2.269�024 78 3.098�09 1.662+03 6.958�05 6.228�05 5.214�05 4.531�05 4.031�05 3.645�05 3.336�054 79 1.263�13 1.016�01 8.214�05 7.464�05 6.444�05 5.770�05 5.283�05 4.911�05 4.616�054 80 2.649�09 1.067+03 9.797�04 8.851�04 7.524�04 6.618�04 5.951�04 5.436�04 5.023�044 81 1.056�01 1.708+11 4.011�03 4.856�03 6.503�03 8.039�03 9.461�03 1.078�02 1.202�024 82 5.016�02 4.061+10 2.310�03 2.657�03 3.364�03 4.041�03 4.679�03 5.277�03 5.839�034 83 7.759�02 4.195+10 3.828�03 4.379�03 5.494�03 6.557�03 7.556�03 8.491�03 9.369�034 84 5.105�04 4.176+08 1.830�03 1.654�03 1.404�03 1.233�03 1.107�03 1.009�03 9.310�044 85 2.885�03 1.580+09 9.255�04 8.682�04 7.990�04 7.620�04 7.422�04 7.327�04 7.296�044 86 2.891�03 2.409+09 8.054�04 7.434�04 6.656�04 6.202�04 5.922�04 5.746�04 5.637�044 87 1.100�04 1.835+08 6.625�04 5.952�04 5.011�04 4.371�04 3.901�04 3.539�04 3.250�044 88 8.589�02 7.180+10 3.945�03 4.615�03 5.939�03 7.182�03 8.338�03 9.414�03 1.042�024 89 1.334�12 3.682+07 9.551�03 9.828�03 1.038�02 1.087�02 1.130�02 1.167�02 1.201�024 90 2.647�12 8.831+07 2.780�02 2.954�02 3.247�02 3.486�02 3.684�02 3.853�02 4.000�024 91 2.737�04 1.161+08 4.545�02 4.884�02 5.444�02 5.889�02 6.257�02 6.568�02 6.837�024 92 2.853�03 2.498�03 2.032�03 1.731�03 1.517�03 1.355�03 1.228�034 93 3.493�05 1.989+07 9.899�07 1.227�06 1.705�06 2.161�06 2.587�06 2.986�06 3.360�064 94 2.763�12 1.181+00 9.811�07 8.891�07 7.626�07 6.777�07 6.160�07 5.688�07 5.313�074 95 8.843�13 4.944+07 1.174�02 1.222�02 1.309�02 1.383�02 1.447�02 1.503�02 1.551�024 96 3.080�13 1.304+08 1.322�02 1.405�02 1.546�02 1.660�02 1.755�02 1.836�02 1.906�024 97 7.972�13 1.066+07 4.634�03 4.652�03 4.749�03 4.866�03 4.983�03 5.093�03 5.194�034 98 1.007�04 4.327+07 1.871�02 1.963�02 2.124�02 2.259�02 2.373�02 2.471�02 2.557�02

444 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

4 99 1.609�13 3.425+07 8.632�03 8.737�03 9.023�03 9.318�03 9.594�03 9.847�03 1.008�024 100 6.180�14 1.710+07 1.560�03 1.662�03 1.834�03 1.974�03 2.090�03 2.188�03 2.274�034 101 7.460�13 4.366+05 7.013�03 6.154�03 5.031�03 4.308�03 3.794�03 3.406�03 3.101�034 102 4.893�06 2.123+06 2.961�03 2.751�03 2.497�03 2.349�03 2.253�03 2.186�03 2.138�034 103 3.788�13 5.344+07 1.664�02 1.763�02 1.932�02 2.069�02 2.184�02 2.283�02 2.368�024 104 1.127�12 3.296+07 7.530�03 7.932�03 8.625�03 9.194�03 9.672�03 1.008�02 1.044�024 105 1.222�13 8.988+06 1.352�03 1.362�03 1.398�03 1.438�03 1.477�03 1.512�03 1.545�034 106 6.614�10 3.864+02 4.936�04 4.453�04 3.761�04 3.280�04 2.921�04 2.641�04 2.415�044 107 8.844�10 7.754+02 7.427�04 6.708�04 5.673�04 4.952�04 4.413�04 3.992�04 3.651�044 108 2.710�14 1.044+04 3.563�06 3.351�06 3.089�06 2.935�06 2.836�06 2.768�06 2.720�064 109 9.240�10 1.645+03 3.152�04 2.833�04 2.381�04 2.069�04 1.838�04 1.659�04 1.514�044 110 4.968�05 4.434+07 3.625�04 3.261�04 2.747�04 2.396�04 2.137�04 1.937�04 1.776�044 111 2.411�13 3.875+04 1.298�05 1.324�05 1.386�05 1.447�05 1.501�05 1.550�05 1.594�054 112 2.783�12 4.543+04 2.865�06 2.478�06 1.988�06 1.680�06 1.464�06 1.303�06 1.177�064 113 6.879�08 3.096+04 3.983�03 3.480�03 2.823�03 2.400�03 2.099�03 1.873�03 1.694�034 114 3.582�03 3.130�03 2.538�03 2.158�03 1.887�03 1.683�03 1.523�034 115 1.130�14 1.033�02 3.704�04 3.227�04 2.606�04 2.208�04 1.927�04 1.715�04 1.549�044 116 2.260�13 1.782+04 7.457�07 6.667�07 5.580�07 4.856�07 4.332�07 3.932�07 3.615�074 117 4.179�14 2.477+02 1.237�03 1.079�03 8.745�04 7.432�04 6.501�04 5.801�04 5.251�044 118 1.636�03 1.428�03 1.155�03 9.808�04 8.569�04 7.635�04 6.901�044 119 2.844�15 3.089+04 1.880�03 1.642�03 1.331�03 1.131�03 9.898�04 8.832�04 7.995�044 120 1.824�13 3.398�01 5.906�05 5.141�05 4.147�05 3.513�05 3.065�05 2.727�05 2.463�054 121 1.064�12 9.926�01 1.721�04 1.502�04 1.217�04 1.035�04 9.070�05 8.109�05 7.356�054 122 6.098�13 1.145+00 9.740�07 9.069�07 8.202�07 7.667�07 7.304�07 7.044�07 6.849�074 123 3.619�12 6.818+00 2.364�06 2.115�06 1.768�06 1.534�06 1.363�06 1.231�06 1.126�064 124 1.892�13 1.783�01 2.408�06 2.144�06 1.782�06 1.541�06 1.365�06 1.230�06 1.123�064 125 5.808�11 1.106+02 2.855�05 2.583�05 2.190�05 1.915�05 1.709�05 1.547�05 1.416�054 126 3.140�12 2.991+00 2.850�05 2.580�05 2.191�05 1.920�05 1.717�05 1.558�05 1.430�054 127 4.590�13 4.424�01 7.224�06 6.523�06 5.533�06 4.859�06 4.363�06 3.980�06 3.674�064 128 6.650�14 4.274�02 7.704�06 6.926�06 5.823�06 5.066�06 4.506�06 4.070�06 3.720�064 129 3.560�07 3.035�07 2.405�07 2.031�07 1.782�07 1.602�07 1.466�074 130 2.071�07 1.747�07 1.355�07 1.120�07 9.606�08 8.441�08 7.547�084 131 1.771�14 1.181�02 9.378�05 8.131�05 6.528�05 5.512�05 4.797�05 4.262�05 3.844�054 132 6.468�14 6.475�02 9.857�05 8.548�05 6.862�05 5.793�05 5.040�05 4.476�05 4.035�054 133 1.968�02 4.042+10 1.184�03 1.253�03 1.429�03 1.619�03 1.808�03 1.992�03 2.169�034 134 6.159�03 6.338+09 8.374�04 8.099�04 7.963�04 8.089�04 8.334�04 8.640�04 8.976�044 135 2.298�02 1.582+10 1.506�03 1.570�03 1.752�03 1.957�03 2.164�03 2.368�03 2.565�034 136 7.833�05 1.630+08 6.788�04 6.101�04 5.135�04 4.473�04 3.985�04 3.608�04 3.305�044 137 1.040�04 1.087+08 9.406�04 8.452�04 7.111�04 6.193�04 5.516�04 4.992�04 4.572�044 138 1.626�11 1.386+07 2.441�03 2.281�03 2.090�03 1.982�03 1.917�03 1.876�03 1.850�034 139 2.304�12 7.189+06 3.809�03 3.603�03 3.354�03 3.211�03 3.121�03 3.063�03 3.025�034 140 3.401�11 5.522+05 2.482�03 2.195�03 1.815�03 1.569�03 1.395�03 1.264�03 1.161�034 141 7.934�11 5.125+05 1.113�02 1.094�02 1.068�02 1.053�02 1.042�02 1.035�02 1.030�024 142 1.209�05 6.398+06 4.048�03 3.799�03 3.508�03 3.350�03 3.258�03 3.204�03 3.174�034 143 1.095�11 8.149+05 1.529�03 1.368�03 1.148�03 1.002�03 8.960�04 8.151�04 7.509�044 144 3.334�11 5.205+03 3.170�03 2.936�03 2.622�03 2.417�03 2.270�03 2.159�03 2.071�034 145 2.295�11 4.194+05 1.726�03 1.537�03 1.278�03 1.106�03 9.813�04 8.861�04 8.104�044 146 2.460�12 1.768+06 4.649�02 4.740�02 4.868�02 4.960�02 5.030�02 5.087�02 5.134�024 147 3.785�11 3.821+06 3.485�03 3.180�03 2.784�03 2.537�03 2.368�03 2.246�03 2.154�034 148 2.593�11 4.403+04 2.779�03 2.448�03 2.006�03 1.717�03 1.510�03 1.353�03 1.229�034 149 1.155�11 9.879+04 3.359�03 2.959�03 2.423�03 2.073�03 1.822�03 1.631�03 1.481�034 150 4.836�03 5.186+09 4.474�03 4.148�03 3.803�03 3.640�03 3.560�03 3.524�03 3.515�034 151 2.996�02 2.144+10 7.728�03 7.618�03 7.674�03 7.868�03 8.110�03 8.368�03 8.629�034 152 5.915�09 3.180+03 3.461�03 2.973�03 2.360�03 1.982�03 1.720�03 1.527�03 1.378�034 153 3.872�03 3.508�03 3.080�03 2.867�03 2.707�03 2.563�03 2.445�034 154 7.951�11 1.715+02 9.723�04 8.503�04 6.857�04 5.839�04 5.014�04 4.279�04 3.662�044 155 4.640�01 3.338+11 5.806�02 6.214�02 6.959�02 7.642�02 8.270�02 8.846�02 9.368�024 156 1.242�01 1.340+11 1.588�02 1.682�02 1.861�02 2.030�02 2.188�02 2.332�02 2.463�024 157 1.475�02 3.184+10 2.967�03 2.919�03 2.922�03 2.995�03 3.077�03 3.155�03 3.233�034 158 1.003�02 1.086+10 6.693�03 5.987�03 5.093�03 4.587�03 4.191�03 3.839�03 3.548�034 159 1.443�09 7.807+02 4.557�03 4.033�03 3.374�03 3.002�03 2.709�03 2.446�03 2.227�034 160 1.098�01 7.924+10 1.528�02 1.608�02 1.765�02 1.918�02 2.061�02 2.191�02 2.311�024 161 3.451�03 2.494+09 4.662�03 4.205�03 3.648�03 3.356�03 3.135�03 2.939�03 2.781�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 445

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

4 162 1.459�01 1.582+11 1.920�02 2.058�02 2.309�02 2.539�02 2.750�02 2.944�02 3.119�024 163 1.276�01 2.769+11 1.584�02 1.713�02 1.942�02 2.146�02 2.333�02 2.503�02 2.658�024 164 2.817�13 1.633+07 2.741�03 2.627�03 2.567�03 2.609�03 2.664�03 2.709�03 2.751�034 165 7.361�05 4.007+07 4.952�03 5.068�03 5.428�03 5.843�03 6.229�03 6.566�03 6.860�034 166 2.980�14 1.192+07 9.407�04 9.138�04 9.100�04 9.365�04 9.653�04 9.900�04 1.012�034 167 1.126�03 9.677�04 7.808�04 6.823�04 6.064�04 5.376�04 4.802�044 168 9.349�14 1.523+07 1.422�03 1.438�03 1.518�03 1.621�03 1.717�03 1.802�03 1.875�034 169 6.326�06 3.451+06 1.443�03 1.285�03 1.111�03 1.032�03 9.750�04 9.227�04 8.800�044 170 3.860�05 2.108+07 4.106�03 3.523�03 2.773�03 2.330�03 1.977�03 1.660�03 1.395�034 171 2.239�13 1.483+06 2.163�03 2.271�03 2.512�03 2.753�03 2.973�03 3.166�03 3.334�034 172 3.929�10 2.861+02 1.316�03 1.139�03 9.282�04 8.164�04 7.304�04 6.527�04 5.882�044 173 2.660�03 2.295�03 1.831�03 1.563�03 1.351�03 1.161�03 1.002�034 174 4.612�03 3.972�03 3.142�03 2.650�03 2.255�03 1.902�03 1.606�034 175 8.468�07 4.636+05 1.014�03 8.678�04 6.971�04 6.089�04 5.414�04 4.802�04 4.291�044 176 6.989�11 3.828+01 8.594�04 7.272�04 5.718�04 4.898�04 4.268�04 3.698�04 3.223�044 177 5.590�04 6.124+08 1.324�03 1.199�03 1.069�03 1.017�03 9.820�04 9.484�04 9.206�044 178 2.681�06 1.469+06 1.829�03 1.582�03 1.262�03 1.071�03 9.172�04 7.798�04 6.645�044 179 6.406�14 1.105+07 9.208�04 7.973�04 6.573�04 5.888�04 5.377�04 4.912�04 4.527�044 180 1.113�03 1.113�03 1.160�03 1.231�03 1.299�03 1.358�03 1.410�034 181 4.121�14 3.020+07 1.159�03 9.662�04 7.326�04 6.029�04 5.013�04 4.097�04 3.332�044 182 6.070�05 1.332+08 1.339�03 1.448�03 1.660�03 1.855�03 2.030�03 2.184�03 2.317�034 183 7.744�15 4.670+07 9.565�04 1.053�03 1.231�03 1.389�03 1.529�03 1.653�03 1.760�034 184 8.320�15 6.091�03 7.172�04 5.955�04 4.483�04 3.670�04 3.034�04 2.462�04 1.983�044 185 8.186�17 7.518+04 6.786�04 5.680�04 4.327�04 3.568�04 2.972�04 2.436�04 1.988�044 186 1.252�13 2.879�01 1.231�06 1.082�06 8.777�07 7.501�07 6.463�07 5.538�07 4.760�074 187 7.463�14 1.738�01 3.600�06 3.241�06 2.729�06 2.388�06 2.105�06 1.854�06 1.642�064 188 5.080�06 4.565�06 3.834�06 3.348�06 2.946�06 2.589�06 2.287�064 189 2.358�12 5.555+00 2.595�06 2.332�06 1.958�06 1.711�06 1.507�06 1.325�06 1.171�064 190 1.327�06 1.145�06 9.094�07 7.678�07 6.542�07 5.528�07 4.679�074 191 9.087�14 1.070�01 2.540�06 2.286�06 1.924�06 1.685�06 1.486�06 1.309�06 1.159�064 192 9.533�15 7.488�03 2.430�06 2.084�06 1.643�06 1.387�06 1.183�06 1.001�06 8.489�074 193 6.486�09 5.771�09 5.053�09 4.802�09 4.637�09 4.468�09 4.320�094 194 1.197�08 1.017�08 8.046�09 6.926�09 6.063�09 5.280�09 4.625�094 195 1.660�07 1.312+05 1.758�06 1.520�06 1.209�06 1.023�06 8.747�07 7.418�07 6.304�074 196 2.206�06 1.906�06 1.514�06 1.279�06 1.091�06 9.220�07 7.805�074 197 6.008�14 7.229�02 9.804�06 8.647�06 7.073�06 6.089�06 5.287�06 4.571�06 3.969�064 198 7.748�06 6.835�06 5.593�06 4.816�06 4.183�06 3.619�06 3.143�064 199 1.340�14 3.229�02 6.168�06 5.483�06 4.535�06 3.930�06 3.434�06 2.992�06 2.618�064 200 6.800�14 8.194�02 1.132�05 1.009�05 8.392�06 7.320�06 6.444�06 5.661�06 5.001�064 201 1.090�05 9.556�06 7.733�06 6.599�06 5.679�06 4.858�06 4.168�064 202 8.530�12 1.045+01 1.534�05 1.334�05 1.071�05 9.128�06 7.852�06 6.712�06 5.756�064 203 9.773�12 7.986+00 2.191�05 1.915�05 1.554�05 1.338�05 1.165�05 1.010�05 8.804�064 204 8.662�06 7.502�06 5.982�06 5.068�06 4.333�06 3.676�06 3.125�064 205 1.216�12 9.934�01 1.054�05 9.089�06 7.201�06 6.075�06 5.172�06 4.364�06 3.688�064 206 7.538�12 1.858+01 2.041�06 1.848�06 1.574�06 1.393�06 1.244�06 1.112�06 1.001�064 207 2.893�06 2.628�06 2.255�06 2.012�06 1.813�06 1.636�06 1.488�064 208 7.187�07 6.319�07 5.171�07 4.472�07 3.907�07 3.402�07 2.978�074 209 2.969�07 2.757�07 2.501�07 2.372�07 2.275�07 2.188�07 2.117�074 210 3.884�08 3.338�08 2.703�08 2.379�08 2.131�08 1.906�08 1.719�084 211 4.153�08 3.613�08 2.992�08 2.681�08 2.447�08 2.233�08 2.054�084 212 6.044�15 7.512�03 2.367�07 2.069�07 1.684�07 1.456�07 1.275�07 1.112�07 9.766�084 213 3.134�15 2.597�03 2.019�07 1.790�07 1.497�07 1.331�07 1.199�07 1.082�07 9.840�084 219 7.141�13 1.382+05 7.889�07 6.940�07 5.643�07 4.828�07 4.165�07 3.574�07 3.077�074 228 1.347�11 3.493+01 4.107�07 3.722�07 3.162�07 2.782�07 2.464�07 2.182�07 1.944�074 229 2.691�12 3.490+00 5.071�07 4.593�07 3.899�07 3.427�07 3.035�07 2.686�07 2.390�074 236 1.013�14 1.320�02 6.419�07 5.813�07 4.931�07 4.336�07 3.840�07 3.398�07 3.024�074 237 1.063�13 4.288+03 6.704�07 6.080�07 5.169�07 4.552�07 4.038�07 3.579�07 3.190�074 242 1.199�11 1.787�11 3.311�11 4.911�11 6.363�11 7.614�11 8.679�114 243 1.337�11 1.692�11 2.627�11 3.620�11 4.557�11 5.412�11 6.193�114 247 6.946�03 6.053+09 6.061�07 5.250�07 4.186�07 3.547�07 3.033�07 2.573�07 2.188�074 248 9.087�12 5.940+00 6.122�07 5.308�07 4.236�07 3.587�07 3.065�07 2.598�07 2.207�074 249 1.515�08 9.907+03 2.773�10 2.404�10 2.056�10 2.001�10 2.051�10 2.160�10 2.340�104 250 2.374�10 2.026�10 1.631�10 1.434�10 1.255�10 1.052�10 8.357�115 6 2.934�08 5.428+01 1.699�01 1.498�01 1.228�01 1.050�01 9.225�02 8.253�02 7.484�02

446 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

5 7 2.537�09 7.076+00 5.983�02 5.288�02 4.348�02 3.729�02 3.282�02 2.940�02 2.670�025 8 1.139�11 1.677�01 2.976�02 2.580�02 2.065�02 1.737�02 1.507�02 1.334�02 1.199�025 9 2.826�12 5.220�02 1.449�02 1.276�02 1.045�02 8.932�03 7.843�03 7.014�03 6.357�035 10 1.429�09 1.368+01 2.140�02 1.884�02 1.545�02 1.323�02 1.164�02 1.043�02 9.470�035 11 3.985�01 7.887+09 1.539+00 1.629+00 1.770+00 1.881+00 1.974+00 2.053+00 2.124+005 12 6.869�11 2.002+00 3.608�03 3.268�03 2.772�03 2.426�03 2.167�03 1.965�03 1.801�035 13 4.747�04 9.227+06 5.033�02 4.579�02 3.918�02 3.456�02 3.111�02 2.842�02 2.625�025 14 1.324�10 1.073+01 3.865�03 3.490�03 2.947�03 2.568�03 2.286�03 2.067�03 1.889�035 15 4.624�05 1.876+06 1.941�02 1.755�02 1.485�02 1.297�02 1.157�02 1.048�02 9.598�035 16 1.200�09 1.092+03 1.862�06 1.717�06 1.529�06 1.413�06 1.336�06 1.280�06 1.239�065 17 4.293�11 4.304+01 6.572�05 5.901�05 4.955�05 4.306�05 3.825�05 3.451�05 3.150�055 18 4.213�05 2.116+07 3.288�04 2.958�04 2.499�04 2.186�04 1.956�04 1.779�04 1.638�045 19 4.692�14 2.568�02 2.188�05 1.977�05 1.675�05 1.465�05 1.309�05 1.186�05 1.086�055 20 3.965�12 1.448+00 7.442�05 6.775�05 5.825�05 5.169�05 4.683�05 4.303�05 3.997�055 21 4.620�10 5.126+02 7.306�04 6.518�04 5.428�04 4.690�04 4.149�04 3.732�04 3.397�045 22 1.633�01 9.080+10 1.045�02 1.232�02 1.590�02 1.919�02 2.220�02 2.497�02 2.754�025 23 3.818�01 1.422+11 2.430�02 2.865�02 3.699�02 4.464�02 5.165�02 5.811�02 6.409�025 24 1.494�09 1.737+03 1.415�03 1.271�03 1.068�03 9.277�04 8.239�04 7.431�04 6.782�045 25 5.520�05 3.224+07 6.648�03 5.974�03 5.022�03 4.366�03 3.881�03 3.503�03 3.199�035 26 2.577�06 3.094+06 1.131�03 1.079�03 1.021�03 9.921�04 9.778�04 9.713�04 9.690�045 27 3.359�10 1.180+07 1.307�02 1.222�02 1.113�02 1.048�02 1.005�02 9.752�03 9.537�035 28 1.139�06 1.374+06 5.117�03 4.531�03 3.760�03 3.265�03 2.915�03 2.651�03 2.444�035 29 2.034�10 4.057+06 1.705�02 1.535�02 1.307�02 1.159�02 1.053�02 9.733�03 9.105�035 30 2.426�11 2.804+07 2.323�02 2.294�02 2.284�02 2.303�02 2.333�02 2.368�02 2.403�025 31 5.983�10 2.953+07 3.604�02 3.497�02 3.396�02 3.366�02 3.368�02 3.386�02 3.411�025 32 7.264�12 3.108+05 7.481�03 6.554�03 5.325�03 4.531�03 3.968�03 3.544�03 3.212�035 33 2.045�05 2.542+07 5.809�03 5.771�03 5.804�03 5.895�03 6.008�03 6.126�03 6.241�035 34 9.710�11 1.851+07 1.341�02 1.278�02 1.205�02 1.166�02 1.145�02 1.134�02 1.128�025 35 3.578�10 9.157+06 4.343�01 4.411�01 4.501�01 4.563�01 4.609�01 4.646�01 4.675�015 36 1.954�11 3.689+04 7.380�03 6.479�03 5.284�03 4.507�03 3.952�03 3.532�03 3.200�035 37 2.487�10 1.063+05 2.172�02 1.946�02 1.647�02 1.453�02 1.315�02 1.210�02 1.128�025 38 5.222�04 3.364+08 4.859�03 4.425�03 3.908�03 3.611�03 3.424�03 3.298�03 3.208�035 39 1.022�02 4.397+09 1.353�02 1.277�02 1.198�02 1.164�02 1.149�02 1.146�02 1.148�025 40 5.145�02 1.663+10 3.007�02 2.919�02 2.866�02 2.882�02 2.926�02 2.983�02 3.045�025 41 6.164�09 7.984+03 3.547�03 3.097�03 2.500�03 2.114�03 1.840�03 1.633�03 1.471�035 42 2.525�08 6.547+03 3.576�02 3.258�02 2.886�02 2.679�02 2.550�02 2.466�02 2.407�025 43 7.147�10 9.387+02 5.658�03 5.372�03 5.064�03 4.918�03 4.848�03 4.819�03 4.812�035 44 2.007�02 1.319+10 1.330�02 1.293�02 1.271�02 1.277�02 1.295�02 1.318�02 1.344�025 45 2.558�01 1.121+11 4.441�02 4.719�02 5.258�02 5.754�02 6.208�02 6.626�02 7.012�025 46 4.573+00 1.506+12 6.477�01 7.129�01 8.281�01 9.277�01 1.016+00 1.095+00 1.168+005 47 8.368�03 5.524+09 1.469�02 1.304�02 1.103�02 9.826�03 9.033�03 8.475�03 8.066�035 48 5.066�01 2.231+11 1.128�01 1.159�01 1.237�01 1.318�01 1.396�01 1.470�01 1.541�015 49 1.575+00 6.962+11 2.444�01 2.648�01 3.017�01 3.341�01 3.631�01 3.894�01 4.135�015 50 6.479�01 4.299+11 1.037�01 1.119�01 1.269�01 1.403�01 1.522�01 1.631�01 1.730�015 51 1.867�09 2.480+03 5.651�03 4.792�03 3.735�03 3.093�03 2.655�03 2.335�03 2.088�035 52 3.137�10 4.180+02 2.352�04 2.005�04 1.573�04 1.308�04 1.126�04 9.913�05 8.876�055 53 4.793�04 3.194+08 9.378�04 8.221�04 6.790�04 5.923�04 5.337�04 4.916�04 4.599�045 54 8.107�11 3.704+01 1.222�02 1.050�02 8.323�03 6.964�03 6.018�03 5.316�03 4.770�035 55 4.956�11 1.705+01 2.461�02 2.105�02 1.659�02 1.383�02 1.192�02 1.050�02 9.407�035 56 2.391�08 1.653+04 1.295�02 1.113�02 8.831�03 7.395�03 6.394�03 5.651�03 5.073�035 57 6.259�09 8.672+03 5.197�03 4.415�03 3.445�03 2.852�03 2.445�03 2.146�03 1.916�035 58 1.227�06 1.122�06 9.906�07 9.105�07 8.565�07 8.176�07 7.884�075 59 4.374�12 3.153+00 6.116�04 5.356�04 4.360�04 3.719�04 3.264�04 2.920�04 2.648�045 60 2.878�12 1.385+00 4.526�04 4.068�04 3.458�04 3.061�04 2.777�04 2.562�04 2.392�045 61 6.580�13 4.750�01 3.095�04 2.716�04 2.216�04 1.892�04 1.661�04 1.486�04 1.347�045 62 1.711�04 1.497�04 1.212�04 1.027�04 8.949�05 7.953�05 7.171�055 63 2.683�07 4.029+05 1.128�04 1.166�04 1.235�04 1.293�04 1.342�04 1.385�04 1.422�045 64 3.948�12 2.883+05 1.179�03 1.057�03 8.992�04 8.002�04 7.311�04 6.796�04 6.397�045 65 6.149�11 1.337+05 1.302�01 1.333�01 1.379�01 1.411�01 1.436�01 1.456�01 1.472�015 66 3.527�04 1.352+08 2.355�04 2.077�04 1.744�04 1.553�04 1.433�04 1.353�04 1.297�045 67 1.046�04 9.035�05 7.222�05 6.090�05 5.304�05 4.721�05 4.270�055 68 1.158�10 8.980+01 1.637�04 1.415�04 1.130�04 9.506�05 8.248�05 7.308�05 6.574�055 69 4.966�10 2.568+02 3.975�04 3.453�04 2.781�04 2.355�04 2.055�04 1.831�04 1.656�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 447

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

5 70 1.833�10 2.874+02 1.762�04 1.556�04 1.278�04 1.095�04 9.628�05 8.620�05 7.821�055 71 3.763�12 5.913+00 3.689�06 3.299�06 2.754�06 2.384�06 2.112�06 1.902�06 1.734�065 72 1.888�05 1.728�05 1.509�05 1.365�05 1.262�05 1.186�05 1.127�055 73 2.172�11 3.021+02 3.176�03 2.763�03 2.231�03 1.893�03 1.655�03 1.476�03 1.335�035 74 3.510�09 5.548+03 1.116�03 9.934�04 8.255�04 7.124�04 6.297�04 5.659�04 5.150�045 75 6.573�11 1.049+02 8.983�05 8.283�05 7.407�05 6.873�05 6.517�05 6.265�05 6.082�055 76 3.674�03 2.936+09 5.273�04 5.175�04 5.223�04 5.415�04 5.668�04 5.949�04 6.241�045 77 4.663�02 2.489+10 2.800�03 3.028�03 3.566�03 4.124�03 4.672�03 5.198�03 5.700�035 78 9.106�14 1.037+04 2.337�04 2.204�04 2.021�04 1.900�04 1.812�04 1.746�04 1.693�045 79 9.024�13 4.191+03 1.269�04 1.123�04 9.265�05 7.979�05 7.055�05 6.350�05 5.791�055 80 3.398�01 1.365+11 1.340�02 1.573�02 2.053�02 2.517�02 2.955�02 3.367�02 3.755�025 81 1.901�09 3.065+03 4.182�04 3.725�04 3.095�04 2.671�04 2.361�04 2.122�04 1.931�045 82 1.033�01 8.334+10 4.434�03 5.213�03 6.763�03 8.225�03 9.590�03 1.086�02 1.206�025 83 2.814�01 1.517+11 1.139�02 1.355�02 1.780�02 2.179�02 2.551�02 2.897�02 3.221�025 84 7.944�04 6.479+08 5.153�04 4.707�04 4.116�04 3.744�04 3.490�04 3.310�04 3.177�045 85 1.061�02 5.793+09 4.251�03 3.953�03 3.574�03 3.351�03 3.213�03 3.128�03 3.076�035 86 1.960�03 1.628+09 2.063�03 1.863�03 1.586�03 1.401�03 1.268�03 1.166�03 1.087�035 87 1.521�09 2.529+03 5.108�04 4.567�04 3.813�04 3.301�04 2.924�04 2.632�04 2.398�045 88 1.552�01 1.293+11 6.681�03 7.915�03 1.033�02 1.258�02 1.467�02 1.661�02 1.842�025 89 5.914�14 1.519+06 7.100�04 6.857�04 6.619�04 6.526�04 6.496�04 6.496�04 6.513�045 90 1.238�12 1.114+07 4.832�03 4.906�03 5.087�03 5.266�03 5.431�03 5.581�03 5.715�035 91 3.259�12 4.710+07 2.195�02 2.296�02 2.474�02 2.624�02 2.752�02 2.862�02 2.958�025 92 4.818�04 1.633+08 8.423�02 8.973�02 9.897�02 1.064�01 1.126�01 1.179�01 1.225�015 93 7.044�13 4.000�01 1.721�06 1.551�06 1.319�06 1.164�06 1.052�06 9.674�07 9.008�075 94 2.620�04 1.117+08 1.044�05 1.218�05 1.582�05 1.935�05 2.271�05 2.587�05 2.884�055 95 5.844�13 2.394+07 5.338�03 5.650�03 6.185�03 6.623�03 6.989�03 7.302�03 7.574�035 96 5.663�06 9.678+06 1.040�03 1.100�03 1.203�03 1.287�03 1.358�03 1.418�03 1.471�035 97 3.086�12 8.537+07 2.605�02 2.767�02 3.042�02 3.266�02 3.453�02 3.612�02 3.749�025 98 2.523�14 1.092+08 4.339�02 4.620�02 5.093�02 5.476�02 5.795�02 6.066�02 6.301�025 99 3.517�13 1.868+07 7.483�03 7.219�03 6.954�03 6.844�03 6.803�03 6.796�03 6.808�035 100 7.124�07 1.224+06 4.505�03 3.969�03 3.266�03 2.813�03 2.491�03 2.249�03 2.058�035 101 1.034�13 1.675+06 2.427�03 2.217�03 1.954�03 1.794�03 1.685�03 1.607�03 1.547�035 102 3.481�12 4.241+06 1.459�02 1.310�02 1.119�02 9.992�03 9.156�03 8.536�03 8.057�035 103 5.027�13 5.548+07 1.784�02 1.880�02 2.047�02 2.184�02 2.299�02 2.397�02 2.483�025 104 1.661�12 1.023+08 2.074�02 2.199�02 2.411�02 2.584�02 2.729�02 2.853�02 2.960�025 105 7.466�05 1.301+08 1.311�02 1.394�02 1.533�02 1.646�02 1.740�02 1.820�02 1.890�025 106 1.042�09 6.072+02 1.694�03 1.530�03 1.294�03 1.130�03 1.007�03 9.108�04 8.332�045 107 1.185�10 1.036+02 1.243�04 1.117�04 9.382�05 8.159�05 7.255�05 6.554�05 5.990�055 108 7.444�08 1.316+05 1.674�05 1.702�05 1.765�05 1.827�05 1.884�05 1.936�05 1.982�055 109 5.453�10 9.678+02 1.883�04 1.690�04 1.418�04 1.231�04 1.093�04 9.858�05 8.995�055 110 8.831�05 7.859+07 1.044�03 9.392�04 7.911�04 6.893�04 6.140�04 5.555�04 5.086�045 111 3.979�16 1.576+04 6.450�06 6.469�06 6.630�06 6.829�06 7.026�06 7.210�06 7.381�065 112 1.087�13 1.660+04 5.998�05 6.374�05 7.015�05 7.540�05 7.979�05 8.353�05 8.679�055 113 4.085�08 1.833+04 7.137�03 6.236�03 5.056�03 4.296�03 3.757�03 3.350�03 3.029�035 114 3.411�07 1.225+05 3.879�03 3.388�03 2.747�03 2.334�03 2.040�03 1.819�03 1.645�035 115 9.696�15 8.995+04 3.555�04 3.120�04 2.557�04 2.199�04 1.947�04 1.759�04 1.611�045 116 1.517�13 1.491+05 1.397�06 1.290�06 1.149�06 1.060�06 9.984�07 9.534�07 9.192�075 117 1.728�09 3.158+03 5.871�04 5.180�04 4.289�04 3.725�04 3.330�04 3.035�04 2.806�045 118 1.560�12 4.871+04 5.807�03 5.069�03 4.107�03 3.489�03 3.051�03 2.720�03 2.461�035 119 1.331�13 8.127�02 2.417�03 2.108�03 1.705�03 1.447�03 1.263�03 1.125�03 1.016�035 120 2.254�08 4.185+04 1.841�04 1.607�04 1.303�04 1.110�04 9.736�05 8.713�05 7.913�055 121 2.568�14 4.792+04 2.834�04 2.482�04 2.026�04 1.736�04 1.531�04 1.378�04 1.258�045 122 2.023�08 3.787+04 4.182�06 4.192�06 4.264�06 4.357�06 4.452�06 4.543�06 4.629�065 123 3.024�12 5.681+00 1.596�06 1.423�06 1.183�06 1.021�06 9.033�07 8.123�07 7.395�075 124 4.793�12 4.505+00 6.254�06 5.588�06 4.666�06 4.045�06 3.592�06 3.245�06 2.968�065 125 3.612�11 6.858+01 1.720�05 1.555�05 1.317�05 1.150�05 1.026�05 9.283�06 8.495�065 126 1.044�10 9.916+01 7.369�05 6.669�05 5.659�05 4.951�05 4.421�05 4.006�05 3.670�055 127 1.971�14 1.895�02 5.512�06 4.963�06 4.184�06 3.648�06 3.250�06 2.941�06 2.691�065 128 7.964�13 1.337+02 1.752�05 1.587�05 1.356�05 1.199�05 1.083�05 9.937�06 9.225�065 129 3.067�14 1.992�02 4.130�07 3.527�07 2.789�07 2.343�07 2.038�07 1.816�07 1.646�075 130 1.583�06 7.710+05 5.428�07 4.841�07 4.209�07 3.899�07 3.736�07 3.654�07 3.619�075 131 3.985�13 2.650�01 2.139�04 1.855�04 1.490�04 1.258�04 1.094�04 9.717�05 8.758�055 132 7.745�15 7.732�03 9.961�05 8.632�05 6.922�05 5.839�05 5.077�05 4.506�05 4.060�055 133 1.341�10 2.746+02 1.763�04 1.579�04 1.321�04 1.144�04 1.015�04 9.139�05 8.331�05

448 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

5 134 2.150�02 2.206+10 1.446�03 1.506�03 1.677�03 1.871�03 2.067�03 2.260�03 2.446�035 135 5.145�02 3.532+10 3.476�03 3.613�03 4.013�03 4.468�03 4.932�03 5.387�03 5.828�035 136 3.486�10 7.234+02 4.727�04 4.243�04 3.560�04 3.091�04 2.743�04 2.474�04 2.257�045 137 9.969�05 1.039+08 2.135�03 1.918�03 1.612�03 1.401�03 1.246�03 1.126�03 1.029�035 138 5.169�07 1.085+06 3.632�04 3.298�04 2.871�04 2.607�04 2.427�04 2.297�04 2.199�045 139 2.918�11 3.999+06 1.958�03 1.802�03 1.606�03 1.488�03 1.410�03 1.356�03 1.317�035 140 1.181�13 7.549+06 6.915�03 6.625�03 6.277�03 6.083�03 5.966�03 5.893�03 5.847�035 141 3.771�11 9.325+05 1.815�03 1.617�03 1.352�03 1.181�03 1.059�03 9.676�04 8.960�045 142 1.854�10 9.468+06 8.744�03 8.039�03 7.160�03 6.636�03 6.294�03 6.058�03 5.890�035 143 3.031�08 6.397+04 1.605�03 1.414�03 1.157�03 9.900�04 8.698�04 7.785�04 7.062�045 144 7.130�11 3.199+05 5.146�03 4.572�03 3.787�03 3.265�03 2.888�03 2.599�03 2.369�035 145 4.453�06 9.427+06 1.476�03 1.387�03 1.282�03 1.225�03 1.192�03 1.173�03 1.162�035 146 3.398�11 6.573+06 4.545�03 4.128�03 3.586�03 3.247�03 3.013�03 2.843�03 2.714�035 147 1.501�10 4.692+06 8.510�02 8.636�02 8.814�02 8.945�02 9.047�02 9.131�02 9.200�025 148 1.113�12 1.186+00 3.452�03 3.043�03 2.494�03 2.134�03 1.875�03 1.678�03 1.522�035 149 7.387�11 2.255+04 8.210�03 7.337�03 6.169�03 5.408�03 4.862�03 4.448�03 4.122�035 150 2.770�04 2.963+08 1.064�03 9.423�04 7.946�04 7.070�04 6.488�04 6.077�04 5.774�045 151 7.034�03 5.020+09 3.769�03 3.528�03 3.283�03 3.177�03 3.135�03 3.127�03 3.138�035 152 6.484�02 3.476+10 1.390�02 1.405�02 1.465�02 1.536�02 1.609�02 1.679�02 1.747�025 153 8.009�09 3.444+03 8.806�03 7.750�03 6.453�03 5.744�03 5.193�03 4.698�03 4.286�035 154 1.087�08 2.338+04 1.652�03 1.444�03 1.162�03 9.890�04 8.486�04 7.234�04 6.183�045 155 1.709�03 1.226+09 2.590�03 2.394�03 2.170�03 2.069�03 1.998�03 1.934�03 1.883�035 156 2.639�04 2.841+08 2.459�03 2.224�03 1.941�03 1.794�03 1.683�03 1.583�03 1.501�035 157 2.352�10 5.064+02 1.317�03 1.195�03 1.051�03 9.774�04 9.223�04 8.725�04 8.315�045 158 1.111�03 1.198+09 3.822�03 3.324�03 2.677�03 2.293�03 1.987�03 1.712�03 1.482�035 159 8.815�01 4.757+11 1.074�01 1.155�01 1.302�01 1.435�01 1.557�01 1.669�01 1.770�015 160 1.780�01 1.282+11 2.816�02 2.820�02 2.892�02 3.010�02 3.130�02 3.241�02 3.347�025 161 2.834�01 2.042+11 4.462�02 4.703�02 5.168�02 5.613�02 6.027�02 6.407�02 6.753�025 162 1.327�01 1.435+11 1.978�02 2.067�02 2.247�02 2.426�02 2.594�02 2.748�02 2.889�025 163 6.039�10 1.306+03 1.916�03 1.634�03 1.276�03 1.070�03 9.059�04 7.588�04 6.357�045 164 7.419�15 8.371+05 2.366�04 2.116�04 1.843�04 1.722�04 1.634�04 1.555�04 1.490�045 165 2.760�13 5.234+06 6.437�04 6.445�04 6.699�04 7.081�04 7.448�04 7.768�04 8.050�045 166 8.298�16 6.610+04 6.981�04 6.310�04 5.599�04 5.306�04 5.101�04 4.909�04 4.749�045 167 1.089�04 4.736+07 5.548�03 5.917�03 6.668�03 7.380�03 8.022�03 8.586�03 9.075�035 168 4.422�14 1.795+04 9.821�04 8.722�04 7.505�04 6.937�04 6.521�04 6.137�04 5.818�045 169 1.884�13 2.537+06 1.659�03 1.472�03 1.264�03 1.167�03 1.096�03 1.032�03 9.788�045 170 2.618�13 1.881+05 5.873�03 5.081�03 4.052�03 3.439�03 2.947�03 2.507�03 2.138�035 171 1.514�14 1.100�02 1.630�03 1.404�03 1.139�03 9.996�04 8.924�04 7.951�04 7.140�045 172 4.247�04 3.084+08 1.097�03 9.298�04 7.306�04 6.228�04 5.391�04 4.634�04 4.002�045 173 6.500�05 2.837+07 5.965�03 5.145�03 4.083�03 3.452�03 2.945�03 2.491�03 2.111�035 174 9.961�03 8.592�03 6.834�03 5.802�03 4.980�03 4.243�03 3.627�035 175 2.873�13 3.395+07 5.131�03 5.197�03 5.489�03 5.858�03 6.205�03 6.508�03 6.771�035 176 1.441�03 7.871+08 4.534�03 4.611�03 4.897�03 5.244�03 5.569�03 5.853�03 6.101�035 177 7.064�05 7.719+07 2.664�03 2.310�03 1.910�03 1.714�03 1.567�03 1.432�03 1.320�035 178 3.778�14 1.973+07 2.248�03 1.917�03 1.495�03 1.249�03 1.054�03 8.783�04 7.314�045 179 2.887�13 3.609+07 3.939�03 3.694�03 3.487�03 3.462�03 3.468�03 3.469�03 3.476�035 180 1.608�06 7.036+05 3.303�03 3.364�03 3.581�03 3.841�03 4.085�03 4.299�03 4.485�035 181 1.337�13 1.916+07 2.412�03 2.022�03 1.558�03 1.308�03 1.115�03 9.394�04 7.933�045 182 2.668�09 5.841+03 1.525�03 1.480�03 1.478�03 1.527�03 1.580�03 1.625�03 1.666�035 183 2.364�06 5.175+06 4.890�04 4.320�04 3.709�04 3.446�04 3.262�04 3.091�04 2.953�045 184 1.562�13 3.281+06 1.927�03 1.659�03 1.344�03 1.182�03 1.058�03 9.454�04 8.524�045 185 1.228�15 4.129+05 8.977�04 7.463�04 5.658�04 4.683�04 3.926�04 3.242�04 2.672�045 186 1.549�09 3.552+03 1.871�06 1.644�06 1.334�06 1.140�06 9.823�07 8.418�07 7.237�075 187 2.438�13 5.661�01 2.541�06 2.272�06 1.894�06 1.648�06 1.444�06 1.264�06 1.111�065 188 1.474�06 1.712+06 1.071�05 9.642�06 8.120�06 7.106�06 6.264�06 5.517�06 4.886�065 189 1.101�12 2.586+00 2.146�06 1.930�06 1.621�06 1.418�06 1.250�06 1.100�06 9.732�075 190 4.537�12 5.331+00 1.840�06 1.566�06 1.218�06 1.015�06 8.540�07 7.094�07 5.886�075 191 1.437�14 3.518+02 5.537�06 4.986�06 4.199�06 3.680�06 3.251�06 2.870�06 2.547�065 192 2.458�13 9.257+02 3.829�06 3.295�06 2.606�06 2.196�06 1.869�06 1.576�06 1.332�065 193 3.466�17 2.044�05 3.411�09 3.094�09 2.804�09 2.753�09 2.726�09 2.673�09 2.608�095 194 9.649�09 9.298�09 9.829�09 1.111�08 1.231�08 1.322�08 1.390�085 195 5.992�15 4.722�03 1.743�06 1.509�06 1.204�06 1.021�06 8.733�07 7.414�07 6.307�075 196 1.383�06 8.171+05 4.512�06 3.912�06 3.132�06 2.668�06 2.297�06 1.965�06 1.686�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 449

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

5 197 5.302�06 4.673�06 3.817�06 3.281�06 2.845�06 2.456�06 2.127�065 198 1.978�14 1.583�02 1.899�05 1.679�05 1.381�05 1.194�05 1.043�05 9.076�06 7.937�065 199 7.627�06 6.731�06 5.509�06 4.741�06 4.114�06 3.555�06 3.084�065 200 5.386�14 6.474�02 2.034�05 1.808�05 1.496�05 1.297�05 1.133�05 9.874�06 8.642�065 201 1.702�05 1.492�05 1.208�05 1.031�05 8.872�06 7.591�06 6.514�065 202 3.155�12 3.856+00 1.782�05 1.546�05 1.236�05 1.047�05 8.959�06 7.604�06 6.466�065 203 1.146�11 9.342+00 3.580�05 3.107�05 2.486�05 2.109�05 1.806�05 1.535�05 1.307�055 204 2.085�05 1.818�05 1.474�05 1.273�05 1.112�05 9.694�06 8.503�065 205 1.289�12 1.051+00 1.180�05 1.024�05 8.188�06 6.946�06 5.947�06 5.053�06 4.302�065 206 4.249�12 1.045+01 1.293�06 1.163�06 9.781�07 8.557�07 7.545�07 6.644�07 5.883�075 207 1.370�11 1.684+01 5.826�06 5.254�06 4.436�06 3.892�06 3.441�06 3.040�06 2.702�065 208 1.344�14 1.104�02 2.631�07 2.293�07 1.849�07 1.579�07 1.362�07 1.168�07 1.005�075 209 3.269�15 2.014�03 1.110�06 9.804�07 8.039�07 6.930�07 6.025�07 5.218�07 4.539�075 210 2.281�08 1.975�08 1.618�08 1.435�08 1.295�08 1.169�08 1.064�085 211 3.390�08 3.418�08 3.652�08 3.972�08 4.274�08 4.532�08 4.755�085 212 1.372�15 1.701�03 1.944�07 1.694�07 1.365�07 1.167�07 1.008�07 8.664�08 7.475�085 213 2.766�13 2.286�01 4.438�07 3.876�07 3.133�07 2.683�07 2.320�07 1.997�07 1.727�075 219 5.760�08 1.480+05 1.195�06 1.052�06 8.549�07 7.316�07 6.312�07 5.417�07 4.664�075 228 1.030�11 2.665+01 2.447�07 2.215�07 1.879�07 1.651�07 1.461�07 1.292�07 1.149�075 229 9.840�06 1.273+07 1.136�06 1.030�06 8.757�07 7.709�07 6.836�07 6.061�07 5.404�075 236 1.106�14 8.209+03 5.464�07 4.953�07 4.209�07 3.706�07 3.287�07 2.914�07 2.597�075 237 7.416�13 1.173+04 1.438�06 1.304�06 1.110�06 9.801�07 8.716�07 7.753�07 6.937�075 242 3.987�17 2.079�05 1.372�10 1.768�10 2.804�10 3.902�10 4.931�10 5.862�10 6.702�105 243 1.732�10 2.494�10 4.467�10 6.539�10 8.429�10 1.007�09 1.149�095 247 1.032�05 8.969+06 5.592�07 4.857�07 3.888�07 3.301�07 2.828�07 2.405�07 2.051�075 248 4.810�04 3.136+08 1.325�06 1.154�06 9.304�07 7.966�07 6.893�07 5.933�07 5.129�075 249 5.549�17 3.109+03 7.644�10 6.688�10 5.803�10 5.555�10 5.187�10 4.524�10 3.615�105 250 4.977�08 2.597+04 1.349�09 1.199�09 1.101�09 1.163�09 1.278�09 1.421�09 1.601�096 7 1.087�01 1.008�01 9.062�02 8.448�02 7.916�02 7.391�02 6.894�026 8 8.999�09 1.984+01 1.066�01 1.090�01 1.133�01 1.174�01 1.210�01 1.240�01 1.266�016 9 3.078�10 1.164+00 5.293�02 4.682�02 3.856�02 3.347�02 2.935�02 2.565�02 2.252�026 10 8.262�09 1.691+01 8.560�02 7.540�02 6.152�02 5.292�02 4.592�02 3.965�02 3.436�026 11 4.768�05 4.438�05 4.100�05 3.966�05 3.878�05 3.798�05 3.735�056 12 4.551�02 6.347+08 2.543�01 2.642�01 2.803�01 2.941�01 3.064�01 3.175�01 3.271�016 13 4.547�01 4.231+09 2.216+00 2.345+00 2.550+00 2.718+00 2.867+00 2.999+00 3.115+006 14 8.918�11 3.945+00 6.633�03 5.990�03 5.054�03 4.422�03 3.897�03 3.431�03 3.038�036 15 3.021�01 6.692+09 1.070+00 1.130+00 1.227+00 1.308+00 1.379+00 1.444+00 1.500+006 16 1.261�06 9.750+05 7.272�04 7.574�04 8.091�04 8.534�04 8.919�04 9.250�04 9.526�046 17 3.267�11 2.807+01 1.286�04 1.211�04 1.129�04 1.094�04 1.069�04 1.046�04 1.026�046 18 3.137�02 1.351+10 2.585�03 3.164�03 4.214�03 5.153�03 6.014�03 6.804�03 7.522�036 19 1.914�12 6.559+04 2.800�04 2.551�04 2.235�04 2.056�04 1.915�04 1.787�04 1.680�046 20 2.985�12 1.707+05 5.345�03 5.348�03 5.356�03 5.381�03 5.402�03 5.417�03 5.425�036 21 2.024�10 1.940+02 3.625�04 3.229�04 2.680�04 2.322�04 2.026�04 1.764�04 1.544�046 22 2.258�04 1.085+08 2.679�03 2.403�03 2.016�03 1.761�03 1.550�03 1.364�03 1.207�036 23 2.557�04 8.229+07 9.399�03 8.430�03 7.063�03 6.154�03 5.402�03 4.736�03 4.177�036 24 6.126�10 6.172+02 6.223�04 5.578�04 4.671�04 4.070�04 3.574�04 3.134�04 2.764�046 25 2.107�01 1.067+11 1.089�02 1.372�02 1.913�02 2.419�02 2.889�02 3.323�02 3.721�026 26 6.136�06 6.400+06 1.409�03 1.504�03 1.664�03 1.799�03 1.917�03 2.019�03 2.106�036 27 9.530�11 9.576+06 6.769�03 6.731�03 6.771�03 6.899�03 7.026�03 7.131�03 7.222�036 28 9.887�06 1.036+07 3.547�03 3.495�03 3.473�03 3.511�03 3.555�03 3.590�03 3.620�036 29 3.214�10 2.075+07 1.187�02 1.199�02 1.233�02 1.275�02 1.315�02 1.348�02 1.377�026 30 2.779�10 9.721+01 1.323�02 1.169�02 9.588�03 8.272�03 7.199�03 6.240�03 5.433�036 31 1.441�10 1.659+04 3.070�02 2.710�02 2.220�02 1.912�02 1.661�02 1.436�02 1.247�026 32 1.907�12 4.311+05 8.454�03 7.447�03 6.099�03 5.269�03 4.596�03 3.994�03 3.487�036 33 1.874�08 2.030+04 2.223�03 1.949�03 1.581�03 1.354�03 1.170�03 1.005�03 8.669�046 34 8.230�11 6.852+04 7.788�03 6.829�03 5.543�03 4.749�03 4.105�03 3.530�03 3.046�036 35 2.043�10 2.025+05 1.513�02 1.343�02 1.115�02 9.747�03 8.613�03 7.599�03 6.744�036 36 3.707�10 5.943+06 8.223�03 7.662�03 6.947�03 6.554�03 6.247�03 5.968�03 5.734�036 37 3.749�11 1.220+07 2.253�01 2.280�01 2.319�01 2.353�01 2.383�01 2.407�01 2.425�016 38 4.059�04 2.283+08 3.056�03 2.636�03 2.104�03 1.795�03 1.551�03 1.331�03 1.148�036 39 4.338�03 1.629+09 1.213�02 1.059�02 8.644�03 7.526�03 6.642�03 5.851�03 5.192�036 40 2.729�03 7.705+08 2.946�02 2.546�02 2.032�02 1.730�02 1.488�02 1.272�02 1.091�026 41 1.999�05 2.262+07 6.156�02 5.300�02 4.197�02 3.543�02 3.019�02 2.549�02 2.155�026 42 1.188�07 2.692+04 5.862�03 5.870�03 5.979�03 6.154�03 6.320�03 6.462�03 6.584�03

450 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

6 43 4.246�10 4.877+02 3.141�03 2.687�03 2.108�03 1.768�03 1.498�03 1.256�03 1.053�036 44 1.897�03 1.090+09 6.504�03 5.655�03 4.587�03 3.981�03 3.504�03 3.077�03 2.722�036 45 5.435�02 2.083+10 1.709�02 1.672�02 1.664�02 1.704�02 1.751�02 1.795�02 1.839�026 46 9.010�09 2.595+03 2.554�02 2.184�02 1.713�02 1.437�02 1.217�02 1.020�02 8.546�036 47 5.410�02 3.124+10 1.667�02 1.756�02 1.924�02 2.081�02 2.225�02 2.355�02 2.472�026 48 7.361�01 2.835+11 1.305�01 1.421�01 1.627�01 1.812�01 1.980�01 2.134�01 2.274�016 49 1.744�01 6.744+10 4.752�02 4.871�02 5.179�02 5.528�02 5.864�02 6.173�02 6.459�026 50 1.960�03 1.138+09 1.361�02 1.174�02 9.369�03 7.994�03 6.904�03 5.928�03 5.112�036 51 1.542�10 1.792+02 7.271�03 6.229�03 4.895�03 4.110�03 3.485�03 2.923�03 2.453�036 52 2.129�09 2.483+03 2.365�03 2.146�03 1.837�03 1.632�03 1.462�03 1.312�03 1.186�036 53 1.534�01 8.949+10 9.659�03 1.132�02 1.456�02 1.762�02 2.049�02 2.315�02 2.560�026 54 2.201�01 8.819+10 4.540�02 4.772�02 5.240�02 5.702�02 6.134�02 6.530�02 6.893�026 55 3.434+00 1.036+12 5.323�01 5.875�01 6.846�01 7.703�01 8.485�01 9.201�01 9.848�016 56 3.094�02 1.877+10 1.703�02 1.757�02 1.865�02 1.970�02 2.068�02 2.155�02 2.234�026 57 3.241�09 3.941+03 6.215�03 6.472�03 6.920�03 7.307�03 7.648�03 7.948�03 8.205�036 58 8.249�06 1.046+07 4.202�03 3.969�03 3.694�03 3.566�03 3.472�03 3.385�03 3.313�036 59 1.291�10 2.089+07 1.098�02 1.079�02 1.068�02 1.078�02 1.089�02 1.098�02 1.105�026 60 1.877�10 1.393+07 8.819�03 7.771�03 6.352�03 5.469�03 4.750�03 4.108�03 3.567�036 61 1.799�10 8.265+04 2.336�01 2.373�01 2.427�01 2.473�01 2.511�01 2.543�01 2.569�016 62 2.506�05 3.245+07 6.045�03 6.101�03 6.283�03 6.511�03 6.724�03 6.908�03 7.065�036 63 2.232�08 2.956+04 3.602�05 3.267�05 2.814�05 2.537�05 2.312�05 2.111�05 1.942�056 64 4.356�13 1.109+04 4.075�05 3.675�05 3.122�05 2.772�05 2.485�05 2.230�05 2.014�056 65 5.300�12 7.086+03 1.499�04 1.386�04 1.231�04 1.135�04 1.057�04 9.869�05 9.277�056 66 2.289+00 7.750+11 2.820�01 3.128�01 3.684�01 4.185�01 4.645�01 5.067�01 5.451�016 67 1.188�01 5.365+10 3.214�02 3.146�02 3.144�02 3.232�02 3.335�02 3.431�02 3.528�026 68 1.629�02 1.116+10 1.121�02 1.025�02 9.133�03 8.612�03 8.240�03 7.912�03 7.659�036 69 2.291�01 1.047+11 3.756�02 3.911�02 4.261�02 4.633�02 4.986�02 5.312�02 5.614�026 70 2.293�07 3.181+05 7.786�04 6.877�04 5.646�04 4.879�04 4.255�04 3.697�04 3.228�046 71 2.359�11 3.280+01 4.225�03 3.992�03 3.734�03 3.622�03 3.543�03 3.470�03 3.411�036 72 2.860�02 1.990+10 1.217�02 1.170�02 1.132�02 1.134�02 1.143�02 1.153�02 1.165�026 73 7.988�12 5.418+05 1.366�03 1.209�03 9.965�04 8.652�04 7.586�04 6.632�04 5.830�046 74 7.832�11 1.096+02 2.258�05 2.134�05 2.000�05 1.943�05 1.903�05 1.867�05 1.838�056 75 6.348�12 8.975+00 5.913�05 5.121�05 4.098�05 3.493�05 3.010�05 2.577�05 2.214�056 76 2.394�04 1.694+08 1.260�04 1.134�04 9.851�05 9.114�05 8.576�05 8.105�05 7.738�056 77 1.310�11 6.197+00 1.599�04 1.377�04 1.090�04 9.205�05 7.850�05 6.635�05 5.617�056 78 4.794�11 1.274+06 1.440�01 1.472�01 1.521�01 1.560�01 1.593�01 1.621�01 1.644�016 79 1.585�11 5.754+05 5.677�03 4.975�03 4.053�03 3.499�03 3.052�03 2.652�03 2.315�036 80 8.608�11 3.063+01 3.446�04 3.016�04 2.467�04 2.147�04 1.893�04 1.665�04 1.474�046 81 2.553�11 3.648+01 4.464�05 3.861�05 3.074�05 2.602�05 2.223�05 1.884�05 1.599�056 82 2.821�04 2.018+08 1.195�04 1.077�04 9.367�05 8.658�05 8.138�05 7.687�05 7.338�056 83 3.705�03 1.770+09 2.966�04 3.092�04 3.474�04 3.936�04 4.391�04 4.821�04 5.231�046 84 5.512�03 3.987+09 1.523�03 1.426�03 1.325�03 1.289�03 1.272�03 1.260�03 1.257�036 85 9.300�02 4.505+10 4.024�03 4.734�03 6.206�03 7.666�03 9.049�03 1.034�02 1.155�026 86 1.434�01 1.058+11 8.956�03 1.034�02 1.296�02 1.540�02 1.767�02 1.978�02 2.172�026 87 1.436�09 2.120+03 6.678�04 5.963�04 4.989�04 4.363�04 3.851�04 3.396�04 3.015�046 88 1.840�03 1.361+09 8.045�05 9.140�05 1.123�04 1.318�04 1.500�04 1.669�04 1.825�046 89 8.226�14 6.162�02 1.031�05 8.779�06 6.892�06 5.807�06 4.948�06 4.177�06 3.532�066 90 1.381�14 6.905�03 1.888�05 1.656�05 1.374�05 1.217�05 1.094�05 9.838�06 8.915�066 91 3.554�13 1.336�01 3.453�05 2.977�05 2.383�05 2.039�05 1.766�05 1.522�05 1.317�056 92 2.724�07 8.206+04 1.097�04 1.055�04 1.019�04 1.015�04 1.015�04 1.015�04 1.015�046 93 6.332�03 3.197+09 6.315�03 5.751�03 4.979�03 4.494�03 4.104�03 3.762�03 3.482�036 94 2.972�01 1.127+11 1.267�02 1.461�02 1.873�02 2.290�02 2.687�02 3.058�02 3.406�026 95 2.802�13 2.295+06 6.186�04 6.414�04 6.844�04 7.246�04 7.605�04 7.920�04 8.190�046 96 2.629�07 3.996+05 7.279�05 7.231�05 7.276�05 7.421�05 7.568�05 7.693�05 7.804�056 97 6.913�13 4.030+05 2.620�04 2.567�04 2.532�04 2.548�04 2.571�04 2.589�04 2.607�046 98 2.578�16 2.327+06 1.268�03 1.341�03 1.467�03 1.576�03 1.672�03 1.756�03 1.828�036 99 2.703�13 2.671+06 7.457�04 7.658�04 8.069�04 8.479�04 8.849�04 9.173�04 9.452�046 100 1.954�06 2.988+06 4.888�04 4.924�04 5.050�04 5.215�04 5.369�04 5.503�04 5.620�046 101 1.480�12 9.704+06 7.358�03 7.136�03 6.925�03 6.885�03 6.875�03 6.862�03 6.854�036 102 5.367�13 5.039+07 2.473�02 2.637�02 2.915�02 3.148�02 3.353�02 3.534�02 3.688�026 103 3.024�13 4.861+04 4.029�05 3.919�05 3.831�05 3.837�05 3.858�05 3.872�05 3.887�056 104 2.304�14 9.828+04 2.867�05 2.901�05 3.002�05 3.123�05 3.235�05 3.333�05 3.418�056 105 6.705�08 1.040+05 1.454�05 1.484�05 1.553�05 1.627�05 1.694�05 1.753�05 1.804�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 451

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

6 106 3.268�01 1.696+11 1.450�02 1.722�02 2.253�02 2.758�02 3.232�02 3.673�02 4.081�026 107 4.470�02 3.480+10 4.672�03 4.750�03 5.060�03 5.471�03 5.887�03 6.282�03 6.665�036 108 6.590�06 1.038+07 1.401�03 1.432�03 1.502�03 1.574�03 1.639�03 1.697�03 1.746�036 109 6.169�09 9.759+03 1.515�03 1.349�03 1.118�03 9.685�04 8.455�04 7.364�04 6.448�046 110 1.214�01 9.633+10 5.915�03 6.792�03 8.586�03 1.035�02 1.202�02 1.358�02 1.503�026 111 1.086�14 4.208+06 2.355�02 2.123�02 1.821�02 1.643�02 1.500�02 1.373�02 1.266�026 112 2.396�13 1.120+07 7.242�03 7.491�03 7.950�03 8.374�03 8.752�03 9.082�03 9.366�036 113 9.318�12 6.663+06 1.757�03 1.762�03 1.797�03 1.850�03 1.900�03 1.944�03 1.982�036 114 4.438�04 1.421+08 8.332�02 8.841�02 9.711�02 1.045�01 1.111�01 1.168�01 1.217�016 115 1.199�12 3.853+07 1.439�02 1.420�02 1.415�02 1.433�02 1.454�02 1.471�02 1.486�026 116 1.841�12 1.117+08 1.012�04 9.979�05 9.886�05 9.944�05 1.002�04 1.008�04 1.014�046 117 2.300�08 3.754+04 3.758�02 3.988�02 4.381�02 4.716�02 5.012�02 5.271�02 5.494�026 118 7.686�15 7.945+07 3.773�02 3.978�02 4.335�02 4.646�02 4.920�02 5.161�02 5.368�026 119 6.552�12 1.565+05 1.034�02 9.098�03 7.458�03 6.457�03 5.648�03 4.926�03 4.319�036 120 2.882�05 4.783+07 7.890�03 7.893�03 8.020�03 8.233�03 8.439�03 8.617�03 8.773�036 121 8.284�16 8.448+07 2.140�02 2.223�02 2.378�02 2.522�02 2.650�02 2.762�02 2.859�026 122 4.112�05 6.881+07 9.128�03 9.418�03 9.980�03 1.052�02 1.101�02 1.143�02 1.180�026 123 6.397�11 1.075+02 1.613�05 1.455�05 1.284�05 1.204�05 1.146�05 1.093�05 1.051�056 124 1.776�03 1.493+09 4.796�05 5.050�05 6.094�05 7.493�05 8.930�05 1.033�04 1.171�046 125 4.486�13 7.624�01 7.284�05 6.745�05 6.086�05 5.737�05 5.470�05 5.230�05 5.032�056 126 6.163�05 5.239+07 1.588�04 1.420�04 1.206�04 1.084�04 9.888�05 9.037�05 8.333�056 127 1.446�14 4.999+04 3.141�05 2.769�05 2.318�05 2.072�05 1.884�05 1.719�05 1.588�056 128 1.328�13 1.402+05 6.187�04 6.339�04 6.610�04 6.858�04 7.078�04 7.266�04 7.425�046 129 3.049�04 1.775+08 1.993�04 1.819�04 1.611�04 1.507�04 1.431�04 1.363�04 1.309�046 130 6.199�03 2.707+09 8.952�04 9.401�04 1.035�03 1.132�03 1.224�03 1.310�03 1.389�036 131 2.778�14 8.156+05 4.430�04 4.539�04 4.750�04 4.954�04 5.137�04 5.296�04 5.432�046 132 9.589�14 3.060+05 1.424�04 1.355�04 1.278�04 1.244�04 1.221�04 1.200�04 1.182�046 133 8.085�11 1.489+02 8.439�05 7.558�05 6.319�05 5.495�05 4.814�05 4.211�05 3.703�056 134 6.177�04 5.698+08 7.405�04 6.709�04 5.753�04 5.143�04 4.648�04 4.214�04 3.856�046 135 2.479�05 1.530+07 2.819�03 2.528�03 2.118�03 1.844�03 1.617�03 1.416�03 1.247�036 136 1.286�10 2.400+02 2.246�04 2.011�04 1.680�04 1.461�04 1.280�04 1.120�04 9.850�056 137 6.282�02 5.887+10 2.337�03 2.728�03 3.533�03 4.333�03 5.093�03 5.805�03 6.471�036 138 1.424�07 2.689+05 1.627�04 1.463�04 1.246�04 1.118�04 1.016�04 9.239�05 8.472�056 139 6.788�11 2.766+05 1.074�03 9.548�04 7.937�04 6.938�04 6.127�04 5.402�04 4.793�046 140 7.039�11 3.138+04 3.826�03 3.447�03 2.929�03 2.606�03 2.343�03 2.107�03 1.908�036 141 2.337�12 3.287+06 1.113�03 1.052�03 9.808�04 9.490�04 9.264�04 9.061�04 8.899�046 142 2.656�11 3.938+03 9.161�03 8.096�03 6.637�03 5.718�03 4.968�03 4.299�03 3.735�036 143 2.889�06 5.489+06 9.121�04 8.665�04 8.145�04 7.927�04 7.778�04 7.644�04 7.539�046 144 2.534�11 7.305+06 3.247�03 3.026�03 2.753�03 2.613�03 2.506�03 2.411�03 2.333�036 145 5.249�09 1.000+04 8.110�04 7.115�04 5.778�04 4.950�04 4.278�04 3.677�04 3.172�046 146 3.851�11 1.564+05 3.800�03 3.339�03 2.717�03 2.333�03 2.021�03 1.743�03 1.508�036 147 7.894�11 1.714+05 6.056�03 5.406�03 4.534�03 3.998�03 3.565�03 3.177�03 2.850�036 148 1.082�10 6.701+06 2.283�03 2.177�03 2.058�03 2.011�03 1.980�03 1.953�03 1.932�036 149 3.751�11 8.987+06 7.701�02 7.837�02 8.043�02 8.223�02 8.378�02 8.509�02 8.615�026 150 1.623�04 1.564+08 5.758�04 5.021�04 4.086�04 3.548�04 3.122�04 2.740�04 2.421�046 151 1.705�03 1.096+09 2.658�03 2.358�03 1.980�03 1.768�03 1.601�03 1.453�03 1.330�036 152 5.068�03 2.448+09 7.244�03 6.439�03 5.427�03 4.860�03 4.418�03 4.023�03 3.697�036 153 3.695�08 1.432+04 1.656�02 1.430�02 1.137�02 9.624�03 8.223�03 6.967�03 5.912�036 154 1.207�05 2.340+07 2.170�03 2.187�03 2.258�03 2.353�03 2.445�03 2.527�03 2.600�036 155 1.568�02 1.014+10 3.503�03 3.537�03 3.671�03 3.851�03 4.027�03 4.190�03 4.342�036 156 9.117�04 8.844+08 1.612�03 1.420�03 1.179�03 1.043�03 9.374�04 8.426�04 7.641�046 157 7.132�11 1.384+02 8.733�04 7.517�04 5.955�04 5.037�04 4.304�04 3.646�04 3.095�046 158 7.874�03 7.659+09 2.844�03 2.738�03 2.658�03 2.669�03 2.697�03 2.723�03 2.753�036 159 1.026�03 4.990+08 9.013�03 7.770�03 6.174�03 5.237�03 4.489�03 3.819�03 3.258�036 160 7.175�02 4.656+10 1.465�02 1.500�02 1.585�02 1.682�02 1.774�02 1.858�02 1.936�026 161 5.108�02 3.318+10 1.089�02 1.065�02 1.055�02 1.074�02 1.097�02 1.119�02 1.141�026 162 1.966�04 1.916+08 4.472�03 3.850�03 3.048�03 2.575�03 2.196�03 1.857�03 1.572�036 163 8.053�11 1.570+02 2.276�03 1.959�03 1.549�03 1.306�03 1.111�03 9.366�04 7.902�046 164 1.750�14 5.868+04 1.104�04 9.413�05 7.494�05 6.481�05 5.700�05 4.994�05 4.406�056 165 5.103�14 2.498�02 2.450�04 2.047�04 1.557�04 1.283�04 1.068�04 8.747�05 7.129�056 166 6.160�14 6.549+04 4.191�04 3.524�04 2.729�04 2.299�04 1.965�04 1.663�04 1.410�046 167 1.377�05 5.398+06 1.936�03 1.847�03 1.788�03 1.802�03 1.826�03 1.845�03 1.864�036 168 9.352�14 1.856+06 7.208�04 6.613�04 6.028�04 5.830�04 5.711�04 5.596�04 5.505�046 169 1.864�13 8.117+06 1.569�03 1.580�03 1.652�03 1.748�03 1.839�03 1.917�03 1.986�03

452 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 5 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

6 170 2.577�14 4.445+05 1.599�02 1.683�02 1.847�02 2.005�02 2.152�02 2.287�02 2.409�026 171 3.061�14 9.989+05 1.010�03 8.582�04 6.790�04 5.833�04 5.095�04 4.427�04 3.870�046 172 9.471�02 6.202+10 7.976�04 6.943�04 5.765�04 5.180�04 4.740�04 4.340�04 4.009�046 173 4.173�06 1.643+06 4.534�03 4.585�03 4.789�03 5.055�03 5.317�03 5.557�03 5.780�036 174 1.352�01 1.476�01 1.693�01 1.884�01 2.058�01 2.218�01 2.362�016 175 5.275�13 8.984+06 3.703�03 3.156�03 2.502�03 2.151�03 1.879�03 1.633�03 1.428�036 176 1.039+00 5.119+11 2.864�03 2.671�03 2.500�03 2.464�03 2.452�03 2.439�03 2.430�036 177 1.710�02 1.685+10 5.480�03 4.593�03 3.506�03 2.892�03 2.410�03 1.976�03 1.613�036 178 7.884�14 2.463+07 1.439�03 1.413�03 1.420�03 1.462�03 1.506�03 1.545�03 1.580�036 179 2.213�13 6.210+05 4.125�03 4.309�03 4.725�03 5.141�03 5.519�03 5.849�03 6.134�036 180 2.336�04 9.219+07 1.455�03 1.236�03 9.775�04 8.398�04 7.335�04 6.373�04 5.571�046 181 8.639�15 1.549+04 1.266�02 1.425�02 1.697�02 1.926�02 2.127�02 2.304�02 2.455�026 182 1.117�09 2.205+03 9.945�04 8.300�04 6.324�04 5.238�04 4.390�04 3.624�04 2.984�046 183 5.152�04 4.283�04 3.235�04 2.655�04 2.202�04 1.792�04 1.451�046 184 3.504�14 8.953+06 1.874�03 1.882�03 1.960�03 2.068�03 2.170�03 2.258�03 2.334�036 185 5.280�14 1.921+06 9.732�04 9.486�04 9.487�04 9.769�04 1.007�03 1.031�03 1.052�036 186 3.352�06 6.950+06 4.947�05 4.533�05 4.029�05 3.770�05 3.579�05 3.414�05 3.288�056 187 2.694�10 5.661+02 9.072�05 8.074�05 6.708�05 5.829�05 5.110�05 4.472�05 3.936�056 188 6.082�03 6.391+09 1.924�04 1.915�04 1.960�04 2.050�04 2.151�04 2.256�04 2.366�046 189 4.181�10 8.893+02 3.009�05 2.641�05 2.164�05 1.886�05 1.670�05 1.481�05 1.330�056 190 7.101�03 7.553+09 4.813�04 4.325�04 3.635�04 3.177�04 2.798�04 2.462�04 2.179�046 191 1.799�13 5.094+05 4.428�04 4.496�04 4.636�04 4.796�04 4.954�04 5.104�04 5.249�046 192 3.030�13 1.336+06 9.888�04 9.644�04 9.610�04 9.912�04 1.028�03 1.065�03 1.103�036 193 2.877�15 1.483+05 5.873�05 5.083�05 4.159�05 3.682�05 3.319�05 2.987�05 2.710�056 194 3.477�06 1.486+06 1.117�04 1.132�04 1.176�04 1.228�04 1.277�04 1.320�04 1.358�046 195 3.533�05 2.521+07 8.583�05 7.562�05 6.332�05 5.684�05 5.183�05 4.729�05 4.348�056 196 6.923�04 3.705+08 1.745�04 1.779�04 1.927�04 2.126�04 2.323�04 2.506�04 2.677�046 197 9.323�11 1.414+06 2.709�03 2.419�03 2.025�03 1.782�03 1.585�03 1.410�03 1.262�036 198 4.961�11 2.290+06 2.346�02 2.361�02 2.387�02 2.418�02 2.447�02 2.470�02 2.488�026 199 1.251�06 2.725+06 1.284�03 1.145�03 9.595�04 8.474�04 7.573�04 6.769�04 6.096�046 200 3.584�14 3.769+06 2.423�03 2.172�03 1.841�03 1.644�03 1.486�03 1.345�03 1.228�036 201 2.779�06 6.097+06 1.271�03 1.169�03 1.041�03 9.715�04 9.185�04 8.712�04 8.324�046 202 3.405�03 3.776+09 3.084�03 2.760�03 2.361�03 2.146�03 1.981�03 1.834�03 1.713�036 203 5.945�02 4.395+10 9.074�03 9.148�03 9.489�03 9.959�03 1.043�02 1.086�02 1.126�026 204 3.070�01 1.702+11 3.933�02 4.216�02 4.737�02 5.216�02 5.658�02 6.064�02 6.433�026 205 4.008�03 2.964+09 6.586�03 5.945�03 5.156�03 4.734�03 4.413�03 4.128�03 3.896�036 206 3.204�12 7.148+00 1.151�03 1.041�03 9.099�04 8.429�04 7.921�04 7.462�04 7.084�046 207 6.515�03 7.269+09 3.211�03 2.949�03 2.642�03 2.497�03 2.393�03 2.302�03 2.230�036 208 1.069�12 1.691+06 9.507�04 8.363�04 7.083�04 6.477�04 6.031�04 5.622�04 5.284�046 209 5.342�15 7.616+06 1.474�03 1.392�03 1.334�03 1.342�03 1.360�03 1.374�03 1.387�036 210 2.279�13 2.458+06 1.568�03 1.363�03 1.125�03 1.004�03 9.131�04 8.302�04 7.617�046 211 5.496�05 2.470+07 2.898�03 3.003�03 3.279�03 3.577�03 3.851�03 4.090�03 4.299�036 212 3.197�13 4.320+05 5.802�04 5.222�04 4.602�04 4.341�04 4.157�04 3.985�04 3.842�046 213 2.729�13 1.155+06 9.802�04 8.646�04 7.330�04 6.683�04 6.198�04 5.756�04 5.390�046 219 3.716�05 8.682+07 9.244�06 8.379�06 7.261�06 6.637�06 6.152�06 5.719�06 5.363�066 228 1.514�10 3.562+02 4.552�06 4.042�06 3.422�06 3.095�06 2.855�06 2.654�06 2.504�066 229 5.513�04 6.489+08 1.639�05 1.507�05 1.340�05 1.246�05 1.174�05 1.110�05 1.059�056 236 4.747�12 9.297+06 3.675�06 3.087�06 2.401�06 2.043�06 1.777�06 1.547�06 1.368�066 237 7.193�11 1.666+07 2.552�05 2.543�05 2.629�05 2.800�05 2.994�05 3.198�05 3.415�056 242 7.027�17 3.334�05 2.789�07 3.674�07 5.787�07 7.855�07 9.751�07 1.145�06 1.295�066 243 3.711�07 5.404�07 9.349�07 1.317�06 1.656�06 1.946�06 2.190�066 247 9.444�04 7.470+08 2.922�05 2.746�05 2.546�05 2.461�05 2.402�05 2.349�05 2.307�056 248 7.884�04 4.678+08 2.014�04 2.140�04 2.355�04 2.540�04 2.706�04 2.855�04 2.987�046 249 2.217�13 2.959+05 6.780�06 5.917�06 4.978�06 4.558�06 4.207�06 3.819�06 3.425�066 250 6.141�06 2.916+06 1.072�05 1.097�05 1.208�05 1.356�05 1.508�05 1.656�05 1.801�05

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 453

Table 6Effective collision strengths � for Si XI at the seven temperatures (MK) 0.5, 1.0, 2.0, 3.0, 4.0, 5.0 and 6.0 along with weighted oscillator strengths gf andradiative rates A. See page 388 for Explanation of Tables

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 2 5.049�03 4.672�03 4.154�03 3.669�03 3.192�03 2.821�03 2.525�031 3 4.835�05 3.173+05 1.558�02 1.447�02 1.295�02 1.154�02 1.015�02 9.068�03 8.208�031 4 5.669�11 2.367�01 2.505�02 2.318�02 2.061�02 1.820�02 1.584�02 1.400�02 1.253�021 5 2.666�01 6.641+09 1.103+00 1.140+00 1.219+00 1.295+00 1.373+00 1.438+00 1.493+001 6 2.327�04 2.131�04 1.877�04 1.631�04 1.355�04 1.160�04 1.008�041 7 4.846�10 2.139+01 6.676�04 6.098�04 5.347�04 4.620�04 3.804�04 3.227�04 2.776�041 8 6.542�10 1.767+01 1.123�03 1.031�03 9.108�04 7.951�04 6.650�04 5.733�04 5.018�041 9 1.497�07 4.958+03 6.800�03 6.963�03 7.319�03 7.662�03 8.028�03 8.307�03 8.536�031 10 2.180�03 2.146�03 2.117�03 2.091�03 2.070�03 2.051�03 2.036�031 11 7.746�11 8.391+01 4.116�03 3.779�03 3.344�03 2.922�03 2.432�03 2.090�03 1.822�031 12 5.331�02 5.378�02 5.515�02 5.648�02 5.801�02 5.912�02 6.001�021 13 5.533�01 6.425+11 2.371�02 2.799�02 3.680�02 4.518�02 5.285�02 6.005�02 6.662�021 14 9.236�04 8.489�04 7.503�04 6.559�04 5.528�04 4.780�04 4.188�041 15 3.592�02 4.185+10 3.975�03 4.025�03 4.279�03 4.519�03 4.692�03 4.916�03 5.146�031 16 2.424�08 1.696+04 4.575�03 4.205�03 3.718�03 3.251�03 2.741�03 2.370�03 2.077�031 17 6.595�12 7.969+00 5.270�03 4.827�03 4.256�03 3.703�03 3.074�03 2.631�03 2.283�031 18 3.219�08 2.334+04 8.802�03 8.062�03 7.106�03 6.178�03 5.130�03 4.392�03 3.813�031 19 1.229�02 1.126�02 9.931�03 8.643�03 7.173�03 6.141�03 5.327�031 20 4.552�04 3.394+08 6.490�02 6.889�02 7.688�02 8.438�02 9.160�02 9.758�02 1.026�011 21 1.457�05 1.342�05 1.191�05 1.045�05 8.915�06 7.777�06 6.875�061 22 3.744�04 4.906+08 5.604�05 5.510�05 5.564�05 5.615�05 5.598�05 5.678�05 5.795�051 23 1.356�11 1.071+01 6.990�05 6.441�05 5.710�05 5.015�05 4.278�05 3.733�05 3.300�051 24 2.114�02 2.855+10 7.324�04 8.630�04 1.140�03 1.403�03 1.642�03 1.871�03 2.083�031 25 3.663�12 4.984+00 8.313�05 7.634�05 6.723�05 5.854�05 4.891�05 4.202�05 3.659�051 26 3.497�14 4.792�02 1.787�04 1.648�04 1.461�04 1.282�04 1.092�04 9.525�05 8.415�051 27 4.418�09 3.638+03 3.215�04 2.968�04 2.636�04 2.318�04 1.981�04 1.732�04 1.535�041 28 4.280�04 3.950�04 3.501�04 3.077�04 2.625�04 2.291�04 2.026�041 29 3.811�14 5.307�02 7.928�05 7.371�05 6.593�05 5.854�05 5.084�05 4.503�05 4.038�051 30 2.298�05 2.126�05 1.904�05 1.690�05 1.449�05 1.279�05 1.146�051 31 8.069�12 1.135+01 5.983�05 5.476�05 4.812�05 4.173�05 3.453�05 2.943�05 2.544�051 32 1.948�08 1.647+04 1.014�04 9.356�05 8.338�05 7.355�05 6.234�05 5.453�05 4.843�051 33 3.033�10 2.571+02 2.176�04 1.984�04 1.738�04 1.503�04 1.224�04 1.032�04 8.823�051 34 3.371�04 3.079�04 2.709�04 2.347�04 1.923�04 1.630�04 1.401�041 35 1.070�09 9.124+02 1.253�04 1.137�04 9.945�05 8.548�05 6.837�05 5.690�05 4.796�051 36 4.234�04 3.861�04 3.390�04 2.931�04 2.395�04 2.025�04 1.736�041 37 1.227�06 1.057+06 3.434�04 3.672�04 4.152�04 4.603�04 5.021�04 5.381�04 5.688�041 38 3.029�04 4.375+08 9.524�05 9.203�05 9.001�05 8.790�05 8.393�05 8.236�05 8.163�051 39 2.288�10 1.985+02 1.145�04 1.040�04 9.102�05 7.822�05 6.266�05 5.221�05 4.407�051 40 1.279�04 1.160�04 1.016�04 8.737�05 6.944�05 5.767�05 4.851�051 41 1.874�09 1.639+03 3.240�04 2.973�04 2.619�04 2.282�04 1.906�04 1.638�04 1.427�041 42 6.010�05 8.768+07 2.052�04 1.892�04 1.687�04 1.491�04 1.271�04 1.115�04 9.940�051 43 6.783�05 6.214�05 5.479�05 4.776�05 3.994�05 3.434�05 2.994�051 44 5.138�04 5.134�04 5.185�04 5.237�04 5.307�04 5.353�04 5.391�041 45 5.110�04 5.471�04 6.100�04 6.691�04 7.273�04 7.739�04 8.120�041 46 2.973�02 4.452+10 3.189�03 3.426�03 3.921�03 4.394�03 4.844�03 5.248�03 5.611�031 47 3.319�11 6.415+01 1.304�03 1.196�03 1.059�03 9.251�04 7.692�04 6.606�04 5.750�041 48 9.938�03 1.007�02 1.040�02 1.071�02 1.106�02 1.131�02 1.153�021 49 3.466�04 3.189�04 2.820�04 2.468�04 2.082�04 1.803�04 1.582�041 50 2.122�03 4.190+09 1.100�03 1.030�03 9.460�04 8.659�04 7.742�04 7.122�04 6.657�041 51 1.068�08 1.266+04 1.716�03 1.579�03 1.397�03 1.222�03 1.032�03 8.934�04 7.839�041 52 1.613�01 3.192+11 5.407�03 6.333�03 8.244�03 1.006�02 1.173�02 1.330�02 1.473�021 53 2.383�12 4.758+00 1.551�03 1.423�03 1.256�03 1.097�03 9.232�04 7.973�04 6.984�041 54 6.647�09 7.964+03 2.583�03 2.372�03 2.096�03 1.830�03 1.540�03 1.331�03 1.166�031 55 3.612�03 3.317�03 2.928�03 2.557�03 2.152�03 1.858�03 1.628�031 56 6.135�05 7.403+07 9.772�04 8.895�04 7.810�04 6.725�04 5.334�04 4.426�04 3.716�041 57 1.891�16 2.282�04 1.351�03 1.235�03 1.088�03 9.397�04 7.464�04 6.210�04 5.225�041 58 1.758�03 1.600�03 1.404�03 1.210�03 9.596�04 7.961�04 6.685�041 59 1.133�02 1.199�02 1.332�02 1.458�02 1.578�02 1.679�02 1.764�021 60 3.148�03 3.416�03 3.894�03 4.342�03 4.775�03 5.122�03 5.404�031 61 5.142�06 4.748�06 4.216�06 3.711�06 3.194�06 2.803�06 2.492�061 62 1.001�07 2.212+05 1.521�05 1.407�05 1.253�05 1.108�05 9.588�06 8.462�06 7.570�061 63 7.161�12 9.531+00 2.490�05 2.300�05 2.041�05 1.798�05 1.549�05 1.360�05 1.210�05

454 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 64 3.017�05 6.720+07 1.085�05 1.008�05 9.077�06 8.119�06 7.088�06 6.346�06 5.769�061 65 8.399�13 1.880+00 3.332�05 3.065�05 2.709�05 2.369�05 1.996�05 1.726�05 1.513�051 66 4.697�13 1.054+00 3.434�05 3.161�05 2.796�05 2.447�05 2.066�05 1.790�05 1.572�051 67 1.427�09 1.922+03 6.530�05 6.022�05 5.345�05 4.698�05 3.997�05 3.485�05 3.081�051 68 8.971�05 8.265�05 7.326�05 6.428�05 5.458�05 4.749�05 4.187�051 69 1.484�13 3.347�01 5.298�05 4.896�05 4.353�05 3.833�05 3.279�05 2.869�05 2.544�051 70 2.087�05 2.039�05 1.995�05 1.953�05 1.904�05 1.871�05 1.846�051 71 2.956�12 6.688+00 7.381�05 6.734�05 5.914�05 5.116�05 4.196�05 3.556�05 3.055�051 72 8.239�11 1.119+02 3.259�05 3.001�05 2.653�05 2.319�05 1.954�05 1.690�05 1.482�051 73 2.563�10 3.482+02 3.685�05 3.382�05 2.981�05 2.597�05 2.161�05 1.855�05 1.616�051 74 1.129�04 1.035�04 9.166�05 8.004�05 6.669�05 5.741�05 5.015�051 75 4.944�11 6.734+01 5.647�05 5.142�05 4.507�05 3.889�05 3.159�05 2.659�05 2.268�051 76 1.465�04 1.338�04 1.176�04 1.019�04 8.397�05 7.139�05 6.154�051 77 1.220�09 1.666+03 1.310�05 1.303�05 1.387�05 1.455�05 1.454�05 1.506�05 1.566�051 78 5.829�04 1.327+09 7.609�05 7.693�05 8.087�05 8.456�05 8.730�05 9.062�05 9.394�051 79 1.984�05 1.802�05 1.580�05 1.355�05 1.047�05 8.532�06 7.022�061 80 6.688�10 9.148+02 1.504�05 1.361�05 1.191�05 1.018�05 7.829�06 6.348�06 5.199�061 81 2.468�05 2.319�05 2.183�05 2.032�05 1.788�05 1.652�05 1.549�051 82 6.624�05 6.051�05 5.311�05 4.590�05 3.748�05 3.168�05 2.714�051 83 2.808�07 3.844+05 1.243�05 1.240�05 1.301�05 1.349�05 1.343�05 1.375�05 1.409�051 84 5.422�05 4.938�05 4.346�05 3.760�05 3.042�05 2.564�05 2.193�051 85 9.311�10 1.278+03 1.096�04 1.003�04 8.824�05 7.661�05 6.335�05 5.404�05 4.673�051 86 4.085�05 9.347+07 8.206�05 7.559�05 6.746�05 5.958�05 5.058�05 4.431�05 3.943�051 87 1.717�05 1.556�05 1.366�05 1.170�05 9.011�06 7.330�06 6.018�061 88 2.968�05 2.718�05 2.395�05 2.082�05 1.730�05 1.481�05 1.285�051 89 2.352�05 2.150�05 1.926�05 1.695�05 1.370�05 1.170�05 1.016�051 90 4.268�05 3.879�05 3.402�05 2.924�05 2.275�05 1.864�05 1.543�051 91 3.273�05 3.344�05 3.588�05 3.800�05 3.920�05 4.069�05 4.199�051 92 2.660�05 2.408�05 2.105�05 1.800�05 1.412�05 1.159�05 9.620�061 93 2.452�05 2.461�05 2.584�05 2.687�05 2.713�05 2.788�05 2.863�051 94 6.190�07 8.529+05 6.393�04 6.466�04 6.666�04 6.859�04 7.067�04 7.223�04 7.352�041 95 6.415�15 1.475�02 1.281�05 1.160�05 1.012�05 8.663�06 6.812�06 5.599�06 4.656�061 96 2.137�06 2.950+06 3.739�05 4.194�05 5.114�05 5.967�05 6.702�05 7.375�05 7.953�051 97 1.047�04 1.139�04 1.310�04 1.468�04 1.610�04 1.732�04 1.834�041 98 1.339�02 3.087+10 9.501�04 1.026�03 1.185�03 1.337�03 1.481�03 1.611�03 1.729�031 99 1.535�11 3.668+01 5.233�04 4.803�04 4.247�04 3.711�04 3.081�04 2.643�04 2.299�041 100 3.057�03 3.102�03 3.211�03 3.316�03 3.431�03 3.518�03 3.590�031 101 1.523�04 1.402�04 1.240�04 1.086�04 9.180�05 7.956�05 6.989�051 102 3.318�04 8.000+08 4.659�04 4.318�04 3.880�04 3.458�04 2.993�04 2.663�04 2.405�041 103 5.401�09 7.815+03 7.550�04 6.946�04 6.148�04 5.384�04 4.551�04 3.945�04 3.465�041 104 6.842�02 1.653+11 1.882�03 2.206�03 2.866�03 3.494�03 4.069�03 4.608�03 5.098�031 105 1.073�12 2.601+00 6.251�04 5.742�04 5.074�04 4.437�04 3.749�04 3.247�04 2.851�041 106 2.211�09 3.214+03 1.041�03 9.578�04 8.464�04 7.402�04 6.257�04 5.421�04 4.763�041 107 1.457�03 1.339�03 1.183�03 1.034�03 8.736�04 7.567�04 6.644�041 108 1.895�05 2.763+07 3.686�03 3.897�03 4.325�03 4.728�03 5.112�03 5.437�03 5.713�031 109 1.109�17 1.619�05 5.899�05 5.376�05 4.727�05 4.055�05 3.031�05 2.421�05 1.945�051 110 7.583�05 6.897�05 6.103�05 5.241�05 3.914�05 3.129�05 2.514�051 111 9.235�05 8.403�05 7.393�05 6.338�05 4.738�05 3.783�05 3.039�051 112 8.367�05 8.842�05 9.767�05 1.059�04 1.120�04 1.179�04 1.227�041 113 5.212�04 4.745�04 4.169�04 3.593�04 2.876�04 2.401�04 2.029�041 114 7.233�04 6.591�04 5.809�04 5.018�04 4.017�04 3.358�04 2.841�041 115 9.366�04 8.530�04 7.493�04 6.457�04 5.169�04 4.313�04 3.646�041 116 1.360�03 1.488�03 1.711�03 1.920�03 2.119�03 2.281�03 2.413�031 117 7.119�12 1.886+01 2.598�04 2.383�04 2.111�04 1.843�04 1.533�04 1.317�04 1.147�041 118 1.541�03 1.565�03 1.622�03 1.677�03 1.737�03 1.783�03 1.820�031 119 3.875�02 1.032+11 7.397�04 8.536�04 1.088�03 1.311�03 1.514�03 1.705�03 1.879�031 120 7.547�05 6.938�05 6.140�05 5.373�05 4.536�05 3.929�05 3.448�051 121 1.196�03 3.186+09 3.353�04 3.472�04 3.817�04 4.143�04 4.409�04 4.700�04 4.981�041 122 3.692�09 5.900+03 3.743�04 3.444�04 3.047�04 2.666�04 2.251�04 1.949�04 1.711�041 123 4.603�13 1.229+00 2.700�04 2.482�04 2.194�04 1.919�04 1.623�04 1.407�04 1.236�041 124 4.487�10 7.190+02 4.505�04 4.142�04 3.663�04 3.204�04 2.712�04 2.352�04 2.069�041 125 6.311�04 5.803�04 5.128�04 4.486�04 3.796�04 3.291�04 2.892�041 126 1.108�05 1.779+07 2.417�06 2.282�06 2.106�06 1.864�06 1.280�06 9.907�07 7.559�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 455

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 127 3.276�06 3.105�06 2.963�06 2.766�06 2.244�06 2.002�06 1.812�061 128 3.327�06 3.147�06 3.046�06 2.883�06 2.423�06 2.218�06 2.061�061 129 3.434�06 3.235�06 2.986�06 2.640�06 1.813�06 1.402�06 1.069�061 130 1.473�03 1.557�03 1.728�03 1.890�03 2.043�03 2.172�03 2.283�031 131 4.623�05 4.204�05 3.698�05 3.167�05 2.393�05 1.923�05 1.557�051 132 5.962�05 5.515�05 5.019�05 4.486�05 3.639�05 3.147�05 2.765�051 133 5.929�05 6.228�05 6.843�05 7.382�05 7.736�05 8.106�05 8.410�051 134 7.178�05 6.531�05 5.744�05 4.923�05 3.719�05 2.988�05 2.418�051 135 1.356�15 2.178�03 2.561�04 2.334�04 2.048�04 1.766�04 1.421�04 1.190�04 1.009�041 136 3.557�04 3.244�04 2.855�04 2.467�04 1.986�04 1.665�04 1.413�041 137 4.594�04 4.189�04 3.672�04 3.170�04 2.551�04 2.136�04 1.811�041 138 6.214�04 6.827�04 7.891�04 8.884�04 9.823�04 1.059�03 1.123�031 139 2.300�06 2.118�06 1.876�06 1.646�06 1.396�06 1.214�06 1.070�061 140 8.653�04 2.326+09 3.132�05 3.425�05 4.074�05 4.691�05 5.247�05 5.782�05 6.278�051 141 6.097�13 9.870�01 1.097�05 1.011�05 8.976�06 7.889�06 6.741�06 5.889�06 5.214�061 142 4.334�13 1.172+00 1.744�05 1.607�05 1.424�05 1.248�05 1.057�05 9.184�06 8.084�061 143 1.810�03 4.895+09 6.151�05 6.818�05 8.260�05 9.633�05 1.089�04 1.208�04 1.317�041 144 4.652�09 7.560+03 3.027�05 2.803�05 2.510�05 2.230�05 1.923�05 1.701�05 1.527�051 145 7.194�13 1.949+00 1.297�05 1.194�05 1.056�05 9.250�06 7.812�06 6.768�06 5.943�061 146 4.675�06 4.389�06 4.033�06 3.690�06 3.304�06 3.035�06 2.828�061 147 3.669�11 5.981+01 2.548�05 2.328�05 2.043�05 1.768�05 1.450�05 1.229�05 1.056�051 148 4.296�05 3.960�05 3.511�05 3.082�05 2.622�05 2.283�05 2.015�051 149 6.852�14 1.862�01 1.158�05 1.067�05 9.444�06 8.270�06 6.984�06 6.053�06 5.316�061 150 3.424�05 3.134�05 2.767�05 2.412�05 1.996�05 1.710�05 1.486�051 151 2.080�13 3.396�01 2.809�05 2.570�05 2.258�05 1.957�05 1.612�05 1.371�05 1.182�051 152 1.082�09 1.768+03 1.809�05 1.667�05 1.482�05 1.305�05 1.102�05 9.609�06 8.506�061 153 4.305�13 1.172+00 1.181�05 1.090�05 9.691�06 8.530�06 7.272�06 6.351�06 5.621�061 154 3.440�04 9.375+08 4.494�05 4.592�05 4.874�05 5.140�05 5.368�05 5.598�05 5.811�051 155 8.026�07 7.820�07 7.725�07 7.552�07 7.003�07 6.761�07 6.567�071 156 1.102�06 9.986�07 8.788�07 7.533�07 5.689�07 4.575�07 3.706�071 157 7.433�07 6.823�07 6.087�07 5.278�07 3.933�07 3.160�07 2.550�071 158 8.697�07 8.131�07 7.591�07 6.968�07 5.823�07 5.209�07 4.735�071 159 5.043�08 8.254+04 8.353�06 7.575�06 6.649�06 5.713�06 4.464�06 3.665�06 3.044�061 160 9.756�06 9.952�06 1.085�05 1.164�05 1.204�05 1.263�05 1.319�051 161 1.184�05 1.074�05 9.396�06 8.051�06 6.323�06 5.199�06 4.326�061 162 9.564�06 8.943�06 8.337�06 7.698�06 6.701�06 6.132�06 5.701�061 163 8.183�06 8.129�06 8.539�06 8.878�06 8.844�06 9.109�06 9.420�061 164 2.456�07 4.024+05 4.859�05 4.442�05 3.905�05 3.384�05 2.790�05 2.374�05 2.048�051 165 3.010�10 4.933+02 2.153�05 1.962�05 1.721�05 1.486�05 1.211�05 1.021�05 8.734�061 166 2.473�05 2.249�05 1.973�05 1.700�05 1.371�05 1.149�05 9.767�061 167 2.913�10 4.781+02 3.604�05 3.299�05 2.907�05 2.528�05 2.102�05 1.800�05 1.563�051 168 1.536�05 4.202+07 2.787�05 2.577�05 2.305�05 2.045�05 1.754�05 1.548�05 1.387�051 169 1.038�05 9.523�06 8.412�06 7.337�06 6.159�06 5.310�06 4.642�061 170 6.156�07 5.632�07 5.012�07 4.329�07 3.184�07 2.532�07 2.018�071 171 7.359�07 6.811�07 6.238�07 5.591�07 4.449�07 3.822�07 3.334�071 172 7.594�07 7.390�07 7.337�07 7.206�07 6.702�07 6.491�07 6.322�071 173 9.679�07 8.734�07 7.692�07 6.571�07 4.866�07 3.857�07 3.072�071 174 6.750�06 6.108�06 5.353�06 4.586�06 3.542�06 2.884�06 2.373�061 175 1.016�06 9.665�07 9.280�07 8.825�07 7.875�07 7.406�07 7.056�071 176 1.272�06 1.178�06 1.053�06 9.166�07 6.890�07 5.580�07 4.540�071 177 8.774�06 7.987�06 7.079�06 6.166�06 4.904�06 4.117�06 3.507�061 178 5.010�15 8.241�03 7.379�07 6.667�07 5.855�07 4.999�07 3.727�07 2.965�07 2.372�071 179 1.070�06 1.039�06 1.026�06 1.004�06 9.371�07 9.072�07 8.836�071 180 1.474�05 1.337�05 1.169�05 1.003�05 7.935�06 6.556�06 5.481�061 181 1.480�05 1.344�05 1.181�05 1.016�05 8.016�06 6.627�06 5.545�061 182 2.370�07 3.900+05 4.643�05 4.671�05 4.781�05 4.889�05 5.009�05 5.107�05 5.193�051 183 1.159�05 1.140�05 1.166�05 1.185�05 1.161�05 1.173�05 1.190�051 184 9.627�06 9.635�06 1.008�05 1.043�05 1.046�05 1.069�05 1.090�051 185 1.304�14 3.577�02 8.590�06 7.800�06 6.823�06 5.859�06 4.663�06 3.870�06 3.249�061 186 1.237�05 1.251�05 1.342�05 1.418�05 1.437�05 1.490�05 1.542�051 187 3.526�03 9.680+09 1.588�05 1.767�05 2.183�05 2.565�05 2.871�05 3.172�05 3.438�051 188 9.953�07 1.639+06 2.547�04 2.716�04 3.059�04 3.386�04 3.700�04 3.976�04 4.220�041 189 4.149�13 1.167+00 1.037�04 9.532�05 8.431�05 7.362�05 6.112�05 5.244�05 4.561�051 190 5.712�04 5.804�04 6.028�04 6.241�04 6.471�04 6.646�04 6.790�04

456 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 191 3.159�05 2.906�05 2.572�05 2.253�05 1.905�05 1.652�05 1.451�051 192 1.284�04 3.622+08 9.985�05 9.363�05 8.616�05 7.904�05 7.088�05 6.536�05 6.123�051 193 2.509�09 4.248+03 1.564�04 1.438�04 1.274�04 1.115�04 9.433�05 8.179�05 7.189�051 194 2.882�02 8.135+10 3.454�04 4.043�04 5.246�04 6.388�04 7.433�04 8.411�04 9.302�041 195 2.691�14 7.605�02 1.115�04 1.026�04 9.068�05 7.931�05 6.720�05 5.830�05 5.129�051 196 3.001�09 5.089+03 1.861�04 1.711�04 1.514�04 1.326�04 1.125�04 9.778�05 8.612�051 197 2.598�04 2.391�04 2.113�04 1.848�04 1.566�04 1.359�04 1.195�041 198 2.594�05 4.403+07 4.051�08 3.603�08 3.142�08 2.652�08 1.876�08 1.428�08 1.082�081 199 4.336�08 3.934�08 4.083�08 3.924�08 2.872�08 2.093�08 1.115�081 200 4.190�08 3.830�08 4.223�08 4.207�08 3.109�08 2.241�08 1.065�081 201 5.518�08 4.889�08 4.270�08 3.607�08 2.550�08 1.943�08 1.474�081 202 5.688�04 6.014�04 6.679�04 7.306�04 7.899�04 8.404�04 8.833�041 203 3.732�17 6.334�05 1.505�06 1.412�06 1.298�06 1.147�06 7.863�07 6.066�07 4.612�071 204 1.815�06 1.714�06 1.580�06 1.393�06 9.575�07 7.401�07 5.642�071 205 2.235�06 2.128�06 2.100�06 2.051�06 1.879�06 1.816�06 1.774�061 206 2.157�06 2.027�06 1.865�06 1.649�06 1.130�06 8.716�07 6.631�071 207 1.054�04 9.602�05 8.426�05 7.272�05 5.864�05 4.915�05 4.175�051 208 1.467�04 1.336�04 1.176�04 1.018�04 8.210�05 6.894�05 5.863�051 209 1.895�04 1.725�04 1.516�04 1.307�04 1.054�04 8.835�05 7.504�051 210 2.026�05 1.840�05 1.616�05 1.386�05 1.048�05 8.431�06 6.831�061 211 2.617�05 2.376�05 2.095�05 1.802�05 1.368�05 1.107�05 9.031�061 212 3.165�05 2.879�05 2.532�05 2.170�05 1.641�05 1.320�05 1.069�051 213 2.506�05 2.673�05 2.995�05 3.282�05 3.492�05 3.696�05 3.862�051 214 2.425�04 2.666�04 3.090�04 3.483�04 3.854�04 4.160�04 4.412�041 215 1.048�06 9.680�07 8.591�07 7.558�07 6.503�07 5.703�07 5.068�071 216 4.092�06 1.212+07 3.806�06 3.622�06 3.424�06 3.237�06 3.033�06 2.898�06 2.805�061 217 1.845�13 5.482�01 7.468�06 6.875�06 6.084�06 5.323�06 4.492�06 3.889�06 3.414�061 218 1.366�11 2.437+01 5.264�06 4.864�06 4.319�06 3.806�06 3.282�06 2.884�06 2.567�061 219 4.236�13 1.260+00 7.060�06 6.503�06 5.759�06 5.048�06 4.272�06 3.708�06 3.262�061 220 1.186�07 2.117+05 1.125�05 1.040�05 9.292�06 8.223�06 7.022�06 6.176�06 5.514�061 221 7.608�06 2.264+07 4.337�06 4.244�06 4.231�06 4.221�06 4.180�06 4.197�06 4.241�061 222 7.894�06 7.830�06 7.855�06 7.882�06 7.905�06 7.939�06 7.979�061 223 1.574�11 2.814+01 1.204�05 1.100�05 9.660�06 8.361�06 6.872�06 5.832�06 5.019�061 224 1.589�05 1.452�05 1.278�05 1.108�05 9.144�06 7.785�06 6.720�061 225 2.514�11 4.499+01 1.474�05 1.362�05 1.224�05 1.091�05 9.292�06 8.211�06 7.375�061 226 4.541�04 1.355+09 3.223�08 2.841�08 2.476�08 2.092�08 1.521�08 1.181�08 9.196�091 227 1.592�13 4.753�01 3.349�08 3.291�08 3.267�08 3.229�08 3.015�08 3.028�08 3.119�081 228 3.664�08 3.384�08 3.402�08 3.287�08 2.754�08 2.426�08 2.058�081 229 3.544�08 3.227�08 2.868�08 2.467�08 1.733�08 1.333�08 1.018�081 230 3.557�05 3.717�05 4.080�05 4.423�05 4.739�05 5.031�05 5.294�051 231 5.821�06 5.355�06 4.730�06 4.133�06 3.475�06 3.001�06 2.626�061 232 1.750�05 1.612�05 1.428�05 1.251�05 1.060�05 9.198�06 8.096�061 233 6.402�07 5.871�07 5.249�07 4.554�07 3.403�07 2.740�07 2.216�071 234 7.323�07 6.889�07 6.486�07 6.002�07 5.090�07 4.598�07 4.207�071 235 5.961�07 5.974�07 6.228�07 6.399�07 6.251�07 6.299�07 6.343�071 236 7.383�07 6.677�07 5.868�07 5.017�07 3.756�07 2.998�07 2.409�071 237 4.779�06 4.339�06 3.801�06 3.269�06 2.567�06 2.115�06 1.763�061 238 6.812�06 6.398�06 5.939�06 5.487�06 4.905�06 4.544�06 4.279�061 239 2.980�09 5.340+03 6.777�06 6.143�06 5.372�06 4.606�06 3.639�06 3.005�06 2.510�061 240 7.680�06 7.098�06 6.306�06 5.550�06 4.740�06 4.143�06 3.669�061 241 5.814�08 1.042+05 5.438�06 5.141�06 4.863�06 4.570�06 4.089�06 3.826�06 3.634�061 242 5.088�14 1.520�01 6.745�06 6.643�06 6.773�06 6.872�06 6.786�06 6.862�06 6.971�061 243 5.690�07 1.022+06 5.184�06 4.961�06 4.845�06 4.710�06 4.424�06 4.319�06 4.273�061 244 2.241�05 2.050�05 1.801�05 1.562�05 1.289�05 1.098�05 9.481�061 245 2.099�10 3.770+02 9.379�06 8.563�06 7.498�06 6.470�06 5.260�06 4.430�06 3.781�061 246 1.218�05 1.110�05 9.753�06 8.430�06 6.857�06 5.786�06 4.953�061 247 2.008�10 3.609+02 1.663�05 1.521�05 1.339�05 1.162�05 9.622�06 8.213�06 7.108�061 248 1.004�05 3.009+07 4.085�05 4.126�05 4.249�05 4.369�05 4.499�05 4.603�05 4.693�051 249 1.342�05 1.239�05 1.108�05 9.811�06 8.386�06 7.383�06 6.603�061 250 5.252�06 4.820�06 4.249�06 3.702�06 3.097�06 2.664�06 2.323�061 251 2.164�08 1.939�08 1.719�08 1.473�08 1.044�08 8.058�09 6.203�091 252 2.496�08 2.307�08 2.218�08 2.051�08 1.603�08 1.351�08 1.109�081 253 2.672�08 2.601�08 2.554�08 2.490�08 2.273�08 2.244�08 2.278�08

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 457

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

1 254 2.983�08 2.709�08 2.415�08 2.077�08 1.460�08 1.123�08 8.591�091 255 4.062�08 3.803�08 3.986�08 3.993�08 3.484�08 3.152�08 2.720�081 256 4.986�08 4.369�08 3.769�08 3.165�08 2.330�08 1.816�08 1.424�081 257 2.975�08 2.703�08 2.394�08 2.052�08 1.451�08 1.117�08 8.563�091 258 4.398�08 4.291�08 4.246�08 4.183�08 3.917�08 3.931�08 4.049�081 259 4.442�07 4.056�07 3.598�07 3.105�07 2.287�07 1.819�07 1.451�071 260 5.271�07 4.865�07 4.440�07 3.964�07 3.133�07 2.670�07 2.308�071 261 5.093�07 5.030�07 5.164�07 5.224�07 4.993�07 4.962�07 4.944�071 262 6.368�07 5.760�07 5.060�07 4.322�07 3.212�07 2.550�07 2.037�071 263 7.110�06 7.153�06 7.564�06 7.903�06 7.967�06 8.204�06 8.441�061 264 3.363�06 3.044�06 2.663�06 2.280�06 1.763�06 1.436�06 1.182�061 265 1.034�06 9.537�07 8.526�07 7.412�07 5.577�07 4.516�07 3.675�071 266 7.948�07 7.593�07 7.337�07 7.012�07 6.284�07 5.918�07 5.625�071 267 4.392�06 3.999�06 3.533�06 3.061�06 2.420�06 2.017�06 1.705�061 268 7.781�15 1.401�02 1.126�04 1.205�04 1.364�04 1.515�04 1.660�04 1.788�04 1.900�041 269 5.378�07 4.862�07 4.260�07 3.640�07 2.738�07 2.190�07 1.763�071 309 1.341�05 2.539+07 2.717�06 2.583�06 2.472�06 2.359�06 2.184�06 2.095�06 2.038�061 310 2.408�05 2.437�05 2.518�05 2.596�05 2.680�05 2.747�05 2.805�051 311 2.044�10 3.871+02 9.051�06 8.269�06 7.276�06 6.308�06 5.209�06 4.438�06 3.834�061 312 3.732�06 3.402�06 2.980�06 2.570�06 2.087�06 1.756�06 1.497�061 313 2.158�10 4.090+02 3.387�10 3.455�10 3.348�10 3.072�10 1.991�10 1.520�10 1.123�101 315 5.206�06 4.744�06 4.169�06 3.608�06 2.946�06 2.493�06 2.140�061 316 4.897�10 8.515�10 1.248�09 1.996�09 3.343�09 5.033�09 7.212�091 317 4.956�10 4.746�10 4.483�10 4.011�10 2.631�10 1.992�10 1.468�101 319 6.120�10 6.941�10 6.990�10 6.611�10 4.330�10 3.402�10 2.586�101 320 5.642�10 5.476�10 5.182�10 4.666�10 3.093�10 2.368�10 1.771�101 321 8.245�10 1.634�09 2.507�09 4.148�09 7.134�09 1.081�08 1.555�081 322 6.996�06 6.399�06 5.630�06 4.887�06 4.043�06 3.448�06 2.983�061 323 5.752�06 5.313�06 4.757�06 4.219�06 3.611�06 3.186�06 2.856�061 324 2.307�06 2.114�06 1.864�06 1.624�06 1.357�06 1.166�06 1.016�061 325 3.279�06 3.264�06 3.382�06 3.475�06 3.448�06 3.508�06 3.575�061 326 1.559�08 1.402�08 1.241�08 1.060�08 7.550�09 5.835�09 4.500�091 327 1.752�08 1.620�08 1.456�08 1.282�08 9.828�09 8.362�09 7.401�091 328 1.851�08 1.745�08 1.622�08 1.486�08 1.234�08 1.107�08 1.017�081 329 2.112�08 1.924�08 1.709�08 1.468�08 1.037�08 7.994�09 6.136�091 330 2.813�08 2.639�08 2.390�08 2.167�08 1.889�08 1.799�08 1.814�081 331 3.723�08 3.262�08 2.812�08 2.357�08 1.743�08 1.361�08 1.070�081 332 4.468�05 4.785�05 5.431�05 6.046�05 6.632�05 7.149�05 7.606�051 333 2.262�08 2.051�08 1.812�08 1.551�08 1.107�08 8.568�09 6.613�091 334 3.200�08 3.016�08 2.810�08 2.587�08 2.212�08 2.020�08 1.890�081 335 1.402�06 1.266�06 1.110�06 9.488�07 7.345�07 5.985�07 4.930�071 336 1.840�06 1.672�06 1.474�06 1.274�06 1.004�06 8.335�07 7.018�071 337 2.113�07 1.925�07 1.705�07 1.470�07 1.085�07 8.628�08 6.887�081 338 2.495�07 2.299�07 2.094�07 1.861�07 1.470�07 1.252�07 1.084�071 339 2.321�07 2.296�07 2.359�07 2.389�07 2.281�07 2.270�07 2.267�071 340 1.498�07 2.841+05 2.962�07 2.675�07 2.350�07 2.007�07 1.497�07 1.190�07 9.520�081 341 2.461�06 2.229�06 1.949�06 1.669�06 1.316�06 1.084�06 9.040�071 342 3.496�06 3.177�06 2.790�06 2.400�06 1.901�06 1.576�06 1.322�061 343 9.437�15 1.790�02 1.963�06 1.930�06 1.970�06 1.997�06 1.955�06 1.974�06 2.004�061 344 3.829�07 3.670�07 3.541�07 3.387�07 3.064�07 2.914�07 2.811�071 345 5.107�07 4.687�07 4.184�07 3.639�07 2.743�07 2.223�07 1.811�071 346 2.513�13 7.945�01 2.636�07 2.380�07 2.086�07 1.783�07 1.348�07 1.081�07 8.739�081 347 3.797�07 3.833�07 4.055�07 4.227�07 4.209�07 4.298�07 4.377�071 348 2.185�06 2.164�06 2.226�06 2.273�06 2.252�06 2.281�06 2.315�061 349 1.583�06 3.004+06 1.691�06 1.533�06 1.341�06 1.150�06 9.168�07 7.605�07 6.390�071 350 2.391�03 7.562+09 3.247�06 3.556�06 4.263�06 4.916�06 5.440�06 5.967�06 6.443�062 3 1.852�07 2.163�01 5.363�02 4.938�02 4.379�02 3.839�02 3.251�02 2.824�02 2.486�022 4 1.285�12 9.323�06 3.885�02 3.795�02 3.708�02 3.619�02 3.494�02 3.419�02 3.362�022 5 6.454�09 3.916+01 1.187�02 1.091�02 9.641�03 8.420�03 7.081�03 6.113�03 5.351�032 6 2.925�03 2.707�03 2.406�03 2.123�03 1.844�03 1.627�03 1.454�032 7 1.020�01 1.728+09 5.473�01 5.658�01 6.052�01 6.431�01 6.823�01 7.141�01 7.416�012 8 3.755�11 3.938�01 4.307�03 3.984�03 3.541�03 3.126�03 2.714�03 2.395�03 2.141�032 9 9.589�11 1.382+00 6.776�03 6.267�03 5.565�03 4.912�03 4.258�03 3.753�03 3.352�032 10 6.983�04 6.443�04 5.706�04 5.010�04 4.296�04 3.757�04 3.330�04

458 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 11 3.370�02 3.112+10 2.180�03 2.426�03 2.986�03 3.515�03 3.976�03 4.433�03 4.859�032 12 4.641�04 4.273�04 3.784�04 3.321�04 2.847�04 2.489�04 2.205�042 13 1.129�11 1.124+01 2.705�03 2.484�03 2.194�03 1.913�03 1.598�03 1.374�03 1.198�032 14 3.507�02 3.515�02 3.567�02 3.620�02 3.686�02 3.731�02 3.767�022 15 9.508�11 9.497+01 3.484�03 3.205�03 2.836�03 2.482�03 2.094�03 1.813�03 1.592�032 16 2.720�05 1.632+07 6.540�03 6.514�03 6.639�03 6.744�03 6.783�03 6.863�03 6.942�032 17 7.237�01 7.519+11 9.697�02 1.039�01 1.185�01 1.324�01 1.456�01 1.575�01 1.682�012 18 2.953�09 1.842+03 7.232�03 6.596�03 5.793�03 5.010�03 4.073�03 3.434�03 2.933�032 19 7.111�03 6.907�03 6.744�03 6.568�03 6.279�03 6.126�03 6.018�032 20 1.411�08 9.064+03 5.956�03 5.433�03 4.770�03 4.120�03 3.344�03 2.815�03 2.403�032 21 2.329�02 2.351�02 2.413�02 2.474�02 2.543�02 2.594�02 2.635�022 22 4.463�11 5.059+01 1.284�03 1.179�03 1.043�03 9.107�04 7.556�04 6.482�04 5.634�042 23 9.405�07 6.428+05 1.650�04 1.705�04 1.835�04 1.955�04 2.065�04 2.160�04 2.242�042 24 2.016�11 2.360+01 3.806�04 3.493�04 3.089�04 2.694�04 2.236�04 1.917�04 1.665�042 25 7.353�03 8.681+09 9.953�04 9.836�04 1.009�03 1.032�03 1.038�03 1.064�03 1.096�032 26 9.694�02 1.153+11 2.876�03 3.563�03 4.994�03 6.351�03 7.576�03 8.748�03 9.826�032 27 5.648�09 4.038+03 1.159�03 1.069�03 9.475�04 8.326�04 7.117�04 6.216�04 5.499�042 28 1.077�04 1.040�04 1.008�04 9.752�05 9.242�05 8.958�05 8.755�052 29 4.403�02 5.328+10 2.303�03 2.610�03 3.256�03 3.871�03 4.432�03 4.963�03 5.450�032 30 3.141�04 2.894�04 2.560�04 2.241�04 1.898�04 1.647�04 1.448�042 31 6.810�02 8.333+10 2.529�03 3.008�03 4.006�03 4.955�03 5.818�03 6.638�03 7.391�032 32 1.985�09 1.461+03 3.775�04 3.477�04 3.079�04 2.697�04 2.288�04 1.987�04 1.749�042 33 1.024�04 7.553+07 1.802�02 1.870�02 2.024�02 2.167�02 2.301�02 2.416�02 2.513�022 34 3.754�03 3.439�03 3.033�03 2.643�03 2.196�03 1.882�03 1.634�032 35 3.795�05 2.816+07 6.072�03 6.378�03 7.018�03 7.618�03 8.188�03 8.666�03 9.069�032 36 5.554�06 5.400�06 5.361�06 5.283�06 4.989�06 4.885�06 4.819�062 37 1.428�09 1.071+03 5.205�04 4.803�04 4.260�04 3.744�04 3.205�04 2.802�04 2.482�042 38 2.322�12 2.922+00 1.764�03 1.616�03 1.425�03 1.240�03 1.031�03 8.828�04 7.666�042 39 8.863�05 6.701+07 1.328�02 1.400�02 1.550�02 1.689�02 1.823�02 1.934�02 2.028�022 40 1.153�03 1.056�03 9.317�04 8.109�04 6.733�04 5.764�04 5.003�042 41 1.492�05 1.138+07 2.961�03 3.034�03 3.226�03 3.404�03 3.563�03 3.706�03 3.829�032 42 2.681�12 3.411+00 2.146�04 1.968�04 1.738�04 1.516�04 1.265�04 1.088�04 9.485�052 43 1.801�05 1.806�05 1.841�05 1.874�05 1.909�05 1.938�05 1.962�052 44 9.105�05 8.376�05 7.409�05 6.478�05 5.473�05 4.739�05 4.159�052 45 1.721�03 1.576�03 1.390�03 1.209�03 1.001�03 8.559�04 7.415�042 46 1.549�12 2.026+00 5.696�04 5.219�04 4.598�04 4.000�04 3.316�04 2.836�04 2.459�042 47 6.420�03 1.102+10 4.662�04 4.770�04 5.218�04 5.643�04 5.969�04 6.368�04 6.775�042 48 1.572�04 1.449�04 1.284�04 1.128�04 9.678�05 8.469�05 7.509�052 49 6.800�03 6.841�03 6.984�03 7.124�03 7.284�03 7.400�03 7.495�032 50 2.175�11 3.820+01 1.075�03 9.889�04 8.743�04 7.645�04 6.439�04 5.569�04 4.883�042 51 5.654�06 5.961+06 1.637�03 1.579�03 1.530�03 1.481�03 1.412�03 1.373�03 1.346�032 52 1.395�11 2.457+01 1.058�03 9.728�04 8.597�04 7.519�04 6.325�04 5.465�04 4.785�042 53 1.342�01 2.386+11 1.644�02 1.741�02 1.949�02 2.148�02 2.337�02 2.507�02 2.659�022 54 8.240�10 8.788+02 2.344�03 2.140�03 1.882�03 1.630�03 1.334�03 1.130�03 9.700�042 55 1.776�03 1.672�03 1.565�03 1.456�03 1.304�03 1.213�03 1.144�032 56 5.006�09 5.379+03 1.650�03 1.783�03 2.061�03 2.318�03 2.539�03 2.740�03 2.912�032 57 4.513�05 4.850+07 6.919�04 6.275�04 5.509�04 4.725�04 3.655�04 2.982�04 2.457�042 58 6.167�04 5.897�04 5.698�04 5.463�04 4.969�04 4.729�04 4.552�042 59 2.173�03 1.984�03 1.743�03 1.509�03 1.233�03 1.043�03 8.942�042 60 6.345�04 5.749�04 5.054�04 4.336�04 3.350�04 2.732�04 2.251�042 61 4.684�03 4.747�03 4.902�03 5.053�03 5.218�03 5.341�03 5.441�032 62 1.970�11 3.897+01 5.795�04 5.320�04 4.709�04 4.113�04 3.415�04 2.930�04 2.549�042 63 2.092�08 2.494+04 1.455�05 1.463�05 1.509�05 1.551�05 1.586�05 1.621�05 1.653�052 64 1.481�12 2.955+00 5.484�05 5.038�05 4.456�05 3.893�05 3.235�05 2.777�05 2.416�052 65 1.385�02 2.778+10 7.899�04 8.403�04 9.667�04 1.087�03 1.189�03 1.295�03 1.396�032 66 4.232�02 8.512+10 1.313�03 1.544�03 2.023�03 2.479�03 2.896�03 3.290�03 3.651�032 67 3.679�09 4.441+03 5.886�04 5.422�04 4.802�04 4.209�04 3.571�04 3.103�04 2.733�042 68 5.689�06 5.466�06 5.236�06 5.009�06 4.706�06 4.520�06 4.383�062 69 1.422�02 2.876+10 5.761�04 6.463�04 7.977�04 9.417�04 1.073�03 1.198�03 1.313�032 70 1.447�04 1.331�04 1.178�04 1.032�04 8.735�05 7.578�05 6.660�052 71 5.954�03 1.208+10 3.091�03 3.153�03 3.326�03 3.488�03 3.631�03 3.763�03 3.878�032 72 1.247�05 1.518+07 1.884�04 2.208�04 2.877�04 3.512�04 4.091�04 4.637�04 5.135�042 73 7.760�10 9.452+02 1.188�04 1.093�04 9.682�05 8.481�05 7.184�05 6.235�05 5.485�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 459

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 74 1.434�03 1.316�03 1.163�03 1.016�03 8.546�04 7.383�04 6.464�042 75 1.249�05 1.525+07 2.601�03 2.714�03 2.960�03 3.190�03 3.406�03 3.592�03 3.750�032 76 2.617�06 2.555�06 2.513�06 2.459�06 2.324�06 2.265�06 2.224�062 77 6.417�10 7.859+02 1.847�04 1.696�04 1.498�04 1.307�04 1.090�04 9.371�05 8.159�052 78 1.239�12 2.531+00 6.778�04 6.220�04 5.491�04 4.796�04 4.033�04 3.482�04 3.049�042 79 1.072�03 1.085�03 1.129�03 1.166�03 1.185�03 1.211�03 1.232�032 80 6.598�06 8.095+06 1.178�03 1.248�03 1.379�03 1.502�03 1.612�03 1.705�03 1.782�032 81 9.176�04 8.358�04 7.335�04 6.320�04 5.019�04 4.167�04 3.501�042 82 1.386�03 1.440�03 1.560�03 1.672�03 1.777�03 1.868�03 1.946�032 83 1.037�11 1.273+01 3.686�04 3.350�04 2.942�04 2.535�04 2.013�04 1.672�04 1.405�042 84 2.020�04 1.857�04 1.639�04 1.431�04 1.204�04 1.039�04 9.096�052 85 2.692�07 3.314+05 9.211�05 8.927�05 8.698�05 8.472�05 8.164�05 7.991�05 7.873�052 86 1.531�13 3.143�01 1.931�05 1.774�05 1.566�05 1.367�05 1.148�05 9.897�06 8.654�062 87 5.506�05 5.644�05 5.975�05 6.272�05 6.491�05 6.707�05 6.887�052 88 4.523�05 4.624�05 4.857�05 5.077�05 5.297�05 5.474�05 5.621�052 89 4.709�05 4.289�05 3.764�05 3.242�05 2.571�05 2.132�05 1.790�052 90 1.192�06 1.132�06 1.092�06 1.038�06 9.134�07 8.524�07 8.047�072 91 2.378�05 2.165�05 1.902�05 1.638�05 1.297�05 1.076�05 9.023�062 92 1.408�04 1.441�04 1.522�04 1.595�04 1.645�04 1.697�04 1.740�042 93 5.937�05 5.394�05 4.738�05 4.075�05 3.211�05 2.652�05 2.216�052 94 3.695�12 4.568+00 3.985�05 3.667�05 3.245�05 2.844�05 2.412�05 2.095�05 1.844�052 95 5.067�05 1.045+08 7.202�06 7.291�06 7.609�06 7.917�06 8.208�06 8.492�06 8.762�062 96 4.998�12 6.191+00 1.431�05 1.308�05 1.153�05 9.999�06 8.124�06 6.861�06 5.870�062 97 4.194�04 3.845�04 3.395�04 2.963�04 2.485�04 2.142�04 1.872�042 98 1.138�12 2.354+00 1.282�04 1.175�04 1.036�04 9.025�05 7.546�05 6.488�05 5.656�052 99 2.138�03 4.594+09 1.774�04 1.743�04 1.759�04 1.774�04 1.764�04 1.788�04 1.824�042 100 6.124�05 5.642�05 4.997�05 4.389�05 3.762�05 3.289�05 2.915�052 101 2.251�03 2.264�03 2.312�03 2.360�03 2.414�03 2.455�03 2.489�032 102 1.230�11 2.669+01 4.702�04 4.325�04 3.826�04 3.348�04 2.823�04 2.444�04 2.144�042 103 3.013�06 3.922+06 6.350�04 6.023�04 5.662�04 5.307�04 4.880�04 4.604�04 4.399�042 104 6.189�12 1.345+01 4.465�04 4.106�04 3.631�04 3.175�04 2.672�04 2.309�04 2.023�042 105 5.017�02 1.094+11 5.317�03 5.607�03 6.221�03 6.806�03 7.366�03 7.863�03 8.307�032 106 3.462�10 4.530+02 9.696�04 8.860�04 7.792�04 6.750�04 5.538�04 4.699�04 4.041�042 107 7.156�04 6.692�04 6.179�04 5.666�04 4.979�04 4.552�04 4.231�042 108 2.379�09 3.122+03 9.465�04 8.647�04 7.599�04 6.576�04 5.387�04 4.565�04 3.922�042 109 2.397�05 3.150+07 3.201�05 3.211�05 3.327�05 3.404�05 3.328�05 3.354�05 3.385�052 110 3.053�05 2.787�05 2.476�05 2.136�05 1.558�05 1.231�05 9.731�062 111 3.149�05 2.964�05 2.789�05 2.574�05 2.150�05 1.932�05 1.763�052 112 2.875�05 2.633�05 2.345�05 2.027�05 1.481�05 1.172�05 9.292�062 113 7.673�04 8.298�04 9.650�04 1.089�03 1.194�03 1.291�03 1.375�032 114 3.851�04 3.497�04 3.066�04 2.631�04 2.051�04 1.682�04 1.394�042 115 3.146�04 2.986�04 2.851�04 2.703�04 2.428�04 2.286�04 2.181�042 116 3.314�04 3.012�04 2.644�04 2.268�04 1.760�04 1.439�04 1.189�042 117 2.852�03 6.830+09 9.009�05 9.068�05 9.578�05 1.006�04 1.038�04 1.084�04 1.133�042 118 3.619�05 3.336�05 2.957�05 2.598�05 2.233�05 1.955�05 1.735�052 119 3.810�13 9.174�01 1.933�04 1.775�04 1.567�04 1.366�04 1.141�04 9.803�05 8.540�052 120 1.173�03 1.181�03 1.210�03 1.238�03 1.270�03 1.294�03 1.314�032 121 8.644�12 2.082+01 2.849�04 2.624�04 2.324�04 2.036�04 1.723�04 1.495�04 1.315�042 122 5.688�06 8.220+06 3.311�04 3.167�04 3.021�04 2.877�04 2.697�04 2.583�04 2.501�042 123 2.980�02 7.200+10 2.231�03 2.355�03 2.620�03 2.872�03 3.112�03 3.325�03 3.515�032 124 2.816�10 4.082+02 4.405�04 4.025�04 3.539�04 3.066�04 2.516�04 2.135�04 1.837�042 125 3.049�04 2.838�04 2.597�04 2.359�04 2.043�04 1.845�04 1.695�042 126 1.610�09 2.337+03 3.754�06 3.628�06 3.571�06 3.478�06 3.183�06 3.075�06 3.010�062 127 4.239�06 3.856�06 3.426�06 2.942�06 2.121�06 1.658�06 1.296�062 128 9.861�07 8.838�07 7.794�07 6.635�07 4.701�07 3.611�07 2.762�072 129 1.048�06 9.792�07 9.328�07 8.648�07 6.906�07 6.070�07 5.397�072 130 4.429�04 4.047�04 3.555�04 3.081�04 2.525�04 2.140�04 1.840�042 131 5.343�05 5.557�05 6.050�05 6.475�05 6.709�05 6.986�05 7.211�052 132 4.593�05 4.168�05 3.669�05 3.148�05 2.383�05 1.920�05 1.558�052 133 2.354�05 2.153�05 1.918�05 1.658�05 1.235�05 9.906�06 7.983�062 134 2.187�05 2.059�05 1.933�05 1.786�05 1.499�05 1.347�05 1.226�052 135 1.060�05 1.540+07 3.961�04 4.268�04 4.923�04 5.529�04 6.046�04 6.529�04 6.950�042 136 1.992�04 1.808�04 1.587�04 1.363�04 1.071�04 8.819�05 7.350�052 137 1.483�04 1.401�04 1.330�04 1.252�04 1.117�04 1.045�04 9.921�05

460 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 138 1.953�04 1.770�04 1.554�04 1.336�04 1.051�04 8.665�05 7.228�052 139 1.457�03 1.479�03 1.532�03 1.584�03 1.640�03 1.682�03 1.717�032 140 1.252�11 3.045+01 2.215�04 2.034�04 1.799�04 1.570�04 1.299�04 1.113�04 9.660�052 141 1.092�10 1.601+02 7.944�06 7.919�06 8.067�06 8.199�06 8.280�06 8.390�06 8.498�062 142 7.984�03 1.954+10 3.375�04 3.629�04 4.235�04 4.809�04 5.304�04 5.808�04 6.284�042 143 1.053�12 2.578+00 2.406�05 2.211�05 1.953�05 1.705�05 1.424�05 1.225�05 1.069�052 144 2.300�09 3.383+03 3.231�04 2.978�04 2.639�04 2.315�04 1.968�04 1.713�04 1.510�042 145 2.090�02 5.125+10 6.216�04 7.153�04 9.105�04 1.096�03 1.265�03 1.424�03 1.571�032 146 7.162�05 6.591�05 5.833�05 5.108�05 4.318�05 3.744�05 3.289�052 147 3.163�06 4.668+06 1.015�03 1.027�03 1.071�03 1.112�03 1.147�03 1.181�03 1.211�032 148 4.408�06 4.226�06 4.062�06 3.893�06 3.654�06 3.513�06 3.409�062 149 2.583�03 6.356+09 8.508�05 9.374�05 1.124�04 1.301�04 1.462�04 1.615�04 1.756�042 150 6.836�04 6.280�04 5.553�04 4.854�04 4.104�04 3.557�04 3.125�042 151 4.939�06 7.302+06 1.189�03 1.230�03 1.324�03 1.413�03 1.496�03 1.568�03 1.630�032 152 2.447�10 3.619+02 3.070�05 2.824�05 2.499�05 2.188�05 1.850�05 1.604�05 1.409�052 153 3.138�04 7.737+08 7.918�06 9.604�06 1.324�05 1.668�05 1.974�05 2.268�05 2.539�052 154 7.671�13 1.893+00 3.153�04 2.896�04 2.561�04 2.239�04 1.892�04 1.639�04 1.439�042 155 3.238�05 2.942�05 2.591�05 2.222�05 1.671�05 1.340�05 1.082�052 156 4.228�05 4.121�05 4.073�05 3.989�05 3.708�05 3.593�05 3.508�052 157 4.450�05 4.445�05 4.570�05 4.652�05 4.567�05 4.590�05 4.615�052 158 5.133�05 4.662�05 4.102�05 3.516�05 2.640�05 2.114�05 1.704�052 159 8.392�11 1.244+02 4.917�04 4.917�04 5.032�04 5.123�04 5.121�04 5.174�04 5.225�042 160 1.780�04 1.622�04 1.424�04 1.231�04 9.927�05 8.328�05 7.075�052 161 5.915�04 6.266�04 6.938�04 7.556�04 8.103�04 8.574�04 8.962�042 162 4.886�04 4.448�04 3.900�04 3.365�04 2.700�04 2.257�04 1.910�042 163 1.064�04 9.702�05 8.527�05 7.366�05 5.937�05 4.980�05 4.231�052 164 6.958�11 1.032+02 1.874�07 1.734�07 1.644�07 1.522�07 1.253�07 1.093�07 9.445�082 165 4.424�07 6.564+05 7.242�05 7.460�05 7.985�05 8.476�05 8.925�05 9.323�05 9.668�052 166 2.944�05 2.704�05 2.389�05 2.087�05 1.761�05 1.524�05 1.337�052 167 1.096�07 1.630+05 1.005�05 9.359�06 8.499�06 7.669�06 6.756�06 6.107�06 5.602�062 168 1.530�13 3.792�01 3.491�06 3.214�06 2.844�06 2.491�06 2.105�06 1.825�06 1.603�062 169 9.318�07 9.851�07 1.108�06 1.236�06 1.372�06 1.515�06 1.666�062 170 4.349�07 4.237�07 4.240�07 4.219�07 4.062�07 4.027�07 4.019�072 171 5.146�07 4.669�07 4.094�07 3.502�07 2.651�07 2.130�07 1.725�072 172 3.214�07 2.921�07 2.575�07 2.210�07 1.663�07 1.334�07 1.078�072 173 4.133�07 3.893�07 3.698�07 3.486�07 3.107�07 2.920�07 2.792�072 174 6.442�06 6.555�06 6.880�06 7.164�06 7.331�06 7.527�06 7.694�062 175 2.727�08 2.170�08 1.803�08 1.457�08 1.070�08 8.134�09 6.280�092 176 4.049�08 3.661�08 3.703�08 3.750�08 3.778�08 3.851�08 3.947�082 177 6.543�06 5.956�06 5.225�06 4.509�06 3.631�06 3.041�06 2.579�062 178 7.254�09 1.081+04 5.707�07 6.225�07 7.711�07 9.082�07 1.017�06 1.128�06 1.228�062 179 5.552�07 5.085�07 4.477�07 3.894�07 3.244�07 2.781�07 2.417�072 180 1.682�05 1.727�05 1.838�05 1.936�05 2.001�05 2.070�05 2.128�052 181 1.018�07 9.461�08 9.202�08 8.860�08 8.012�08 7.691�08 7.515�082 182 4.553�13 6.785�01 1.177�05 1.082�05 9.565�06 8.366�06 7.041�06 6.084�06 5.329�062 183 8.544�06 7.769�06 6.812�06 5.862�06 4.644�06 3.847�06 3.225�062 184 4.650�06 4.233�06 3.713�06 3.202�06 2.570�06 2.149�06 1.819�062 185 6.212�06 1.544+07 5.814�07 5.753�07 5.961�07 6.196�07 6.442�07 6.769�07 7.155�072 186 8.971�05 8.240�05 7.280�05 6.364�05 5.376�05 4.654�05 4.086�052 187 3.371�13 8.383�01 3.329�06 3.050�06 2.690�06 2.342�06 1.930�06 1.646�06 1.423�062 188 6.289�13 9.384�01 2.808�05 2.578�05 2.274�05 1.984�05 1.669�05 1.441�05 1.261�052 189 2.030�03 5.177+09 3.467�05 3.373�05 3.346�05 3.318�05 3.246�05 3.243�05 3.266�052 190 1.377�05 1.270�05 1.125�05 9.879�06 8.475�06 7.415�06 6.574�062 191 3.829�04 3.853�04 3.943�04 4.030�04 4.127�04 4.201�04 4.263�042 192 1.561�11 3.994+01 9.449�05 8.700�05 7.695�05 6.732�05 5.674�05 4.909�05 4.307�052 193 3.928�05 6.032+07 1.278�04 1.208�04 1.129�04 1.051�04 9.580�05 8.969�05 8.510�052 194 8.533�12 2.185+01 9.585�05 8.816�05 7.797�05 6.819�05 5.742�05 4.966�05 4.352�052 195 1.970�02 5.050+10 8.135�04 8.558�04 9.466�04 1.033�03 1.115�03 1.188�03 1.253�032 196 1.587�10 2.442+02 1.761�04 1.609�04 1.415�04 1.227�04 1.009�04 8.565�05 7.377�052 197 1.283�04 1.193�04 1.093�04 9.930�05 8.614�05 7.786�05 7.158�052 199 1.448�08 1.534�08 1.516�08 1.408�08 8.976�09 6.843�09 5.023�092 200 3.916�08 3.807�08 3.601�08 3.245�08 2.120�08 1.607�08 1.184�082 202 1.841�04 1.682�04 1.478�04 1.280�04 1.051�04 8.918�05 7.673�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 461

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 203 1.597�06 2.460+06 9.667�07 9.212�07 8.769�07 8.224�07 6.963�07 6.376�07 5.948�072 204 9.463�07 8.572�07 7.629�07 6.540�07 4.608�07 3.547�07 2.715�072 205 8.645�07 7.845�07 6.944�07 5.948�07 4.201�07 3.232�07 2.475�072 206 7.188�07 6.671�07 6.134�07 5.495�07 4.222�07 3.565�07 3.058�072 207 1.467�04 1.580�04 1.823�04 2.049�04 2.239�04 2.419�04 2.576�042 208 8.038�05 7.303�05 6.404�05 5.502�05 4.320�05 3.559�05 2.966�052 209 6.114�05 5.755�05 5.449�05 5.113�05 4.540�05 4.233�05 4.006�052 210 1.339�05 1.380�05 1.488�05 1.575�05 1.595�05 1.645�05 1.687�052 211 1.143�05 1.042�05 9.223�06 7.943�06 5.902�06 4.710�06 3.776�062 212 1.016�05 9.554�06 8.939�06 8.241�06 6.930�06 6.236�06 5.704�062 213 1.174�05 1.070�05 9.461�06 8.140�06 6.047�06 4.824�06 3.866�062 214 7.402�05 6.704�05 5.880�05 5.046�05 3.948�05 3.244�05 2.695�052 215 6.942�04 7.053�04 7.317�04 7.572�04 7.847�04 8.056�04 8.227�042 216 5.384�12 1.450+01 1.315�04 1.208�04 1.068�04 9.326�05 7.738�05 6.636�05 5.769�052 217 5.749�03 1.554+10 1.873�04 2.021�04 2.364�04 2.689�04 2.972�04 3.255�04 3.520�042 218 1.131�07 1.835+05 2.995�06 2.984�06 3.036�06 3.083�06 3.110�06 3.149�06 3.188�062 219 1.359�02 3.676+10 3.210�04 3.667�04 4.621�04 5.527�04 6.350�04 7.129�04 7.842�042 220 1.686�09 2.737+03 1.827�04 1.682�04 1.490�04 1.306�04 1.108�04 9.626�05 8.473�052 221 2.122�13 5.745�01 2.560�06 2.358�06 2.087�06 1.827�06 1.539�06 1.332�06 1.169�062 222 4.019�05 3.699�05 3.274�05 2.868�05 2.426�05 2.104�05 1.849�052 223 2.289�06 3.722+06 4.177�04 4.219�04 4.388�04 4.544�04 4.675�04 4.804�04 4.921�042 224 5.103�04 5.262�04 5.641�04 5.997�04 6.322�04 6.610�04 6.859�042 225 2.925�06 4.761+06 3.460�04 3.181�04 2.813�04 2.460�04 2.083�04 1.807�04 1.589�042 226 3.610�13 9.802�01 1.534�06 1.454�06 1.395�06 1.305�06 1.063�06 9.529�07 8.667�072 227 3.907�04 1.061+09 1.067�06 1.006�06 9.286�07 8.228�07 5.612�07 4.325�07 3.282�072 228 1.619�06 1.526�06 1.411�06 1.248�06 8.535�07 6.587�07 5.007�072 229 1.485�06 1.405�06 1.352�06 1.271�06 1.051�06 9.512�07 8.744�072 230 1.526�04 1.402�04 1.240�04 1.084�04 9.171�05 7.947�05 6.985�052 231 7.565�06 8.256�06 9.775�06 1.122�05 1.253�05 1.378�05 1.494�052 232 3.462�06 3.455�06 3.516�06 3.563�06 3.557�06 3.586�06 3.614�062 233 3.023�05 2.986�05 3.012�05 3.013�05 2.889�05 2.858�05 2.838�052 234 3.676�05 3.340�05 2.936�05 2.518�05 1.902�05 1.529�05 1.238�052 235 2.213�05 2.015�05 1.771�05 1.517�05 1.145�05 9.203�06 7.448�062 236 2.843�05 2.808�05 2.838�05 2.840�05 2.718�05 2.688�05 2.668�052 237 2.484�04 2.535�04 2.669�04 2.787�04 2.864�04 2.950�04 3.024�042 238 4.584�05 4.180�05 3.674�05 3.174�05 2.572�05 2.164�05 1.844�052 239 2.126�11 3.466+01 2.491�04 2.594�04 2.809�04 3.004�04 3.162�04 3.309�04 3.433�042 240 1.043�06 1.269�06 1.776�06 2.257�06 2.678�06 3.094�06 3.480�062 241 7.175�11 1.170+02 2.451�04 2.233�04 1.960�04 1.692�04 1.363�04 1.142�04 9.688�052 242 1.571�05 4.270+07 8.428�05 7.667�05 6.731�05 5.807�05 4.666�05 3.903�05 3.307�052 243 5.562�11 9.084+01 8.635�06 7.939�06 7.016�06 6.129�06 5.121�06 4.407�06 3.844�062 244 7.843�08 7.261�08 6.619�08 5.958�08 4.951�08 4.377�08 3.949�082 245 2.209�09 3.609+03 5.081�06 5.188�06 5.485�06 5.763�06 6.006�06 6.231�06 6.430�062 246 4.119�06 3.783�06 3.340�06 2.918�06 2.462�06 2.129�06 1.868�062 247 2.078�07 3.399+05 1.095�06 1.008�06 8.976�07 7.909�07 6.728�07 5.880�07 5.212�072 248 8.347�14 2.275�01 3.754�06 3.451�06 3.052�06 2.669�06 2.249�06 1.945�06 1.705�062 249 4.249�07 3.908�07 3.458�07 3.024�07 2.536�07 2.189�07 1.915�072 250 1.087�06 1.126�06 1.228�06 1.330�06 1.437�06 1.540�06 1.641�062 251 4.373�09 4.659�09 6.450�09 7.778�09 8.107�09 8.324�09 8.033�092 252 2.413�09 2.222�09 1.954�09 1.668�09 1.212�09 9.485�10 7.444�102 253 9.624�10 9.345�10 8.507�10 7.489�10 5.461�10 4.370�10 3.489�102 254 4.087�09 4.779�09 7.444�09 9.476�09 1.020�08 1.069�08 1.046�082 255 5.265�10 1.157�09 1.544�09 1.694�09 1.010�09 8.274�10 6.264�102 256 2.861�09 6.216�09 1.200�08 1.629�08 1.708�08 1.781�08 1.697�082 258 2.456�09 2.223�09 1.937�09 1.654�09 1.311�09 1.081�09 9.013�102 259 6.218�08 6.069�08 6.197�08 6.275�08 6.110�08 6.120�08 6.146�082 260 7.856�08 7.090�08 6.182�08 5.263�08 4.029�08 3.251�08 2.649�082 261 6.531�08 5.915�08 5.186�08 4.458�08 3.498�08 2.883�08 2.404�082 262 5.831�08 5.408�08 5.227�08 5.002�08 4.491�08 4.261�08 4.100�082 263 1.888�05 1.734�05 1.533�05 1.340�05 1.133�05 9.814�06 8.622�062 264 7.000�07 7.127�07 7.498�07 7.826�07 8.022�07 8.263�07 8.478�072 265 1.794�08 1.566�08 2.210�08 2.538�08 2.150�08 1.733�08 9.903�092 266 2.294�08 1.893�08 1.575�08 1.280�08 9.790�09 7.654�09 6.098�092 267 7.031�07 6.407�07 5.624�07 4.851�07 3.917�07 3.286�07 2.792�07

462 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 268 1.880�08 3.079+04 5.232�06 4.798�06 4.229�06 3.687�06 3.094�06 2.666�06 2.329�062 269 1.850�07 1.984�07 2.255�07 2.526�07 2.792�07 3.063�07 3.335�072 270 8.381�14 1.373�01 1.001�07 9.163�08 8.077�08 7.026�08 5.805�08 4.955�08 4.288�082 271 1.671�06 1.726�06 1.856�06 1.971�06 2.051�06 2.137�06 2.211�062 272 7.537�08 7.113�08 6.942�08 6.753�08 6.371�08 6.244�08 6.208�082 273 9.375�07 8.511�07 7.450�07 6.397�07 5.039�07 4.156�07 3.467�072 274 1.976�05 5.396+07 7.930�07 7.227�07 6.345�07 5.475�07 4.402�07 3.685�07 3.125�072 275 2.922�13 7.979�01 7.953�07 7.905�07 7.896�07 7.913�07 8.002�07 8.070�07 8.154�072 276 8.487�15 1.391�02 8.744�07 8.033�07 7.101�07 6.200�07 5.203�07 4.488�07 3.925�072 277 2.869�04 2.916�04 3.030�04 3.138�04 3.255�04 3.343�04 3.417�042 278 2.500�13 7.138�01 5.891�05 5.409�05 4.785�05 4.178�05 3.468�05 2.976�05 2.588�052 279 4.383�03 1.254+10 8.210�05 8.849�05 1.034�04 1.175�04 1.298�04 1.420�04 1.535�042 280 1.037�02 2.970+10 1.366�04 1.558�04 1.959�04 2.339�04 2.684�04 3.012�04 3.311�042 281 1.392�09 2.392+03 8.492�05 7.818�05 6.921�05 6.066�05 5.143�05 4.468�05 3.932�052 282 1.947�05 1.791�05 1.586�05 1.389�05 1.176�05 1.020�05 8.967�062 283 7.419�06 1.276+07 8.403�06 8.100�06 7.812�06 7.534�06 7.199�06 6.986�06 6.833�062 284 1.092�08 1.878+04 1.658�04 1.679�04 1.755�04 1.826�04 1.886�04 1.944�04 1.996�042 285 9.492�07 8.769�07 7.784�07 6.847�07 5.859�07 5.124�07 4.542�072 286 1.362�05 2.345+07 2.152�08 1.946�08 2.175�08 2.173�08 1.577�08 1.092�08 4.278�092 287 2.921�13 8.379�01 2.798�08 2.484�08 2.168�08 1.832�08 1.298�08 9.891�09 7.516�092 288 5.543�15 1.591�02 1.964�08 1.746�08 1.525�08 1.288�08 9.106�09 6.938�09 5.267�092 289 2.084�08 1.884�08 2.084�08 2.069�08 1.495�08 1.027�08 3.899�092 290 1.892�04 1.945�04 2.077�04 2.201�04 2.312�04 2.413�04 2.500�042 291 1.492�04 1.372�04 1.213�04 1.062�04 9.000�05 7.811�05 6.872�052 292 6.467�05 5.944�05 5.251�05 4.592�05 3.886�05 3.369�05 2.962�052 293 1.097�06 1.041�06 9.956�07 9.338�07 7.716�07 6.968�07 6.392�072 294 1.175�06 1.104�06 1.014�06 8.964�07 6.162�07 4.764�07 3.633�072 295 7.680�07 7.270�07 6.684�07 5.906�07 4.050�07 3.126�07 2.379�072 296 1.041�06 9.859�07 9.413�07 8.795�07 7.213�07 6.479�07 5.913�072 297 1.009�04 1.029�04 1.084�04 1.132�04 1.163�04 1.198�04 1.229�042 298 1.399�05 1.382�05 1.396�05 1.398�05 1.342�05 1.330�05 1.322�052 299 1.744�05 1.585�05 1.393�05 1.194�05 9.054�06 7.294�06 5.920�062 300 1.042�05 9.461�06 8.307�06 7.124�06 5.392�06 4.339�06 3.516�062 301 1.317�05 1.298�05 1.309�05 1.309�05 1.251�05 1.236�05 1.226�052 302 1.011�04 1.050�04 1.134�04 1.210�04 1.271�04 1.328�04 1.376�042 303 1.032�04 9.413�05 8.255�05 7.126�05 5.754�05 4.828�05 4.104�052 304 1.126�12 1.940+00 5.329�05 4.856�05 4.264�05 3.676�05 2.960�05 2.480�05 2.103�052 305 1.280�04 3.679+08 8.933�07 9.737�07 1.153�06 1.324�06 1.478�06 1.627�06 1.764�062 306 2.599�07 2.618�07 2.729�07 2.822�07 2.861�07 2.925�07 2.982�072 307 5.455�11 9.414+01 1.023�06 9.421�07 8.352�07 7.320�07 6.189�07 5.369�07 4.719�072 308 7.213�05 2.075+08 1.390�07 1.608�07 2.158�07 2.680�07 3.119�07 3.582�07 4.026�072 309 4.243�11 7.329+01 1.116�06 1.029�06 9.118�07 8.006�07 6.803�07 5.922�07 5.223�072 310 8.469�07 7.784�07 6.884�07 6.018�07 5.074�07 4.390�07 3.848�072 311 1.300�07 2.246+05 2.954�08 2.727�08 2.507�08 2.269�08 1.885�08 1.658�08 1.477�082 312 4.899�07 4.968�07 5.201�07 5.417�07 5.595�07 5.771�07 5.930�072 314 4.336�14 1.249�01 7.585�11 5.193�11 4.038�11 3.041�11 2.335�11 1.742�11 1.353�112 315 5.544�07 5.090�07 4.492�07 3.918�07 3.295�07 2.843�07 2.488�072 316 7.263�11 4.788�11 3.588�11 2.572�11 1.952�11 1.385�11 1.025�112 318 2.400�10 1.638�10 1.082�10 6.527�11 5.784�11 3.996�11 3.024�112 321 2.950�11 3.830�11 3.528�11 3.228�11 2.898�11 2.615�11 2.351�112 322 1.361�07 1.256�07 1.128�07 1.003�07 8.566�08 7.556�08 6.765�082 323 7.212�08 6.624�08 5.869�08 5.134�08 4.280�08 3.684�08 3.214�082 324 5.200�07 5.366�07 5.807�07 6.250�07 6.715�07 7.160�07 7.600�072 325 3.118�06 2.864�06 2.532�06 2.213�06 1.870�06 1.619�06 1.422�062 326 1.943�09 2.098�09 1.976�09 1.993�09 2.320�09 2.662�09 3.148�092 327 9.657�10 8.695�10 7.480�10 6.262�10 4.609�10 3.588�10 2.814�102 328 3.342�10 3.162�10 2.743�10 2.326�10 1.769�10 1.417�10 1.145�102 329 1.876�09 2.222�09 2.175�09 2.298�09 2.838�09 3.348�09 4.014�092 330 4.364�10 7.557�10 9.466�10 1.018�09 6.208�10 5.059�10 3.848�102 331 1.776�09 2.579�09 3.431�09 3.778�09 2.991�09 2.177�09 8.607�102 332 8.049�07 7.375�07 6.495�07 5.652�07 4.722�07 4.055�07 3.530�072 334 8.873�10 7.981�10 6.879�10 5.796�10 4.458�10 3.577�10 2.900�102 335 1.054�07 1.087�07 1.168�07 1.241�07 1.294�07 1.351�07 1.402�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 463

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

2 336 9.960�08 9.060�08 7.956�08 6.858�08 5.538�08 4.644�08 3.945�082 337 1.168�08 1.147�08 1.167�08 1.190�08 1.195�08 1.240�08 1.303�082 338 1.509�08 1.348�08 1.170�08 9.912�09 7.652�09 6.184�09 5.055�092 339 9.087�09 8.095�09 7.028�09 5.994�09 4.789�09 3.970�09 3.340�092 340 2.022�13 3.499�01 8.248�09 7.508�09 7.087�09 6.817�09 6.592�09 6.879�09 7.536�092 341 1.661�07 1.721�07 1.869�07 2.003�07 2.096�07 2.201�07 2.296�072 342 3.346�08 3.189�08 3.164�08 3.121�08 2.970�08 2.934�08 2.931�082 343 1.733�06 2.999+06 1.086�07 9.836�08 8.620�08 7.394�08 5.826�08 4.802�08 4.006�082 344 1.119�08 9.428�09 7.889�09 6.449�09 4.961�09 3.907�09 3.131�092 345 8.175�09 7.464�09 8.618�09 9.051�09 7.735�09 6.569�09 4.752�092 346 9.421�05 2.717+08 4.822�08 5.095�08 5.683�08 6.270�08 6.835�08 7.428�08 8.031�082 347 2.566�08 2.318�08 2.022�08 1.730�08 1.374�08 1.136�08 9.518�092 348 1.313�07 1.196�07 1.051�07 9.078�08 7.281�08 6.086�08 5.153�082 349 7.113�13 1.231+00 4.787�07 4.800�07 4.875�07 4.954�07 5.061�07 5.138�07 5.205�072 350 2.839�12 8.191+00 2.780�07 2.554�07 2.256�07 1.972�07 1.667�07 1.443�07 1.267�073 4 5.130�07 1.768+00 1.539�01 1.466�01 1.378�01 1.291�01 1.190�01 1.120�01 1.065�013 5 5.024�09 2.965+01 3.580�02 3.293�02 2.909�02 2.541�02 2.138�02 1.847�02 1.618�023 6 9.972�02 4.869+09 5.498�01 5.684�01 6.079�01 6.460�01 6.854�01 7.174�01 7.449�013 7 7.572�02 1.262+09 4.222�01 4.352�01 4.638�01 4.911�01 5.194�01 5.426�01 5.625�013 8 1.286�01 1.327+09 6.925�01 7.149�01 7.633�01 8.098�01 8.578�01 8.970�01 9.307�013 9 1.203�04 1.710+06 2.192�02 2.033�02 1.816�02 1.612�02 1.410�02 1.253�02 1.129�023 10 2.161�05 2.859+06 2.307�03 2.134�03 1.901�03 1.682�03 1.457�03 1.288�03 1.154�033 11 1.015�01 9.347+10 6.563�03 7.310�03 9.000�03 1.060�02 1.199�02 1.338�02 1.466�023 12 7.023�06 2.005+07 1.390�03 1.281�03 1.134�03 9.960�04 8.541�04 7.469�04 6.619�043 13 1.039�06 1.032+06 1.493�02 1.427�02 1.350�02 1.275�02 1.192�02 1.133�02 1.087�023 14 3.389�11 1.013+02 3.147�03 2.893�03 2.559�03 2.237�03 1.882�03 1.627�03 1.425�033 15 1.937�05 1.930+07 1.065�01 1.065�01 1.077�01 1.089�01 1.105�01 1.115�01 1.124�013 16 6.115�05 3.660+07 1.870�02 1.834�02 1.819�02 1.802�02 1.766�02 1.752�02 1.744�023 17 5.424�01 5.623+11 8.260�02 8.698�02 9.684�02 1.062�01 1.149�01 1.230�01 1.303�013 18 1.626+00 1.012+12 2.273�01 2.425�01 2.750�01 3.059�01 3.351�01 3.615�01 3.853�013 19 4.857�09 2.159+03 2.460�02 2.329�02 2.181�02 2.033�02 1.842�02 1.719�02 1.626�023 20 2.248�04 1.441+08 1.787�02 1.631�02 1.433�02 1.239�02 1.007�02 8.497�03 7.266�033 21 1.545�11 5.233+01 1.241�03 1.140�03 1.009�03 8.808�04 7.311�04 6.274�04 5.457�043 22 6.663�07 7.538+05 7.086�02 7.143�02 7.318�02 7.489�02 7.685�02 7.826�02 7.942�023 23 2.057�06 1.403+06 1.762�03 1.659�03 1.540�03 1.422�03 1.277�03 1.181�03 1.106�033 24 1.672�09 1.953+03 1.592�03 1.489�03 1.362�03 1.238�03 1.093�03 9.921�04 9.132�043 25 1.957�02 2.306+10 2.571�03 2.563�03 2.658�03 2.747�03 2.793�03 2.883�03 2.985�033 26 4.496�02 5.337+10 2.671�03 2.879�03 3.397�03 3.888�03 4.307�03 4.742�03 5.156�033 27 2.285�01 1.630+11 7.791�03 9.330�03 1.260�02 1.570�02 1.848�02 2.116�02 2.364�023 28 6.559�09 3.358+03 1.569�03 1.457�03 1.310�03 1.168�03 1.017�03 9.061�04 8.185�043 29 1.167�01 1.409+11 6.225�03 7.037�03 8.754�03 1.039�02 1.187�02 1.328�02 1.458�023 30 9.442�02 3.453+11 3.654�03 4.311�03 5.684�03 6.989�03 8.175�03 9.302�03 1.034�023 31 4.961�02 6.059+10 2.781�03 3.051�03 3.673�03 4.265�03 4.784�03 5.302�03 5.789�033 32 9.862�02 7.243+10 4.722�03 5.337�03 6.674�03 7.945�03 9.087�03 1.019�02 1.121�023 33 1.015�04 7.473+07 2.322�02 2.346�02 2.443�02 2.533�02 2.604�02 2.675�02 2.738�023 34 2.743�04 1.448+08 4.458�02 4.673�02 5.124�02 5.548�02 5.948�02 6.285�02 6.570�023 35 1.269�05 9.398+06 5.763�03 5.554�03 5.364�03 5.176�03 4.925�03 4.773�03 4.662�033 36 4.298�03 3.937�03 3.474�03 3.027�03 2.516�03 2.157�03 1.874�033 37 1.226�03 9.180+08 1.790�03 1.664�03 1.497�03 1.338�03 1.170�03 1.048�03 9.520�043 38 1.259�04 1.581+08 1.957�02 2.054�02 2.256�02 2.446�02 2.625�02 2.777�02 2.904�023 39 6.103�05 4.606+07 1.340�02 1.356�02 1.414�02 1.468�02 1.512�02 1.554�02 1.592�023 40 8.162�05 4.407+07 1.471�02 1.515�02 1.621�02 1.721�02 1.810�02 1.890�02 1.957�023 41 6.210�05 4.725+07 1.163�02 1.199�02 1.285�02 1.366�02 1.439�02 1.504�02 1.559�023 42 1.173�05 1.489+07 3.165�03 3.168�03 3.248�03 3.322�03 3.369�03 3.427�03 3.482�033 43 5.205�13 1.985+00 4.204�04 3.853�04 3.403�04 2.966�04 2.474�04 2.126�04 1.851�043 44 1.786�04 6.913+08 3.091�04 2.861�04 2.562�04 2.277�04 1.964�04 1.740�04 1.566�043 45 7.336�07 4.086+05 5.794�03 5.316�03 4.711�03 4.125�03 3.449�03 2.977�03 2.607�033 46 6.974�07 9.105+05 2.076�03 1.913�03 1.709�03 1.510�03 1.283�03 1.124�03 9.995�043 47 1.925�02 3.300+10 1.398�03 1.431�03 1.566�03 1.695�03 1.794�03 1.914�03 2.037�033 48 4.498�06 2.334+07 4.713�04 4.340�04 3.846�04 3.380�04 2.901�04 2.540�04 2.252�043 49 8.261�12 4.345+01 1.101�03 1.013�03 8.962�04 7.841�04 6.613�04 5.724�04 5.022�043 50 4.128�06 7.238+06 2.223�02 2.224�02 2.254�02 2.284�02 2.317�02 2.342�02 2.363�023 51 1.268�05 1.335+07 5.071�03 4.833�03 4.575�03 4.323�03 4.013�03 3.813�03 3.664�033 52 1.023�07 1.799+05 3.285�03 3.036�03 2.710�03 2.398�03 2.052�03 1.804�03 1.608�03

464 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 53 1.005�01 1.783+11 1.550�02 1.596�02 1.717�02 1.832�02 1.934�02 2.034�02 2.127�023 54 3.018�01 3.213+11 3.937�02 4.140�02 4.592�02 5.022�02 5.425�02 5.793�02 6.125�023 55 1.422�09 1.081+03 6.914�03 6.421�03 5.834�03 5.254�03 4.527�03 4.051�03 3.684�033 56 4.393�05 4.713+07 2.638�03 2.679�03 2.850�03 2.996�03 3.065�03 3.171�03 3.269�033 57 4.519�05 4.849+07 4.072�03 4.304�03 4.833�03 5.315�03 5.690�03 6.060�03 6.380�033 58 9.041�05 6.930+07 2.197�03 2.050�03 1.898�03 1.736�03 1.483�03 1.337�03 1.225�033 59 6.507�03 5.937�03 5.222�03 4.520�03 3.696�03 3.128�03 2.685�033 60 1.899�03 1.721�03 1.511�03 1.296�03 1.002�03 8.171�04 6.731�043 61 8.454�12 5.004+01 4.505�04 4.140�04 3.663�04 3.199�04 2.657�04 2.281�04 1.984�043 62 8.432�09 1.665+04 1.359�02 1.371�02 1.408�02 1.443�02 1.481�02 1.509�02 1.533�023 63 3.717�08 4.424+04 5.401�04 4.983�04 4.451�04 3.932�04 3.326�04 2.906�04 2.577�043 64 4.810�10 9.581+02 1.419�03 1.408�03 1.411�03 1.413�03 1.414�03 1.416�03 1.419�033 65 2.355�02 4.715+10 1.568�03 1.633�03 1.819�03 1.995�03 2.142�03 2.300�03 2.453�033 66 7.402�04 1.487+09 7.522�04 6.975�04 6.275�04 5.606�04 4.865�04 4.340�04 3.934�043 67 1.021�01 1.231+11 3.662�03 4.185�03 5.300�03 6.360�03 7.319�03 8.238�03 9.086�033 68 3.377�09 2.917+03 5.466�04 5.040�04 4.470�04 3.926�04 3.339�04 2.909�04 2.568�043 69 5.311�02 1.072+11 1.938�03 2.211�03 2.789�03 3.340�03 3.841�03 4.318�03 4.758�033 70 2.721�02 1.650+11 9.983�04 1.141�03 1.443�03 1.731�03 1.992�03 2.240�03 2.468�033 71 3.463�03 7.014+09 4.642�03 4.588�03 4.611�03 4.629�03 4.614�03 4.632�03 4.658�033 72 1.296�05 1.575+07 4.060�04 4.008�04 4.078�04 4.141�04 4.143�04 4.217�04 4.314�043 73 1.484�02 1.805+10 9.795�04 1.022�03 1.139�03 1.249�03 1.342�03 1.441�03 1.536�033 74 3.974�05 3.459+07 8.681�03 8.987�03 9.683�03 1.034�02 1.094�02 1.147�02 1.192�023 75 1.489�08 1.816+04 1.996�03 1.832�03 1.619�03 1.415�03 1.193�03 1.032�03 9.048�043 76 1.232�03 1.131�03 9.994�04 8.735�04 7.355�04 6.359�04 5.574�043 77 4.040�03 4.940+09 8.195�04 7.972�04 7.863�04 7.748�04 7.532�04 7.467�04 7.464�043 78 1.690�05 3.447+07 3.913�03 4.043�03 4.344�03 4.627�03 4.889�03 5.118�03 5.314�033 79 3.114�13 2.725�01 1.819�03 1.749�03 1.684�03 1.616�03 1.505�03 1.442�03 1.396�033 80 1.591�05 1.949+07 1.419�03 1.320�03 1.204�03 1.088�03 9.325�04 8.339�04 7.575�043 81 2.963�03 3.025�03 3.186�03 3.329�03 3.427�03 3.529�03 3.616�033 82 4.625�12 4.049+00 3.569�03 3.680�03 3.942�03 4.187�03 4.413�03 4.611�03 4.783�033 83 5.888�05 7.218+07 1.366�03 1.410�03 1.508�03 1.597�03 1.667�03 1.733�03 1.788�033 84 4.196�06 3.678+06 1.857�03 1.821�03 1.806�03 1.790�03 1.761�03 1.749�03 1.745�033 85 3.844�06 4.725+06 1.218�03 1.205�03 1.214�03 1.221�03 1.219�03 1.225�03 1.234�033 86 4.799�07 9.837+05 5.882�04 5.624�04 5.335�04 5.058�04 4.738�04 4.521�04 4.355�043 87 4.017�13 2.471+00 7.347�04 7.703�04 8.414�04 9.068�04 9.641�04 1.014�03 1.054�033 88 1.519�12 1.335+00 1.326�04 1.218�04 1.075�04 9.388�05 7.895�05 6.816�05 5.967�053 89 5.492�04 5.057�04 4.537�04 4.011�04 3.323�04 2.879�04 2.533�043 90 5.837�04 5.309�04 4.660�04 4.015�04 3.190�04 2.651�04 2.229�043 91 7.414�04 7.481�04 7.755�04 7.988�04 8.093�04 8.249�04 8.385�043 92 4.969�04 3.065+09 7.183�04 7.340�04 7.738�04 8.091�04 8.331�04 8.583�04 8.794�043 93 3.660�14 3.225�02 3.393�04 3.131�04 2.825�04 2.518�04 2.109�04 1.848�04 1.645�043 94 3.278�05 4.046+07 1.653�04 1.558�04 1.452�04 1.350�04 1.233�04 1.157�04 1.102�043 95 3.424�05 7.053+07 1.395�04 1.276�04 1.129�04 9.815�05 7.912�05 6.678�05 5.716�053 96 6.954�05 8.601+07 3.311�04 3.309�04 3.379�04 3.432�04 3.421�04 3.449�04 3.477�043 97 1.015�06 8.971+05 1.827�03 1.701�03 1.545�03 1.395�03 1.227�03 1.109�03 1.016�033 98 6.195�07 1.280+06 6.735�04 6.342�04 5.870�04 5.416�04 4.898�04 4.540�04 4.264�043 99 6.334�03 1.359+10 5.305�04 5.213�04 5.259�04 5.301�04 5.271�04 5.341�04 5.446�043 100 1.827�04 1.684�04 1.492�04 1.310�04 1.123�04 9.822�05 8.707�053 101 2.635�12 1.712+01 4.732�04 4.356�04 3.852�04 3.372�04 2.846�04 2.464�04 2.163�043 102 2.198�06 4.761+06 7.548�03 7.533�03 7.613�03 7.693�03 7.784�03 7.856�03 7.920�033 103 6.711�06 8.725+06 2.022�03 1.901�03 1.757�03 1.617�03 1.454�03 1.344�03 1.260�033 104 3.066�08 6.656+04 1.344�03 1.239�03 1.099�03 9.635�04 8.147�04 7.075�04 6.231�043 105 3.752�02 8.169+10 5.297�03 5.402�03 5.718�03 6.017�03 6.273�03 6.533�03 6.778�033 106 1.128�01 1.473+11 1.293�02 1.351�02 1.481�02 1.605�02 1.722�02 1.827�02 1.923�023 107 6.118�10 5.710+02 2.827�03 2.613�03 2.357�03 2.105�03 1.793�03 1.587�03 1.429�033 108 1.838�05 2.409+07 2.829�03 2.584�03 2.271�03 1.967�03 1.612�03 1.366�03 1.174�033 109 2.401�05 3.149+07 7.886�05 7.531�05 7.221�05 6.822�05 5.909�05 5.470�05 5.136�053 110 4.811�05 4.508+07 9.951�05 9.702�05 9.683�05 9.539�05 8.826�05 8.578�05 8.406�053 111 1.018�04 9.437�05 8.657�05 7.778�05 6.166�05 5.291�05 4.610�053 112 1.377�17 1.290�05 8.660�05 7.917�05 7.051�05 6.098�05 4.458�05 3.532�05 2.802�053 113 1.312�03 1.325�03 1.399�03 1.462�03 1.484�03 1.529�03 1.572�033 114 1.929�03 2.034�03 2.285�03 2.513�03 2.684�03 2.859�03 3.012�033 115 1.165�03 1.082�03 9.929�04 8.998�04 7.619�04 6.802�04 6.177�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 465

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 116 1.456�08 1.366+04 9.941�04 9.011�04 7.905�04 6.782�04 5.265�04 4.305�04 3.558�043 117 8.384�03 2.005+10 2.680�04 2.696�04 2.844�04 2.984�04 3.075�04 3.210�04 3.355�043 118 1.075�04 9.912�05 8.789�05 7.725�05 6.643�05 5.822�05 5.172�053 119 7.629�08 1.835+05 1.103�03 1.060�03 1.013�03 9.672�04 9.163�04 8.807�04 8.533�043 120 1.009�12 7.279+00 2.433�04 2.238�04 1.981�04 1.733�04 1.462�04 1.265�04 1.110�043 121 4.124�06 9.918+06 3.459�03 3.445�03 3.474�03 3.502�03 3.534�03 3.560�03 3.584�033 122 1.257�05 1.814+07 1.039�03 9.830�04 9.179�04 8.552�04 7.812�04 7.316�04 6.940�043 123 2.213�02 5.340+10 2.263�03 2.305�03 2.437�03 2.561�03 2.666�03 2.773�03 2.874�033 124 6.631�02 9.599+10 5.409�03 5.656�03 6.210�03 6.737�03 7.227�03 7.675�03 8.076�033 125 4.482�10 4.634+02 1.240�03 1.143�03 1.026�03 9.109�04 7.694�04 6.755�04 6.029�043 126 3.468�09 5.028+03 8.523�06 7.970�06 7.468�06 6.878�06 5.725�06 5.141�06 4.705�063 127 1.021�05 9.532�06 8.857�06 8.095�06 6.603�06 5.832�06 5.245�063 128 4.979�06 4.660�06 4.391�06 4.064�06 3.393�06 3.062�06 2.816�063 129 5.493�06 5.030�06 4.582�06 4.045�06 3.022�06 2.473�06 2.040�063 130 1.322�03 1.207�03 1.062�03 9.192�04 7.534�04 6.387�04 5.489�043 131 1.161�16 1.203�04 1.117�04 1.090�04 1.089�04 1.076�04 1.011�04 9.866�05 9.688�053 132 1.391�04 1.383�04 1.421�04 1.443�04 1.406�04 1.408�04 1.410�043 133 8.547�05 7.943�05 7.256�05 6.498�05 5.210�05 4.483�05 3.911�053 134 9.079�05 8.386�05 7.622�05 6.774�05 5.374�05 4.573�05 3.945�053 135 1.062�05 1.541+07 6.800�04 6.843�04 7.179�04 7.464�04 7.562�04 7.775�04 7.985�043 136 2.123�05 2.200+07 9.757�04 1.026�03 1.147�03 1.257�03 1.342�03 1.428�03 1.505�033 137 5.758�04 5.333�04 4.867�04 4.388�04 3.696�04 3.280�04 2.961�043 138 5.780�04 5.250�04 4.601�04 3.957�04 3.110�04 2.564�04 2.139�043 139 3.922�12 2.856+01 1.809�04 1.660�04 1.469�04 1.282�04 1.063�04 9.116�05 7.923�053 140 2.661�10 6.464+02 4.097�03 4.135�03 4.248�03 4.357�03 4.473�03 4.563�03 4.637�033 141 1.300�10 1.903+02 2.273�04 2.097�04 1.872�04 1.656�04 1.401�04 1.224�04 1.086�043 142 1.136�02 2.777+10 6.548�04 6.783�04 7.470�04 8.120�04 8.652�04 9.236�04 9.806�043 143 1.939�10 4.741+02 7.177�04 7.169�04 7.260�04 7.347�04 7.431�04 7.504�04 7.566�043 144 4.408�02 6.476+10 1.432�03 1.606�03 1.983�03 2.340�03 2.660�03 2.969�03 3.256�033 145 1.949�03 4.772+09 5.181�04 4.970�04 4.777�04 4.590�04 4.348�04 4.216�04 4.136�043 146 1.177�02 8.667+10 3.978�04 4.491�04 5.586�04 6.627�04 7.565�04 8.462�04 9.287�043 147 3.359�06 4.951+06 1.581�03 1.546�03 1.526�03 1.507�03 1.477�03 1.463�03 1.456�033 148 1.757�09 1.849+03 2.457�04 2.265�04 2.012�04 1.769�04 1.508�04 1.317�04 1.166�043 149 2.006�02 4.930+10 5.571�04 6.420�04 8.173�04 9.839�04 1.136�03 1.280�03 1.411�033 150 1.041�05 1.097+07 2.970�03 3.035�03 3.210�03 3.375�03 3.522�03 3.656�03 3.773�033 151 1.121�06 1.655+06 1.226�03 1.156�03 1.072�03 9.915�04 9.021�04 8.393�04 7.909�043 152 1.933�03 2.856+09 2.849�04 2.750�04 2.678�04 2.609�04 2.506�04 2.462�04 2.443�043 153 1.022�10 2.516+02 1.198�04 1.105�04 9.842�05 8.681�05 7.407�05 6.487�05 5.760�053 154 4.556�06 1.123+07 1.317�03 1.344�03 1.417�03 1.486�03 1.548�03 1.604�03 1.654�033 155 7.268�05 7.082�05 6.996�05 6.853�05 6.394�05 6.208�05 6.073�053 156 2.043�08 2.160+04 8.683�05 8.105�05 7.503�05 6.840�05 5.728�05 5.104�05 4.622�053 157 8.804�05 8.178�05 7.454�05 6.689�05 5.457�05 4.748�05 4.197�053 158 1.101�04 1.063�04 1.037�04 1.003�04 9.168�05 8.771�05 8.472�053 159 2.572�03 3.806+09 9.239�04 8.927�04 8.685�04 8.416�04 7.952�04 7.705�04 7.524�043 160 9.437�15 9.977�03 5.934�04 6.001�04 6.269�04 6.509�04 6.646�04 6.834�04 7.013�043 161 6.416�12 6.785+00 8.252�04 7.737�04 7.148�04 6.557�04 5.764�04 5.264�04 4.878�043 162 1.354�03 1.368�03 1.421�03 1.467�03 1.491�03 1.522�03 1.550�033 163 4.698�04 4.842�04 5.218�04 5.564�04 5.833�04 6.116�04 6.375�043 164 2.251�03 3.334+09 4.645�04 4.268�04 3.772�04 3.299�04 2.790�04 2.418�04 2.124�043 165 3.995�06 5.919+06 7.958�04 8.309�04 9.066�04 9.777�04 1.045�03 1.102�03 1.151�033 166 2.820�07 2.988+05 4.578�04 4.289�04 3.935�04 3.594�04 3.220�04 2.953�04 2.746�043 167 1.107�06 1.643+06 3.427�04 3.287�04 3.143�04 3.004�04 2.840�04 2.733�04 2.654�043 168 1.421�07 3.516+05 1.694�04 1.564�04 1.396�04 1.235�04 1.062�04 9.376�05 8.400�053 169 5.701�14 4.233�01 5.427�05 4.987�05 4.409�05 3.858�05 3.265�05 2.832�05 2.489�053 170 2.157�05 2.122�05 2.129�05 2.119�05 2.021�05 1.992�05 1.972�053 171 2.533�05 2.322�05 2.080�05 1.822�05 1.423�05 1.188�05 1.004�053 172 7.921�13 8.411�01 1.592�05 1.490�05 1.385�05 1.268�05 1.065�05 9.532�06 8.666�063 173 5.035�09 5.347+03 2.127�05 2.038�05 1.968�05 1.881�05 1.697�05 1.607�05 1.539�053 174 2.852�04 2.979�04 3.239�04 3.476�04 3.674�04 3.852�04 4.001�043 175 2.580�05 2.561�05 2.606�05 2.627�05 2.549�05 2.542�05 2.541�053 176 2.900�05 2.639�05 2.320�05 1.989�05 1.496�05 1.200�05 9.691�063 177 2.428�04 2.212�04 1.945�04 1.678�04 1.347�04 1.126�04 9.540�053 178 9.852�09 1.466+04 1.158�05 1.070�05 9.777�06 8.766�06 7.127�06 6.204�06 5.501�063 179 1.676�09 1.782+03 1.665�05 1.613�05 1.586�05 1.547�05 1.437�05 1.390�05 1.357�05

466 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 180 2.544�04 2.551�04 2.622�04 2.680�04 2.689�04 2.724�04 2.757�043 181 3.286�14 3.492�02 2.889�04 2.630�04 2.309�04 1.992�04 1.599�04 1.337�04 1.132�043 182 2.144�07 3.191+05 6.787�05 6.612�05 6.564�05 6.510�05 6.362�05 6.351�05 6.395�053 183 4.821�04 3.588+09 1.388�04 1.265�04 1.116�04 9.673�05 7.805�05 6.578�05 5.624�053 184 3.421�04 3.504�04 3.710�04 3.893�04 4.022�04 4.156�04 4.269�043 185 2.960�06 7.346+06 7.599�05 6.917�05 6.082�05 5.252�05 4.216�05 3.530�05 2.994�053 186 7.018�07 7.466+05 6.709�04 6.418�04 6.110�04 5.812�04 5.467�04 5.237�04 5.065�043 187 4.883�07 1.213+06 1.683�04 1.711�04 1.794�04 1.866�04 1.908�04 1.958�04 2.001�043 188 2.916�05 4.344+07 2.801�04 2.715�04 2.642�04 2.571�04 2.479�04 2.425�04 2.388�043 189 5.969�03 1.521+10 1.037�04 1.008�04 9.997�05 9.912�05 9.693�05 9.677�05 9.744�053 190 2.061�06 1.577+07 4.110�05 3.788�05 3.355�05 2.947�05 2.529�05 2.213�05 1.962�053 191 1.259�12 9.655+00 9.598�05 8.831�05 7.816�05 6.842�05 5.776�05 5.003�05 4.391�053 192 2.844�05 7.267+07 1.297�03 1.293�03 1.306�03 1.319�03 1.332�03 1.343�03 1.354�033 193 8.681�05 1.331+08 4.075�04 3.821�04 3.515�04 3.220�04 2.876�04 2.642�04 2.461�043 194 4.664�07 1.193+06 2.973�04 2.747�04 2.453�04 2.168�04 1.856�04 1.631�04 1.454�043 195 1.468�02 3.758+10 8.490�04 8.603�04 9.020�04 9.413�04 9.733�04 1.008�03 1.040�033 196 4.412�02 6.777+10 2.000�03 2.083�03 2.273�03 2.453�03 2.620�03 2.773�03 2.910�033 197 2.834�10 3.109+02 5.112�04 4.715�04 4.237�04 3.764�04 3.184�04 2.800�04 2.503�043 202 5.476�04 5.006�04 4.400�04 3.812�04 3.128�04 2.655�04 2.283�043 203 1.490�06 2.291+06 2.504�06 2.321�06 2.129�06 1.909�06 1.482�06 1.260�06 1.089�063 204 2.987�06 3.281+06 2.680�06 2.533�06 2.381�06 2.197�06 1.799�06 1.606�06 1.462�063 205 2.638�06 2.384�06 2.112�06 1.807�06 1.277�06 9.820�07 7.520�073 206 2.606�06 2.398�06 2.169�06 1.902�06 1.404�06 1.140�06 9.366�073 207 2.619�04 2.625�04 2.739�04 2.836�04 2.857�04 2.928�04 3.000�043 208 3.702�04 3.881�04 4.326�04 4.731�04 5.036�04 5.353�04 5.636�043 209 2.358�04 2.182�04 1.988�04 1.788�04 1.503�04 1.331�04 1.199�043 210 1.182�17 1.298�05 3.214�05 3.105�05 3.043�05 2.947�05 2.661�05 2.538�05 2.444�053 211 3.733�05 3.724�05 3.843�05 3.918�05 3.787�05 3.791�05 3.801�053 212 3.613�05 3.343�05 3.041�05 2.714�05 2.163�05 1.853�05 1.613�053 213 3.426�05 3.118�05 2.771�05 2.388�05 1.780�05 1.425�05 1.147�053 214 1.203�08 1.323+04 2.199�04 1.993�04 1.747�04 1.499�04 1.174�04 9.639�05 8.010�053 215 1.789�12 1.443+01 9.379�05 8.609�05 7.621�05 6.654�05 5.527�05 4.743�05 4.127�053 216 1.212�07 3.260+05 1.770�03 1.782�03 1.824�03 1.866�03 1.909�03 1.942�03 1.971�033 217 8.276�03 2.234+10 3.439�04 3.583�04 3.977�04 4.350�04 4.661�04 4.992�04 5.310�043 218 2.701�07 4.377+05 1.107�04 1.020�04 9.081�05 7.991�05 6.717�05 5.834�05 5.139�053 219 3.325�03 8.982+09 3.045�04 3.008�04 3.057�04 3.101�04 3.105�04 3.158�04 3.227�043 220 2.684�02 4.351+10 7.475�04 8.225�04 9.883�04 1.146�03 1.285�03 1.422�03 1.548�033 221 2.871�08 7.761+04 5.147�04 5.196�04 5.344�04 5.487�04 5.637�04 5.754�04 5.851�043 222 6.089�03 4.942+10 1.816�04 2.014�04 2.448�04 2.859�04 3.227�04 3.583�04 3.912�043 223 2.852�06 4.632+06 6.695�04 6.526�04 6.414�04 6.304�04 6.149�04 6.069�04 6.019�043 224 6.371�06 7.397+06 6.087�04 5.807�04 5.505�04 5.213�04 4.880�04 4.654�04 4.484�043 225 1.229�06 1.998+06 1.240�03 1.252�03 1.301�03 1.346�03 1.384�03 1.422�03 1.456�033 226 1.765�06 4.786+06 2.956�06 2.786�06 2.614�06 2.371�06 1.747�06 1.447�06 1.205�063 227 9.645�03 2.615+10 2.406�06 2.284�06 2.180�06 2.025�06 1.600�06 1.404�06 1.250�063 228 1.064�09 1.236+03 3.649�06 3.443�06 3.278�06 3.028�06 2.379�06 2.072�06 1.829�063 229 2.799�06 2.642�06 2.472�06 2.232�06 1.623�06 1.330�06 1.093�063 230 5.431�04 5.478�04 5.685�04 5.878�04 6.036�04 6.195�04 6.339�043 231 1.874�04 2.165�04 2.765�04 3.336�04 3.857�04 4.347�04 4.794�043 232 1.225�04 1.131�04 1.007�04 8.873�05 7.577�05 6.634�05 5.889�053 233 6.233�05 5.821�05 5.377�05 4.893�05 4.102�05 3.652�05 3.303�053 234 7.621�05 7.337�05 7.125�05 6.847�05 6.221�05 5.920�05 5.691�053 235 4.655�05 4.501�05 4.391�05 4.248�05 3.895�05 3.732�05 3.610�053 236 3.189�10 3.707+02 5.867�05 5.471�05 5.041�05 4.571�05 3.806�05 3.369�05 3.030�053 237 1.387�12 1.613+00 4.413�04 4.246�04 4.095�04 3.935�04 3.683�04 3.543�04 3.438�043 238 4.969�11 5.779+01 1.780�04 1.725�04 1.675�04 1.624�04 1.548�04 1.504�04 1.472�043 239 1.572�04 2.560+08 4.054�04 3.843�04 3.630�04 3.410�04 3.101�04 2.914�04 2.772�043 240 5.807�05 5.357�05 4.763�05 4.195�05 3.573�05 3.122�05 2.766�053 241 1.557�04 2.536+08 6.308�04 6.318�04 6.483�04 6.617�04 6.642�04 6.729�04 6.811�043 242 6.144�05 1.668+08 2.568�04 2.564�04 2.618�04 2.661�04 2.660�04 2.687�04 2.715�043 243 4.205�03 6.858+09 1.867�04 2.002�04 2.321�04 2.623�04 2.887�04 3.150�04 3.397�043 244 2.046�04 1.881�04 1.663�04 1.455�04 1.233�04 1.069�04 9.406�053 245 2.034�06 3.319+06 2.685�04 2.797�04 3.043�04 3.275�04 3.490�04 3.677�04 3.838�043 246 1.048�07 1.222+05 1.715�04 1.579�04 1.400�04 1.228�04 1.044�04 9.100�05 8.040�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 467

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 247 6.053�07 9.887+05 1.348�04 1.271�04 1.180�04 1.092�04 9.944�05 9.260�05 8.733�053 248 1.570�07 4.275+05 3.960�05 4.054�05 4.383�05 4.693�05 4.934�05 5.216�05 5.496�053 249 4.146�14 3.387�01 7.616�05 7.041�05 6.296�05 5.586�05 4.824�05 4.272�05 3.842�053 250 2.431�05 2.235�05 1.976�05 1.729�05 1.464�05 1.270�05 1.116�053 251 7.043�07 6.637�07 6.344�07 5.888�07 4.705�07 4.156�07 3.726�073 252 7.769�07 7.423�07 6.944�07 6.284�07 4.612�07 3.788�07 3.113�073 253 5.328�07 5.123�07 4.920�07 4.571�07 3.558�07 3.083�07 2.690�073 254 1.921�13 2.243�01 6.637�07 6.261�07 5.925�07 5.457�07 4.203�07 3.612�07 3.141�073 255 8.678�07 8.239�07 7.973�07 7.559�07 6.269�07 5.698�07 5.248�073 256 8.792�07 8.404�07 7.892�07 7.073�07 4.943�07 3.896�07 3.022�073 257 3.783�07 3.642�07 3.527�07 3.271�07 2.404�07 2.015�07 1.690�073 258 9.860�09 1.152+04 5.415�07 5.155�07 5.082�07 4.873�07 4.024�07 3.674�07 3.391�073 259 1.389�05 1.359�05 1.353�05 1.334�05 1.257�05 1.228�05 1.207�053 260 1.695�05 1.560�05 1.409�05 1.244�05 9.919�06 8.432�06 7.278�063 261 1.043�05 9.786�06 9.129�06 8.390�06 7.139�06 6.448�06 5.918�063 262 4.475�17 5.227�05 1.363�05 1.301�05 1.244�05 1.179�05 1.048�05 9.808�06 9.289�063 263 3.139�04 3.090�04 3.087�04 3.081�04 3.055�04 3.054�04 3.061�043 264 1.205�04 1.249�04 1.343�04 1.429�04 1.496�04 1.560�04 1.614�043 265 2.066�05 1.877�05 1.652�05 1.416�05 1.071�05 8.612�06 6.966�063 266 1.756�05 1.746�05 1.785�05 1.806�05 1.757�05 1.756�05 1.757�053 267 8.859�14 1.035�01 1.132�04 1.033�04 9.100�05 7.880�05 6.381�05 5.379�05 4.595�053 268 1.668�08 2.728+04 1.345�04 1.340�04 1.364�04 1.387�04 1.400�04 1.419�04 1.438�043 269 5.917�08 6.913+04 7.599�06 6.947�06 6.198�06 5.411�06 4.234�06 3.536�06 2.999�063 270 1.495�06 2.445+06 1.415�05 1.400�05 1.418�05 1.426�05 1.386�05 1.383�05 1.384�053 271 5.312�04 4.344+09 1.029�04 1.011�04 1.008�04 1.001�04 9.738�05 9.649�05 9.599�053 272 6.966�07 8.141+05 1.421�04 1.295�04 1.136�04 9.805�05 7.904�05 6.623�05 5.622�053 273 6.369�05 5.893�05 5.322�05 4.749�05 4.025�05 3.552�05 3.185�053 274 1.092�05 2.979+07 1.637�04 1.697�04 1.826�04 1.943�04 2.036�04 2.123�04 2.197�043 275 3.359�07 9.162+05 3.691�05 3.365�05 2.961�05 2.560�05 2.067�05 1.738�05 1.480�053 276 5.745�05 9.404+07 8.077�05 8.294�05 8.812�05 9.274�05 9.603�05 9.942�05 1.023�043 277 7.574�14 6.478�01 4.111�05 3.776�05 3.339�05 2.917�05 2.423�05 2.080�05 1.810�053 278 3.209�06 9.149+06 7.019�04 7.058�04 7.220�04 7.374�04 7.532�04 7.659�04 7.766�043 279 7.008�03 2.003+10 1.499�04 1.563�04 1.737�04 1.902�04 2.039�04 2.185�04 2.325�043 280 3.668�03 1.049+10 1.393�04 1.390�04 1.437�04 1.481�04 1.505�04 1.549�04 1.599�043 281 1.898�02 3.257+10 3.181�04 3.452�04 4.070�04 4.655�04 5.171�04 5.680�04 6.154�043 282 3.596�03 3.088+10 7.616�05 8.303�05 9.858�05 1.133�04 1.263�04 1.392�04 1.511�043 283 9.573�06 1.644+07 6.231�05 5.848�05 5.401�05 4.959�05 4.431�05 4.075�05 3.800�053 284 5.390�06 9.261+06 2.578�04 2.501�04 2.439�04 2.379�04 2.301�04 2.256�04 2.226�043 285 1.559�05 1.914+07 2.503�04 2.533�04 2.615�04 2.694�04 2.777�04 2.841�04 2.895�043 286 1.774�05 3.050+07 4.864�08 4.288�08 4.379�08 4.104�08 2.814�08 1.799�08 5.375�093 287 1.183�06 3.390+06 5.451�08 4.974�08 4.898�08 4.462�08 3.024�08 1.878�08 5.033�093 288 1.797�06 5.151+06 3.734�08 3.431�08 3.529�08 3.417�08 2.636�08 2.118�08 1.491�083 289 4.650�08 4.087�08 4.198�08 3.946�08 2.683�08 1.686�08 4.339�093 290 2.473�04 2.371�04 2.265�04 2.163�04 2.045�04 1.966�04 1.908�043 291 4.809�04 4.808�04 4.922�04 5.027�04 5.102�04 5.190�04 5.276�043 292 2.102�04 2.103�04 2.156�04 2.204�04 2.238�04 2.279�04 2.317�043 293 2.123�06 1.999�06 1.862�06 1.679�06 1.236�06 1.020�06 8.473�073 294 2.594�06 2.454�06 2.325�06 2.139�06 1.682�06 1.462�06 1.289�063 295 1.709�06 1.625�06 1.541�06 1.422�06 1.121�06 9.777�07 8.648�073 296 2.024�06 1.902�06 1.774�06 1.597�06 1.173�06 9.660�07 8.012�073 297 1.822�04 1.754�04 1.693�04 1.628�04 1.525�04 1.468�04 1.426�043 298 8.527�12 1.048+01 2.933�05 2.739�05 2.533�05 2.306�05 1.940�05 1.731�05 1.569�053 299 3.566�05 3.422�05 3.312�05 3.176�05 2.879�05 2.734�05 2.625�053 300 2.136�05 2.053�05 1.991�05 1.915�05 1.742�05 1.659�05 1.597�053 301 2.753�05 2.575�05 2.372�05 2.156�05 1.805�05 1.604�05 1.449�053 302 1.704�04 1.620�04 1.536�04 1.449�04 1.326�04 1.252�04 1.196�043 303 7.374�07 9.060+05 2.562�04 2.554�04 2.602�04 2.639�04 2.631�04 2.652�04 2.675�043 304 2.223�04 3.824+08 1.348�04 1.348�04 1.380�04 1.405�04 1.406�04 1.422�04 1.437�043 305 6.807�03 1.954+10 6.738�05 7.753�05 9.855�05 1.185�04 1.367�04 1.538�04 1.695�043 306 8.076�10 9.937+02 5.145�05 4.741�05 4.199�05 3.682�05 3.122�05 2.712�05 2.389�053 307 7.428�05 1.280+08 4.397�05 4.100�05 3.729�05 3.374�05 2.978�05 2.701�05 2.487�053 308 3.590�04 1.031+09 2.587�05 2.395�05 2.145�05 1.905�05 1.644�05 1.455�05 1.307�053 309 3.654�03 6.303+09 8.852�05 9.725�05 1.167�04 1.351�04 1.514�04 1.674�04 1.822�043 310 2.031�05 2.173�05 2.513�05 2.835�05 3.114�05 3.396�05 3.661�05

468 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 6 (continued)

i j gf A (s�1) Effective collision strength �

0.5 1.0 2.0 3.0 4.0 5.0 6.0

3 311 7.493�06 1.293+07 8.249�05 7.593�05 6.711�05 5.875�05 4.981�05 4.324�05 3.806�053 312 5.775�06 7.120+06 9.633�05 9.993�05 1.081�04 1.158�04 1.228�04 1.290�04 1.344�043 313 8.814�06 1.522+07 1.042�08 9.310�09 9.882�09 9.551�09 6.821�09 4.691�09 1.935�093 315 8.712�14 7.522�01 6.773�05 6.234�05 5.521�05 4.838�05 4.109�05 3.574�05 3.152�053 316 2.539�13 3.133�01 8.653�09 7.934�09 9.803�09 1.040�08 7.850�09 5.568�09 2.109�093 320 6.738�09 6.387�09 9.957�09 1.205�08 1.058�08 9.336�09 6.737�093 321 7.720�09 6.833�09 1.266�08 1.552�08 1.171�08 7.648�09 5.050�103 322 5.331�05 5.002�05 4.597�05 4.206�05 3.781�05 3.477�05 3.242�053 323 3.132�05 2.895�05 2.592�05 2.303�05 1.994�05 1.769�05 1.594�053 324 9.995�06 9.194�06 8.126�06 7.108�06 6.022�06 5.224�06 4.596�063 325 1.367�04 1.373�04 1.417�04 1.458�04 1.490�04 1.524�04 1.555�043 326 4.943�07 4.671�07 4.424�07 4.095�07 3.269�07 2.878�07 2.572�073 327 5.548�07 5.243�07 4.890�07 4.406�07 3.237�07 2.659�07 2.193�073 328 3.818�07 3.640�07 3.454�07 3.183�07 2.470�07 2.132�07 1.861�073 329 4.710�07 4.427�07 4.154�07 3.787�07 2.906�07 2.483�07 2.153�073 330 6.183�07 5.854�07 5.614�07 5.273�07 4.375�07 3.964�07 3.649�073 331 6.424�07 6.072�07 5.605�07 4.964�07 3.421�07 2.644�07 2.005�073 332 5.899�05 5.978�05 6.251�05 6.505�05 6.719�05 6.928�05 7.115�053 333 2.746�07 2.623�07 2.464�07 2.228�07 1.587�07 1.282�07 1.033�073 334 3.887�07 3.683�07 3.532�07 3.306�07 2.690�07 2.413�07 2.200�073 335 8.535�13 1.053+00 4.726�05 4.870�05 5.198�05 5.494�05 5.717�05 5.938�05 6.126�053 336 3.446�15 4.253�03 4.675�05 4.277�05 3.775�05 3.281�05 2.675�05 2.267�05 1.949�053 337 6.375�06 6.220�06 6.150�06 6.030�06 5.640�06 5.483�06 5.368�063 338 9.062�07 1.118+06 7.920�06 7.297�06 6.576�06 5.825�06 4.669�06 3.986�06 3.455�063 339 4.841�06 4.554�06 4.268�06 3.946�06 3.395�06 3.092�06 2.861�063 340 3.360�05 5.806+07 6.264�06 5.955�06 5.683�06 5.357�06 4.736�06 4.411�06 4.163�063 341 4.055�05 3.939�05 3.865�05 3.778�05 3.608�05 3.526�05 3.469�053 342 5.945�05 5.422�05 4.756�05 4.107�05 3.318�05 2.784�05 2.368�053 343 1.784�06 3.083+06 2.674�05 2.503�05 2.307�05 2.110�05 1.853�05 1.689�05 1.562�053 344 2.319�06 2.862+06 8.132�06 8.095�06 8.288�06 8.402�06 8.197�06 8.207�06 8.229�063 345 9.813�06 8.931�06 7.849�06 6.725�06 5.104�06 4.113�06 3.339�063 346 6.110�05 1.760+08 3.508�06 3.206�06 2.834�06 2.448�06 1.883�06 1.542�06 1.278�063 347 9.923�07 1.225+06 4.833�06 4.730�06 4.717�06 4.663�06 4.401�06 4.310�06 4.247�063 348 4.949�04 4.277+09 6.743�05 7.039�05 7.645�05 8.198�05 8.653�05 9.072�05 9.424�053 349 1.685�04 2.912+08 1.558�05 1.420�05 1.252�05 1.085�05 8.804�06 7.435�06 6.363�063 350 9.208�07 2.653+06 3.359�05 3.466�05 3.707�05 3.924�05 4.086�05 4.248�05 4.385�05

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 469

Table 7Collision strengths X for Si IX at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000. See page 388 forExplanation of Tables

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 2 9.040�02 7.805�02 6.377�02 4.670�02 2.733�02 1.793�02 1.274�02 9.500�03 5.314�03 3.353�031 3 4.495�01 2.123�01 9.070�02 7.488�02 6.186�02 3.720�02 3.540�02 3.593�02 3.053�02 2.962�021 4 3.933�02 3.752�02 3.260�02 2.324�02 1.267�02 8.160�03 5.565�03 3.977�03 2.164�03 1.345�031 5 5.625�03 5.129�03 4.243�03 2.870�03 1.423�03 8.418�04 5.267�04 3.455�04 1.633�04 8.897�051 6 1.274�02 1.134�02 9.723�03 7.414�03 4.620�03 3.097�03 2.234�03 1.683�03 9.516�04 6.050�041 7 4.332�05 3.274�05 2.340�05 3.693�05 8.214�05 3.605�05 4.109�05 4.763�05 3.705�05 3.546�051 8 1.060�02 9.376�03 7.984�03 6.061�03 3.767�03 2.522�03 1.819�03 1.372�03 7.751�04 4.927�041 9 3.492�01 3.815�01 4.157�01 4.652�01 5.344�01 5.842�01 6.222�01 6.528�01 7.101�01 7.532�011 10 2.621�03 2.290�03 1.928�03 1.455�03 8.993�04 5.972�04 4.291�04 3.226�04 1.805�04 1.138�041 11 2.566�01 2.860�01 3.147�01 3.520�01 4.045�01 4.433�01 4.730�01 4.970�01 5.422�01 5.762�011 12 1.576�03 1.378�03 1.160�03 8.740�04 5.385�04 3.568�04 2.559�04 1.921�04 1.072�04 6.740�051 13 6.334�03 5.508�03 4.635�03 3.525�03 2.203�03 1.475�03 1.067�03 8.064�04 4.557�04 2.897�041 14 2.139�01 2.378�01 2.612�01 2.912�01 3.347�01 3.673�01 3.931�01 4.141�01 4.535�01 4.838�011 15 2.367�03 2.026�03 1.685�03 1.278�03 8.017�04 5.371�04 3.925�04 3.011�04 1.774�04 1.202�041 16 1.808�03 1.865�03 1.961�03 2.120�03 2.848�03 3.401�03 2.923�03 2.600�03 2.827�03 2.903�031 17 9.217�05 8.519�05 7.205�05 4.936�05 2.521�05 1.520�05 9.707�06 6.486�06 3.087�06 1.687�061 18 7.107�04 6.728�04 6.340�04 5.944�04 5.446�04 5.185�04 5.047�04 4.957�04 4.824�04 4.762�041 19 3.261�04 2.968�04 2.487�04 1.704�04 8.758�05 5.275�05 3.378�05 2.267�05 1.080�05 5.928�061 20 5.783�05 5.198�05 4.350�05 3.061�05 1.705�05 1.122�05 8.125�06 6.328�06 4.451�06 3.809�061 21 7.476�04 7.428�04 6.705�04 4.863�04 2.821�04 1.867�04 1.299�04 9.416�05 5.144�05 3.145�051 22 3.337�03 4.498�03 5.812�03 8.247�03 1.262�02 1.629�02 1.956�02 2.236�02 2.788�02 3.230�021 23 7.302�04 7.318�04 6.623�04 4.771�04 2.738�04 1.806�04 1.250�04 9.015�05 4.905�05 2.986�051 24 8.013�04 7.976�04 7.353�04 5.772�04 4.143�04 3.508�04 3.228�04 3.121�04 3.199�04 3.409�041 25 5.156�03 4.363�03 3.490�03 2.459�03 1.406�03 8.944�04 6.258�04 4.614�04 2.472�04 1.498�041 26 3.500�03 2.965�03 2.357�03 1.624�03 8.924�04 5.502�04 3.748�04 2.700�04 1.389�04 8.148�051 27 8.048�03 7.763�03 7.764�03 8.454�03 9.592�03 1.044�02 1.117�02 1.193�02 1.349�02 1.390�021 28 2.383�03 2.061�03 1.661�03 1.145�03 6.310�04 3.947�04 2.707�04 1.957�04 1.019�04 6.024�051 29 2.013�03 1.691�03 1.330�03 9.024�04 4.787�04 2.841�04 1.876�04 1.316�04 6.418�05 3.611�051 30 3.718�02 3.586�02 3.559�02 3.708�02 3.865�02 3.918�02 3.959�02 3.984�02 4.006�02 4.016�021 31 4.873�03 4.071�03 3.250�03 2.340�03 1.384�03 8.974�04 6.402�04 4.802�04 2.641�04 1.636�041 32 2.959�03 2.747�03 2.555�03 2.453�03 2.451�03 2.523�03 2.624�03 2.752�03 3.046�03 3.120�031 33 3.133�03 2.706�03 2.180�03 1.502�03 8.250�04 5.126�04 3.495�04 2.516�04 1.308�04 7.765�051 34 3.495�03 2.940�03 2.323�03 1.604�03 9.011�04 5.748�04 4.056�04 3.023�04 1.666�04 1.033�041 35 4.164�06 3.807�06 3.217�06 2.282�06 1.321�06 8.898�07 6.507�07 5.067�07 3.388�07 2.591�071 36 5.871�04 5.077�04 4.213�04 3.240�04 2.282�04 1.842�04 1.631�04 1.511�04 1.366�04 1.305�041 37 2.189�05 2.031�05 1.720�05 1.189�05 6.528�06 4.183�06 2.867�06 2.061�06 1.098�06 6.558�071 38 7.513�03 7.231�03 6.097�03 3.901�03 1.839�03 1.101�03 6.994�04 4.680�04 2.387�04 1.399�041 39 5.367�03 6.102�03 6.499�03 6.728�03 7.308�03 7.818�03 8.217�03 8.737�03 1.003�02 1.032�021 40 5.322�03 5.327�03 4.639�03 3.049�03 1.489�03 9.220�04 5.956�04 4.028�04 2.097�04 1.243�041 41 2.934�03 2.773�03 2.319�03 1.494�03 7.170�04 4.305�04 2.762�04 1.872�04 9.567�05 5.595�051 42 1.329�01 1.528�01 1.772�01 2.205�01 2.898�01 3.444�01 3.906�01 4.306�01 5.107�01 5.727�011 43 7.865�03 7.750�03 6.695�03 4.405�03 2.163�03 1.335�03 8.649�04 5.875�04 3.054�04 1.808�041 44 3.365�03 3.474�03 3.314�03 2.886�03 2.580�03 2.548�03 2.567�03 2.659�03 2.965�03 3.022�031 45 1.207�03 1.205�03 1.014�03 6.049�04 2.436�04 1.347�04 7.641�05 4.484�05 2.090�05 1.193�051 46 1.002�02 1.131�02 1.270�02 1.506�02 1.901�02 2.225�02 2.502�02 2.743�02 3.231�02 3.609�021 47 7.397�04 7.381�04 6.473�04 4.371�04 2.234�04 1.414�04 9.360�05 6.483�05 3.451�05 2.078�051 48 6.982�02 6.871�02 6.948�02 7.368�02 7.826�02 8.031�02 8.170�02 8.262�02 8.370�02 8.427�021 49 2.046�04 1.764�04 1.393�04 9.142�05 4.847�05 3.051�05 2.126�05 1.573�05 8.806�06 5.535�061 50 1.604�04 1.440�04 1.222�04 9.487�05 7.109�05 6.292�05 6.125�05 6.399�05 7.478�05 7.421�051 51 1.931�03 2.003�03 1.870�03 1.521�03 1.269�03 1.270�03 1.316�03 1.381�03 1.562�03 1.718�031 52 3.371�03 3.259�03 2.750�03 1.749�03 8.136�04 4.834�04 3.072�04 2.062�04 1.048�04 6.247�051 53 1.795�03 2.384�03 3.087�03 4.433�03 6.858�03 8.880�03 1.067�02 1.223�02 1.540�02 1.792�021 54 5.849�04 5.704�04 5.019�04 3.536�04 2.001�04 1.301�04 8.951�05 6.422�05 3.395�05 1.996�051 55 1.384�03 1.338�03 1.172�03 8.254�04 4.684�04 3.048�04 2.097�04 1.506�04 8.020�05 4.700�051 56 1.220�03 1.183�03 1.039�03 7.340�04 4.178�04 2.721�04 1.877�04 1.350�04 7.151�05 4.215�051 57 5.452�07 6.251�07 5.714�07 3.536�07 1.565�07 9.968�08 6.348�08 4.297�08 2.918�08 2.315�081 58 2.064�06 1.975�06 1.642�06 1.009�06 4.562�07 2.621�07 1.567�07 9.689�08 4.180�08 2.118�081 59 3.131�04 3.111�04 2.902�04 2.499�04 2.292�04 2.375�04 2.547�04 2.746�04 3.243�04 3.683�041 60 1.092�03 1.060�03 9.325�04 6.608�04 3.775�04 2.466�04 1.705�04 1.229�04 6.542�05 3.873�051 61 2.116�07 2.897�07 2.767�07 1.701�07 9.635�08 8.999�08 8.315�08 7.943�08 8.051�08 8.078�08

470 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 62 4.949�03 6.734�03 9.066�03 1.367�02 2.204�02 2.914�02 3.539�02 4.087�02 5.192�02 6.052�021 63 4.839�04 4.046�04 3.308�04 2.333�04 1.346�04 8.574�05 5.856�05 4.190�05 2.071�05 1.185�051 64 1.136�05 1.197�05 1.264�05 1.376�05 1.545�05 1.646�05 1.692�05 1.720�05 1.767�05 1.790�051 65 6.007�04 5.062�04 4.166�04 2.964�04 1.724�04 1.101�04 7.531�05 5.393�05 2.675�05 1.540�051 66 9.910�05 8.327�05 6.844�05 4.886�05 2.869�05 1.852�05 1.279�05 9.245�06 4.671�06 2.721�061 67 2.165�03 2.949�03 3.974�03 6.005�03 9.707�03 1.286�02 1.564�02 1.809�02 2.304�02 2.688�021 68 7.893�05 6.653�05 5.484�05 3.940�05 2.334�05 1.517�05 1.053�05 7.651�06 3.913�06 2.307�061 69 7.547�05 6.267�05 5.127�05 3.708�05 2.148�05 1.393�05 9.684�06 7.076�06 3.784�06 2.319�061 70 1.844�04 1.999�04 2.178�04 2.507�04 2.990�04 3.316�04 3.566�04 3.768�04 4.069�04 4.164�041 71 5.438�05 4.568�05 3.781�05 2.785�05 1.660�05 1.097�05 7.741�06 5.726�06 3.134�06 1.955�061 72 3.856�03 3.122�03 2.494�03 1.701�03 9.229�04 5.753�04 3.903�04 2.807�04 1.447�04 8.492�051 73 4.731�03 3.834�03 3.063�03 2.091�03 1.135�03 7.152�04 4.872�04 3.513�04 1.863�04 1.138�041 74 3.292�03 2.665�03 2.129�03 1.451�03 7.875�04 4.908�04 3.330�04 2.394�04 1.234�04 7.244�051 75 8.059�07 6.221�07 4.694�07 2.946�07 1.412�07 8.242�08 5.162�08 3.436�08 1.621�08 8.355�091 76 2.577�06 1.987�06 1.500�06 9.455�07 4.678�07 2.704�07 1.700�07 1.137�07 5.111�08 2.755�081 77 1.142�07 1.103�07 1.064�07 1.017�07 9.771�08 9.560�08 9.505�08 9.441�08 9.380�08 9.581�081 78 4.927�04 3.988�04 3.186�04 2.172�04 1.178�04 7.347�05 4.987�05 3.589�05 1.854�05 1.090�051 79 1.311�05 1.080�05 8.777�06 6.216�06 3.605�06 2.461�06 1.841�06 1.474�06 1.030�06 8.242�071 80 2.152�03 1.747�03 1.401�03 9.649�04 5.379�04 3.522�04 2.518�04 1.923�04 1.208�04 8.942�051 81 4.024�03 3.255�03 2.599�03 1.770�03 9.589�04 5.973�04 4.051�04 2.913�04 1.503�04 8.823�051 82 5.242�07 3.937�07 2.830�07 1.583�07 6.763�08 4.027�08 2.697�08 1.939�08 1.051�08 6.017�091 83 2.358�03 1.900�03 1.510�03 1.019�03 5.447�04 3.359�04 2.260�04 1.614�04 8.218�05 4.774�051 84 5.717�04 5.057�04 4.538�04 3.970�04 3.566�04 3.506�04 3.528�04 3.579�04 3.707�04 3.768�041 85 3.022�05 2.430�05 1.925�05 1.293�05 6.876�06 4.237�06 2.856�06 2.046�06 1.050�06 6.159�071 86 8.535�03 9.785�03 1.115�02 1.342�02 1.657�02 1.868�02 2.017�02 2.129�02 2.307�02 2.389�021 87 2.062�04 1.662�04 1.321�04 8.918�05 4.766�05 2.940�05 1.979�05 1.414�05 7.214�06 4.197�061 88 1.023�04 1.045�04 1.077�04 1.132�04 1.185�04 1.210�04 1.225�04 1.234�04 1.245�04 1.257�041 89 1.736�02 2.006�02 2.298�02 2.783�02 3.453�02 3.897�02 4.212�02 4.451�02 4.828�02 4.999�021 90 1.131�03 9.147�04 7.300�04 4.966�04 2.686�04 1.671�04 1.132�04 8.131�05 4.183�05 2.450�051 91 1.796�06 1.680�06 1.656�06 1.748�06 2.044�06 2.257�06 2.419�06 2.554�06 2.786�06 2.906�061 92 4.726�05 3.806�05 3.020�05 2.075�05 1.127�05 7.058�06 4.814�06 3.472�06 1.797�06 1.069�061 93 6.833�05 5.348�05 4.132�05 2.667�05 1.307�05 7.587�06 4.888�06 3.384�06 1.654�06 9.518�071 94 3.314�05 2.894�05 2.642�05 2.501�05 2.624�05 2.843�05 3.059�05 3.267�05 3.667�05 3.892�051 95 3.353�05 2.668�05 2.098�05 1.395�05 7.149�06 4.295�06 2.841�06 2.005�06 1.003�06 5.777�071 96 4.196�04 3.367�04 2.666�04 1.787�04 9.446�05 5.784�05 3.872�05 2.756�05 1.397�05 8.074�061 97 9.533�03 1.110�02 1.278�02 1.556�02 1.941�02 2.196�02 2.376�02 2.513�02 2.732�02 2.832�021 98 3.855�04 3.092�04 2.446�04 1.637�04 8.644�05 5.290�05 3.539�05 2.518�05 1.275�05 7.365�061 99 4.977�05 3.921�05 3.051�05 2.000�05 1.016�05 6.152�06 4.191�06 3.091�06 1.794�06 1.275�061 100 5.126�04 6.895�04 9.196�04 1.374�03 2.205�03 2.916�03 3.542�03 4.102�03 5.243�03 6.119�031 101 1.311�05 1.065�05 8.617�06 6.020�06 3.355�06 2.145�06 1.490�06 1.096�06 5.987�07 3.724�071 102 3.755�05 3.163�05 2.628�05 1.919�05 1.133�05 7.422�06 5.216�06 3.852�06 2.097�06 1.317�061 103 7.700�06 6.128�06 4.844�06 3.360�06 2.108�06 1.646�06 1.425�06 1.344�06 1.375�06 1.428�061 104 3.204�03 3.310�03 3.458�03 3.717�03 4.000�03 4.160�03 4.258�03 4.322�03 4.414�03 4.463�031 105 4.951�05 4.829�05 4.983�05 5.817�05 8.206�05 1.064�04 1.309�04 1.535�04 1.997�04 2.364�041 106 5.202�06 4.056�06 3.107�06 1.978�06 9.535�07 5.441�07 3.419�07 2.310�07 1.107�07 6.450�081 107 5.902�05 6.270�05 7.120�05 9.483�05 1.498�04 2.020�04 2.528�04 2.994�04 3.946�04 4.690�041 108 1.480�06 1.204�06 9.699�07 6.913�07 4.023�07 2.677�07 1.910�07 1.433�07 8.200�08 5.291�081 109 1.094�03 8.787�04 6.950�04 4.758�04 2.610�04 1.664�04 1.159�04 8.531�05 4.585�05 2.814�051 110 8.372�03 8.649�03 9.034�03 9.714�03 1.046�02 1.088�02 1.113�02 1.130�02 1.154�02 1.167�021 111 2.204�05 1.873�05 1.598�05 1.273�05 1.009�05 9.052�06 8.583�06 8.670�06 9.115�06 8.806�061 112 2.484�04 1.993�04 1.574�04 1.074�04 5.862�05 3.727�05 2.590�05 1.903�05 1.019�05 6.230�061 113 2.183�05 1.604�05 1.158�05 6.776�06 3.075�06 1.724�06 1.078�06 7.236�07 3.280�07 1.769�071 114 1.680�05 1.599�05 1.631�05 1.822�05 2.230�05 2.508�05 2.695�05 2.848�05 3.119�05 3.257�051 115 8.875�05 7.425�05 6.086�05 4.315�05 2.503�05 1.599�05 1.095�05 7.848�06 3.865�06 2.179�061 116 1.205�05 9.041�06 6.664�06 4.045�06 1.927�06 1.101�06 6.897�07 4.609�07 2.065�07 1.117�071 117 3.266�04 3.885�04 4.699�04 6.288�04 9.131�04 1.154�03 1.363�03 1.550�03 1.933�03 2.228�031 118 2.963�05 2.493�05 2.071�05 1.520�05 9.087�06 6.021�06 4.272�06 3.180�06 1.761�06 1.123�061 119 6.561�04 7.613�04 8.756�04 1.065�03 1.334�03 1.508�03 1.632�03 1.731�03 1.892�03 1.961�031 120 4.904�06 4.342�06 4.051�06 4.014�06 4.450�06 4.837�06 5.121�06 5.370�06 5.839�06 6.085�061 121 3.199�05 2.481�05 1.893�05 1.189�05 5.726�06 3.255�06 2.031�06 1.352�06 5.921�07 3.031�071 122 7.039�05 5.978�05 4.971�05 3.628�05 2.188�05 1.438�05 1.008�05 7.369�06 3.806�06 2.253�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 471

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 123 1.013�04 1.263�04 1.627�04 2.420�04 4.006�04 5.409�04 6.690�04 7.841�04 1.019�03 1.200�031 124 4.865�06 4.074�06 3.367�06 2.453�06 1.418�06 9.128�07 6.277�07 4.527�07 2.330�07 1.368�071 125 6.098�05 6.976�05 7.947�05 9.582�05 1.196�04 1.353�04 1.468�04 1.560�04 1.708�04 1.771�041 126 1.860�06 1.408�06 1.045�06 6.377�07 3.136�07 1.968�07 1.381�07 1.026�07 5.526�08 3.278�081 127 1.659�04 1.324�04 1.043�04 6.931�05 3.627�05 2.201�05 1.461�05 1.031�05 5.111�06 2.909�061 128 1.261�05 9.461�06 6.938�06 4.249�06 2.046�06 1.245�06 8.394�07 6.166�07 3.911�07 3.004�071 129 7.473�04 9.071�04 1.153�03 1.712�03 2.873�03 3.913�03 4.880�03 5.753�03 7.523�03 8.892�031 130 8.969�04 7.732�04 6.525�04 4.872�04 3.001�04 1.999�04 1.415�04 1.044�04 5.556�05 3.397�051 131 7.548�05 7.722�05 7.943�05 8.262�05 8.541�05 8.548�05 8.605�05 8.584�05 8.529�05 8.736�051 132 4.488�06 3.773�06 3.112�06 2.291�06 1.428�06 1.002�06 7.504�07 5.868�07 3.594�07 2.457�071 133 9.947�05 1.153�04 1.326�04 1.614�04 2.025�04 2.293�04 2.486�04 2.640�04 2.891�04 2.998�041 134 3.056�05 2.587�05 2.230�05 1.856�05 1.586�05 1.541�05 1.560�05 1.608�05 1.730�05 1.799�051 135 1.864�06 1.561�06 1.275�06 9.039�07 5.086�07 3.254�07 2.238�07 1.616�07 8.308�08 4.836�081 136 1.885�04 1.620�04 1.362�04 1.007�04 6.124�05 4.036�05 2.830�05 2.072�05 1.079�05 6.472�061 137 6.677�04 8.226�04 1.039�03 1.497�03 2.390�03 3.170�03 3.872�03 4.503�03 5.793�03 6.782�031 138 6.967�06 6.175�06 5.490�06 4.663�06 3.914�06 3.659�06 3.566�06 3.541�06 3.560�06 3.581�061 139 2.122�04 1.810�04 1.512�04 1.106�04 6.637�05 4.341�05 3.028�05 2.209�05 1.144�05 6.835�061 140 6.512�05 5.334�05 4.315�05 3.012�05 1.685�05 1.073�05 7.397�06 5.382�06 2.835�06 1.702�061 141 4.118�04 4.582�04 5.342�04 7.149�04 1.101�03 1.456�03 1.783�03 2.085�03 2.712�03 3.194�031 143 1.531�06 1.499�06 1.482�06 1.477�06 1.481�06 1.495�06 1.507�06 1.516�06 1.531�06 1.541�061 144 3.912�04 3.376�04 2.853�04 2.139�04 1.323�04 8.851�05 6.286�05 4.656�05 2.497�05 1.538�051 145 2.894�04 2.504�04 2.124�04 1.581�04 9.690�05 6.466�05 4.553�05 3.344�05 1.785�05 1.083�051 146 8.265�05 6.737�05 5.413�05 3.708�05 2.007�05 1.246�05 8.418�06 6.030�06 3.085�06 1.788�061 147 1.430�04 1.154�04 9.205�05 6.282�05 3.468�05 2.300�05 1.679�05 1.325�05 9.472�06 7.907�061 148 2.405�04 1.913�04 1.505�04 9.998�05 5.240�05 3.194�05 2.133�05 1.515�05 7.642�06 4.414�061 149 7.850�03 8.874�03 1.004�02 1.203�02 1.494�02 1.693�02 1.837�02 1.949�02 2.132�02 2.220�021 150 3.390�03 2.725�03 2.166�03 1.459�03 7.775�04 4.781�04 3.210�04 2.289�04 1.161�04 6.722�051 151 3.735�03 4.272�03 4.874�03 5.895�03 7.372�03 8.377�03 9.102�03 9.666�03 1.058�02 1.102�021 152 5.177�05 4.308�05 3.750�05 3.393�05 3.440�05 3.629�05 3.783�05 3.933�05 4.245�05 4.410�051 153 1.644�03 1.325�03 1.054�03 7.104�04 3.772�04 2.312�04 1.547�04 1.100�04 5.539�05 3.176�051 154 6.045�03 6.885�03 7.823�03 9.411�03 1.171�02 1.327�02 1.440�02 1.528�02 1.672�02 1.740�021 155 3.888�04 3.103�04 2.444�04 1.621�04 8.401�05 5.056�05 3.326�05 2.324�05 1.123�05 6.202�061 156 1.087�03 8.686�04 6.853�04 4.557�04 2.377�04 1.440�04 9.546�05 6.729�05 3.320�05 1.869�051 158 2.518�04 2.142�04 1.793�04 1.300�04 7.693�05 4.999�05 3.488�05 2.557�05 1.348�05 8.121�061 159 6.176�04 6.196�04 6.527�04 7.689�04 1.051�03 1.321�03 1.567�03 1.797�03 2.275�03 2.631�031 160 2.532�04 2.145�04 1.788�04 1.287�04 7.550�05 4.874�05 3.384�05 2.470�05 1.290�05 7.704�061 161 3.152�03 3.330�03 3.565�03 4.017�03 4.753�03 5.285�03 5.680�03 6.004�03 6.550�03 6.802�031 162 3.144�04 2.578�04 2.087�04 1.467�04 8.216�05 5.241�05 3.612�05 2.627�05 1.389�05 8.357�061 163 1.136�03 1.161�03 1.199�03 1.270�03 1.342�03 1.381�03 1.404�03 1.418�03 1.438�03 1.447�031 164 1.598�03 1.277�03 1.010�03 6.752�04 3.560�04 2.176�04 1.454�04 1.033�04 5.207�05 3.001�051 165 1.833�04 1.612�04 1.424�04 1.205�04 1.058�04 1.058�04 1.111�04 1.188�04 1.393�04 1.565�041 166 1.383�03 1.099�03 8.608�04 5.695�04 2.954�04 1.836�04 1.252�04 9.192�05 5.518�05 4.094�051 168 1.805�03 1.480�03 1.198�03 8.546�04 4.866�04 3.138�04 2.175�04 1.586�04 8.472�05 5.180�051 170 1.458�03 1.196�03 9.676�04 6.888�04 3.879�04 2.481�04 1.708�04 1.239�04 6.561�05 3.977�051 172 1.147�03 9.539�04 7.941�04 6.207�04 4.850�04 4.561�04 4.626�04 4.789�04 5.188�04 5.466�041 173 4.628�04 3.720�04 2.940�04 2.006�04 1.046�04 6.256�05 4.068�05 2.811�05 1.362�05 7.610�061 175 8.263�04 6.752�04 5.444�04 3.868�04 2.199�04 1.417�04 9.814�05 7.153�05 3.816�05 2.336�051 177 1.196�02 1.216�02 1.250�02 1.321�02 1.390�02 1.429�02 1.451�02 1.465�02 1.484�02 1.492�021 179 1.075�03 8.965�04 7.382�04 5.415�04 3.197�04 2.120�04 1.502�04 1.114�04 6.125�05 3.823�051 180 7.027�04 5.760�04 4.673�04 3.386�04 2.078�04 1.513�04 1.230�04 1.073�04 8.998�05 8.354�051 181 9.097�04 7.442�04 6.009�04 4.276�04 2.430�04 1.568�04 1.094�04 8.062�05 4.485�05 2.910�051 182 3.543�03 2.774�03 2.145�03 1.393�03 6.918�04 4.053�04 2.622�04 1.819�04 8.930�05 5.152�051 183 3.059�04 2.746�04 2.495�04 2.226�04 1.943�04 1.827�04 1.769�04 1.737�04 1.703�04 1.690�041 185 2.317�03 1.979�03 1.750�03 1.563�03 1.538�03 1.611�03 1.688�03 1.762�03 1.920�03 2.032�031 187 4.825�03 3.831�03 3.017�03 2.012�03 1.043�03 6.306�04 4.174�04 2.943�04 1.477�04 8.609�051 189 1.320�03 1.038�03 8.069�04 5.290�04 2.666�04 1.578�04 1.030�04 7.192�05 3.564�05 2.059�051 190 2.978�02 3.349�02 3.819�02 4.663�02 5.999�02 7.042�02 7.914�02 8.660�02 1.017�01 1.137�011 191 1.871�03 1.468�03 1.140�03 7.436�04 3.717�04 2.189�04 1.421�04 9.881�05 4.871�05 2.829�051 192 1.260�03 1.013�03 8.152�04 5.896�04 3.963�04 3.271�04 2.973�04 2.846�04 2.791�04 2.825�041 194 7.926�04 6.158�04 4.728�04 3.021�04 1.458�04 8.355�05 5.303�05 3.618�05 1.728�05 9.870�061 195 1.141�03 1.016�03 9.309�04 8.503�04 8.208�04 8.526�04 9.007�04 9.514�04 1.071�03 1.175�031 196 3.836�04 3.082�04 2.460�04 1.678�04 8.997�05 5.573�05 3.758�05 2.689�05 1.383�05 8.182�06

472 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 197 1.725�03 1.705�03 1.747�03 1.896�03 2.227�03 2.535�03 2.810�03 3.054�03 3.562�03 3.969�031 198 1.647�03 1.289�03 9.964�04 6.495�04 3.307�04 2.033�04 1.406�04 1.065�04 6.973�05 5.540�051 199 8.851�04 6.408�04 4.544�04 2.554�04 1.060�04 5.561�05 3.313�05 2.151�05 9.288�06 4.870�061 200 9.958�04 7.792�04 6.300�04 5.055�04 4.560�04 4.604�04 4.728�04 4.881�04 5.220�04 5.410�041 201 8.125�04 8.876�04 1.022�03 1.327�03 1.822�03 2.228�03 2.522�03 2.728�03 3.046�03 3.229�031 202 8.986�04 6.553�04 4.661�04 2.584�04 1.015�04 4.924�05 2.689�05 1.584�05 5.170�06 2.077�061 203 3.252�04 2.377�04 1.703�04 9.770�05 4.179�05 2.227�05 1.332�05 8.618�06 3.670�06 1.916�061 204 2.365�04 1.846�04 1.472�04 1.144�04 9.739�05 9.519�05 9.628�05 9.858�05 1.044�04 1.080�041 205 1.570�04 1.209�04 9.648�05 7.649�05 6.974�05 7.116�05 7.373�05 7.655�05 8.227�05 8.540�051 206 1.686�04 1.210�04 8.498�05 4.685�05 1.888�05 9.770�06 5.837�06 3.836�06 1.720�06 9.287�071 207 1.320�04 9.302�05 6.387�05 3.353�05 1.232�05 5.944�06 3.434�06 2.242�06 9.957�07 5.299�071 208 1.342�04 1.026�04 8.044�05 6.104�05 5.337�05 5.700�05 6.155�05 6.523�05 7.157�05 7.552�051 209 1.026�04 7.580�05 5.465�05 3.092�05 1.247�05 6.119�06 3.325�06 1.921�06 5.742�07 2.020�071 210 1.399�04 1.294�04 1.283�04 1.430�04 1.800�04 2.158�04 2.431�04 2.624�04 2.925�04 3.105�041 211 1.090�03 8.797�04 7.004�04 4.858�04 2.696�04 1.733�04 1.212�04 8.944�05 4.844�05 2.969�051 212 4.206�07 3.541�07 2.949�07 2.186�07 1.333�07 9.091�08 6.850�08 5.450�08 3.360�08 2.538�081 213 2.345�06 1.936�06 1.579�06 1.127�06 6.522�07 4.234�07 2.952�07 2.159�07 1.136�07 6.842�081 214 1.033�02 1.065�02 1.111�02 1.194�02 1.284�02 1.337�02 1.369�02 1.391�02 1.423�02 1.438�021 216 1.192�04 9.505�05 7.453�05 5.040�05 2.727�05 1.733�05 1.210�05 8.942�06 4.838�06 2.948�061 218 7.249�06 6.093�06 5.161�06 4.088�06 2.909�06 2.366�06 2.343�06 2.513�06 2.587�06 3.088�061 220 2.487�04 2.066�04 1.686�04 1.190�04 6.876�05 4.400�05 3.020�05 2.172�05 1.080�05 6.072�061 221 7.099�04 5.947�04 4.916�04 3.603�04 2.313�04 1.728�04 1.442�04 1.293�04 1.169�04 1.186�041 223 7.239�04 6.021�04 4.921�04 3.480�04 2.014�04 1.291�04 8.867�05 6.382�05 3.180�05 1.790�051 224 3.210�04 3.890�04 4.799�04 6.613�04 9.954�04 1.286�03 1.542�03 1.778�03 2.287�03 2.687�031 226 1.403�07 1.074�07 8.027�08 5.059�08 2.869�08 2.110�08 1.810�08 1.686�08 1.591�08 1.573�081 228 2.348�04 3.042�04 3.934�04 5.664�04 8.769�04 1.142�03 1.374�03 1.587�03 2.042�03 2.399�031 230 3.648�04 3.037�04 2.485�04 1.761�04 1.023�04 6.567�05 4.520�05 3.259�05 1.630�05 9.207�061 232 6.834�07 5.185�07 3.831�07 2.307�07 1.060�07 5.658�08 3.297�08 2.059�08 8.018�09 3.916�091 234 2.104�07 1.486�07 1.021�07 5.492�08 2.852�08 2.433�08 2.394�08 2.390�08 2.348�08 2.380�081 235 1.844�03 2.407�03 3.132�03 4.542�03 7.064�03 9.191�03 1.102�02 1.268�02 1.617�02 1.885�021 236 2.569�04 2.152�04 1.769�04 1.261�04 7.363�05 4.739�05 3.263�05 2.352�05 1.177�05 6.696�061 238 9.957�05 8.371�05 6.911�05 4.979�05 2.952�05 1.921�05 1.336�05 9.716�06 4.970�06 2.885�061 240 2.015�06 2.135�06 2.335�06 2.851�06 4.203�06 5.433�06 6.465�06 7.213�06 8.162�06 8.561�061 242 4.441�05 3.727�05 3.072�05 2.207�05 1.303�05 8.456�06 5.869�06 4.261�06 2.169�06 1.250�061 243 4.666�04 6.072�04 7.923�04 1.159�03 1.824�03 2.382�03 2.857�03 3.281�03 4.156�03 4.813�031 244 2.561�05 2.153�05 1.777�05 1.281�05 7.601�06 4.952�06 3.447�06 2.510�06 1.286�06 7.462�071 245 1.103�03 9.078�04 7.383�04 5.182�04 2.903�04 1.844�04 1.270�04 9.248�05 4.895�05 2.958�051 246 1.556�03 1.281�03 1.043�03 7.342�04 4.116�04 2.633�04 1.840�04 1.359�04 7.418�05 4.726�051 248 1.394�03 1.147�03 9.330�04 6.546�04 3.666�04 2.327�04 1.603�04 1.167�04 6.177�05 3.732�051 250 1.479�07 1.130�07 8.383�08 5.171�08 2.486�08 1.490�08 1.022�08 7.671�09 4.567�09 3.208�091 252 9.217�08 9.474�08 1.008�07 1.203�07 1.742�07 2.363�07 2.977�07 3.551�07 4.756�07 5.680�071 254 8.315�05 6.841�05 5.560�05 3.898�05 2.181�05 1.384�05 9.527�06 6.937�06 3.674�06 2.222�061 256 6.204�07 4.721�07 3.540�07 2.186�07 1.024�07 5.845�08 3.715�08 2.524�08 1.154�08 6.187�091 258 4.390�04 3.661�04 3.036�04 2.234�04 1.415�04 1.054�04 8.676�05 7.596�05 6.326�05 5.833�051 260 1.139�03 9.362�04 7.602�04 5.319�04 2.967�04 1.879�04 1.292�04 9.393�05 4.962�05 2.995�051 262 2.193�07 1.618�07 1.146�07 6.254�08 2.534�08 1.364�08 9.037�09 6.857�09 4.325�09 3.208�091 264 2.684�04 2.196�04 1.774�04 1.229�04 6.761�05 4.239�05 2.891�05 2.090�05 1.091�05 6.523�061 265 4.119�04 4.482�04 4.921�04 5.669�04 6.815�04 7.645�04 8.224�04 8.680�04 9.509�04 9.997�041 266 2.168�03 2.491�03 2.850�03 3.431�03 4.270�03 4.850�03 5.246�03 5.554�03 6.105�03 6.427�031 268 5.768�06 4.647�06 3.679�06 2.474�06 1.315�06 8.129�07 5.517�07 3.983�07 2.081�07 1.247�071 269 5.439�05 4.452�05 3.597�05 2.494�05 1.373�05 8.616�06 5.880�06 4.253�06 2.225�06 1.334�061 270 1.378�05 1.444�05 1.558�05 1.849�05 2.523�05 3.235�05 3.917�05 4.543�05 5.849�05 6.848�051 271 4.088�03 4.668�03 5.317�03 6.369�03 7.891�03 8.941�03 9.656�03 1.021�02 1.121�02 1.179�021 272 4.458�04 3.657�04 2.965�04 2.068�04 1.150�04 7.267�05 4.986�05 3.620�05 1.906�05 1.145�051 274 7.548�04 5.774�04 4.323�04 2.626�04 1.219�04 6.727�05 4.094�05 2.660�05 1.077�05 5.104�061 276 1.317�03 1.008�03 7.544�04 4.584�04 2.128�04 1.174�04 7.147�05 4.642�05 1.879�05 8.908�061 277 1.122�03 8.609�04 6.531�04 4.088�04 2.012�04 1.235�04 8.645�05 6.604�05 4.349�05 3.571�051 279 7.341�04 8.958�04 1.067�03 1.334�03 1.698�03 1.913�03 2.039�03 2.116�03 2.208�03 2.235�031 281 2.656�07 2.355�07 2.544�07 4.111�07 8.455�07 1.199�06 1.500�06 1.663�06 1.636�06 1.627�061 282 8.781�05 6.715�05 5.027�05 3.054�05 1.419�05 7.847�06 4.785�06 3.114�06 1.264�06 6.001�071 284 5.934�04 7.135�04 8.425�04 1.045�03 1.325�03 1.492�03 1.591�03 1.652�03 1.724�03 1.745�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 473

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 286 5.257�05 4.019�05 3.007�05 1.825�05 8.463�06 4.671�06 2.844�06 1.848�06 7.479�07 3.542�071 287 1.502�07 1.170�07 9.212�08 6.972�08 6.197�08 5.928�08 5.876�08 5.791�08 5.252�08 5.085�081 289 1.456�04 1.736�04 2.040�04 2.520�04 3.190�04 3.592�04 3.832�04 3.980�04 4.155�04 4.205�041 291 2.620�07 2.431�07 2.241�07 2.211�07 2.603�07 3.331�07 3.135�07 2.945�07 3.433�07 3.906�071 292 1.121�05 8.587�06 6.441�06 3.928�06 1.835�06 1.017�06 6.224�07 4.070�07 1.679�07 8.129�081 293 6.915�05 5.288�05 3.957�05 2.403�05 1.115�05 6.153�06 3.746�06 2.434�06 9.851�07 4.669�071 294 6.758�08 6.449�08 5.935�08 4.745�08 2.849�08 1.780�08 1.186�08 8.392�09 4.334�09 2.606�091 296 8.077�07 6.111�07 4.535�07 2.797�07 1.178�07 5.738�08 3.203�08 1.965�08 7.063�09 3.326�091 298 7.344�07 6.687�07 6.104�07 6.096�07 7.486�07 9.760�07 9.338�07 8.839�07 1.005�06 1.109�061 300 1.510�04 1.233�04 9.942�05 6.872�05 3.765�05 2.356�05 1.604�05 1.159�05 6.047�06 3.612�061 302 4.247�07 4.007�07 3.989�07 4.612�07 6.876�07 7.770�07 8.260�07 8.434�07 7.926�07 7.758�071 303 1.410�03 1.622�03 1.858�03 2.236�03 2.776�03 3.141�03 3.384�03 3.571�03 3.906�03 4.101�031 304 2.845�07 2.551�07 2.323�07 2.478�07 3.476�07 4.772�07 4.742�07 4.577�07 5.035�07 5.317�071 305 1.216�05 9.295�06 6.958�06 4.227�06 1.972�06 1.099�06 6.752�07 4.422�07 1.812�07 8.630�081 306 1.058�04 8.623�05 6.944�05 4.788�05 2.615�05 1.633�05 1.111�05 8.015�06 4.178�06 2.493�061 308 5.541�05 4.267�05 3.266�05 2.098�05 1.120�05 7.648�06 5.990�06 5.073�06 4.045�06 3.679�061 310 6.842�05 5.225�05 3.908�05 2.370�05 1.103�05 6.135�06 3.766�06 2.465�06 1.009�06 4.803�071 311 1.517�07 1.289�07 1.147�07 1.148�07 1.594�07 1.746�07 1.827�07 1.848�07 1.718�07 1.678�071 312 3.408�05 2.604�05 1.948�05 1.182�05 5.497�06 3.051�06 1.869�06 1.222�06 4.995�07 2.379�071 313 1.068�04 1.262�04 1.478�04 1.828�04 2.332�04 2.651�04 2.854�04 2.982�04 3.136�04 3.181�041 314 1.940�05 1.479�05 1.105�05 6.683�06 3.101�06 1.718�06 1.051�06 6.863�07 2.795�07 1.327�071 316 1.141�04 9.755�05 8.209�05 6.000�05 3.585�05 2.344�05 1.643�05 1.209�05 6.414�06 3.880�061 317 3.152�04 3.067�04 3.123�04 3.492�04 4.544�04 5.592�04 6.554�04 7.474�04 9.487�04 1.104�031 319 1.139�04 9.713�05 8.153�05 5.930�05 3.518�05 2.289�05 1.598�05 1.171�05 6.161�06 3.694�061 321 7.224�05 6.973�05 7.018�05 7.670�05 9.732�05 1.186�04 1.385�04 1.576�04 1.997�04 2.321�041 322 7.303�04 5.926�04 4.743�04 3.317�04 1.834�04 1.160�04 7.913�05 5.690�05 2.950�05 1.755�051 324 9.988�04 9.066�04 8.373�04 7.756�04 7.532�04 7.754�04 8.057�04 8.401�04 9.159�04 9.568�041 326 8.567�04 7.068�04 5.754�04 4.136�04 2.355�04 1.521�04 1.055�04 7.699�05 4.121�05 2.513�051 328 6.209�03 6.336�03 6.538�03 6.943�03 7.357�03 7.598�03 7.750�03 7.853�03 8.015�03 8.109�031 330 3.030�04 2.452�04 1.958�04 1.365�04 7.551�05 4.779�05 3.263�05 2.347�05 1.215�05 7.224�061 331 1.599�04 1.289�04 1.022�04 7.017�05 3.703�05 2.244�05 1.475�05 1.028�05 5.059�06 2.881�061 332 3.514�04 2.934�04 2.421�04 1.781�04 1.053�04 7.002�05 4.969�05 3.689�05 2.031�05 1.266�051 333 4.541�04 3.708�04 2.997�04 2.149�04 1.284�04 9.020�05 6.988�05 5.810�05 4.450�05 3.876�051 334 3.264�04 2.751�04 2.322�04 1.831�04 1.369�04 1.200�04 1.131�04 1.109�04 1.121�04 1.134�041 335 1.427�03 1.119�03 8.667�04 5.649�04 2.817�04 1.655�04 1.073�04 7.449�05 3.675�05 2.134�051 337 1.222�03 1.006�03 8.462�04 6.887�04 6.012�04 5.995�04 6.156�04 6.362�04 6.876�04 7.296�041 339 4.042�04 3.992�04 4.001�04 4.100�04 4.200�04 4.276�04 4.328�04 4.366�04 4.430�04 4.465�041 341 2.474�03 1.963�03 1.545�03 1.031�03 5.337�04 3.225�04 2.133�04 1.504�04 7.552�05 4.422�051 342 7.369�05 5.995�05 4.805�05 3.357�05 1.840�05 1.152�05 7.790�06 5.561�06 2.845�06 1.672�061 343 1.061�02 1.184�02 1.341�02 1.625�02 2.073�02 2.418�02 2.705�02 2.951�02 3.448�02 3.843�021 344 4.056�05 3.434�05 2.937�05 2.417�05 2.005�05 1.909�05 1.966�05 2.081�05 2.299�05 2.468�051 345 8.181�05 6.653�05 5.334�05 3.729�05 2.064�05 1.305�05 8.898�06 6.395�06 3.302�06 1.956�061 346 5.225�04 4.115�04 3.201�04 2.105�04 1.066�04 6.332�05 4.143�05 2.900�05 1.449�05 8.458�061 347 2.683�04 2.067�04 1.568�04 9.837�05 4.582�05 2.547�05 1.575�05 1.052�05 4.878�06 2.775�061 349 3.260�04 2.658�04 2.193�04 1.684�04 1.279�04 1.150�04 1.100�04 1.082�04 1.082�04 1.087�041 351 4.937�05 3.349�05 2.224�05 1.136�05 4.402�06 2.192�06 1.238�06 7.642�07 2.972�07 1.481�071 352 1.222�04 8.837�05 6.223�05 3.399�05 1.379�05 6.963�06 4.008�06 2.518�06 9.591�07 4.325�071 353 2.220�04 1.801�04 1.477�04 1.122�04 8.515�05 7.687�05 7.325�05 7.171�05 7.114�05 7.076�051 354 5.354�05 3.893�05 2.865�05 1.911�05 1.424�05 1.417�05 1.452�05 1.480�05 1.515�05 1.528�051 355 3.997�04 3.144�04 2.447�04 1.602�04 8.043�05 4.747�05 3.083�05 2.141�05 1.049�05 6.058�061 356 3.655�04 2.943�04 2.361�04 1.645�04 9.556�05 6.673�05 5.217�05 4.414�05 3.555�05 3.269�051 357 1.584�04 1.272�04 1.015�04 6.918�05 3.705�05 2.292�05 1.544�05 1.104�05 5.673�06 3.361�061 358 5.693�04 4.168�04 2.994�04 1.721�04 7.375�05 3.957�05 2.393�05 1.568�05 6.858�06 3.601�061 360 6.061�04 4.750�04 3.821�04 3.029�04 2.695�04 2.716�04 2.801�04 2.898�04 3.111�04 3.252�041 361 9.840�04 7.373�04 5.435�04 3.213�04 1.407�04 7.488�05 4.472�05 2.884�05 1.170�05 5.594�061 362 1.155�03 1.290�03 1.479�03 1.860�03 2.477�03 2.934�03 3.281�03 3.546�03 3.964�03 4.177�031 363 2.616�05 2.451�05 2.383�05 2.458�05 2.749�05 3.060�05 3.328�05 3.544�05 3.903�05 4.092�051 364 5.619�04 4.429�04 3.464�04 2.338�04 1.336�04 9.551�05 7.782�05 6.888�05 6.101�05 5.947�051 365 1.364�03 1.460�03 1.602�03 1.879�03 2.339�03 2.709�03 3.021�03 3.291�03 3.840�03 4.276�031 367 6.757�06 4.474�06 2.872�06 1.347�06 4.401�07 2.076�07 1.192�07 7.697�08 3.224�08 1.530�081 368 8.061�06 5.414�06 3.549�06 1.815�06 8.315�07 6.269�07 5.710�07 5.492�07 5.227�07 5.112�071 369 1.101�05 9.316�06 8.406�06 8.071�06 8.909�06 9.751�06 1.029�05 1.066�05 1.125�05 1.145�05

474 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 370 1.309�05 9.135�06 6.181�06 3.141�06 1.148�06 5.452�07 3.019�07 1.852�07 6.678�08 2.740�081 371 1.569�05 1.071�05 7.166�06 3.727�06 1.490�06 7.494�07 4.230�07 2.600�07 1.003�07 5.003�081 372 1.126�05 8.517�06 6.600�06 4.852�06 4.078�06 4.275�06 4.473�06 4.601�06 4.754�06 4.811�061 373 1.902�05 1.382�05 9.756�06 5.327�06 2.148�06 1.068�06 6.030�07 3.712�07 1.342�07 5.782�081 374 2.514�05 2.319�05 2.267�05 2.376�05 2.785�05 3.095�05 3.289�05 3.427�05 3.639�05 3.717�051 375 8.246�05 5.883�05 4.103�05 2.220�05 8.563�06 4.309�06 2.549�06 1.684�06 7.824�07 4.287�071 376 1.100�04 7.887�05 5.522�05 3.032�05 1.199�05 6.019�06 3.619�06 2.447�06 1.175�06 7.189�071 377 1.950�04 1.439�04 1.042�04 6.085�05 2.672�05 1.453�05 8.833�06 5.780�06 2.498�06 1.301�061 378 1.179�04 8.579�05 6.127�05 3.444�05 1.401�05 7.191�06 4.267�06 2.791�06 1.209�06 6.148�071 379 1.217�04 9.799�05 8.190�05 6.974�05 6.801�05 7.109�05 7.452�05 7.774�05 8.411�05 8.814�051 380 9.020�05 7.079�05 5.695�05 4.432�05 3.857�05 3.982�05 4.223�05 4.458�05 4.882�05 5.108�051 381 1.141�04 8.634�05 6.431�05 3.862�05 1.728�05 9.287�06 5.565�06 3.583�06 1.437�06 6.792�071 382 2.902�04 3.147�04 3.522�04 4.313�04 5.641�04 6.639�04 7.403�04 7.991�04 8.927�04 9.406�041 383 1.430�05 1.134�05 8.862�06 5.827�06 2.910�06 1.702�06 1.099�06 7.621�07 3.780�07 2.218�071 384 6.617�06 5.671�06 5.059�06 4.691�06 5.331�06 6.507�06 7.890�06 9.050�06 1.097�05 1.265�051 385 8.042�06 6.498�06 5.177�06 3.519�06 1.846�06 1.120�06 7.450�07 5.294�07 2.723�07 1.616�071 386 5.085�05 6.442�05 8.239�05 1.179�04 1.807�04 2.311�04 2.718�04 3.059�04 3.707�04 4.159�041 387 6.218�06 5.226�06 4.345�06 3.177�06 1.874�06 1.236�06 8.729�07 6.482�07 3.605�07 2.302�071 388 1.077�06 8.681�07 7.150�07 5.767�07 5.853�07 7.193�07 8.988�07 1.051�06 1.304�06 1.539�061 389 1.406�05 1.125�05 8.884�06 5.974�06 3.164�06 2.012�06 1.458�06 1.162�06 8.460�07 7.520�071 390 2.416�06 1.930�06 1.522�06 1.016�06 5.262�07 3.192�07 2.122�07 1.505�07 7.760�08 4.690�081 391 2.949�06 2.384�06 1.898�06 1.321�06 7.427�07 4.724�07 3.252�07 2.365�07 1.256�07 7.690�081 392 2.203�05 2.114�05 2.135�05 2.395�05 3.113�05 3.742�05 4.213�05 4.571�05 5.064�05 5.220�051 393 2.075�06 1.705�06 1.382�06 9.918�07 5.829�07 3.808�07 2.673�07 1.973�07 1.072�07 6.630�081 395 1.700�06 1.381�06 1.113�06 8.052�07 4.935�07 3.465�07 2.664�07 2.200�07 1.663�07 1.476�071 397 9.483�07 6.957�07 4.963�07 2.801�07 1.095�07 5.385�08 3.064�08 1.931�08 8.046�09 4.142�091 399 6.805�07 5.047�07 4.354�07 5.624�07 1.331�06 2.031�06 2.761�06 3.193�06 3.141�06 3.253�061 400 7.638�07 5.581�07 3.956�07 2.207�07 8.246�08 3.853�08 2.090�08 1.263�08 4.914�09 2.407�091 401 3.294�05 3.915�05 4.610�05 5.746�05 7.290�05 8.208�05 8.778�05 9.214�05 9.948�05 1.030�041 403 4.346�07 3.182�07 2.340�07 1.737�07 2.323�07 3.202�07 4.231�07 4.857�07 4.730�07 4.831�071 405 3.329�06 2.687�06 2.127�06 1.420�06 7.412�07 4.475�07 2.956�07 2.081�07 1.040�07 5.987�081 407 8.492�07 6.922�07 5.543�07 3.833�07 2.071�07 1.284�07 8.584�08 6.071�08 3.077�08 1.802�081 408 5.292�06 5.468�06 5.748�06 6.254�06 6.878�06 7.187�06 7.410�06 7.705�06 8.391�06 8.639�061 409 4.368�07 3.301�07 2.408�07 1.407�07 6.069�08 3.248�08 2.026�08 1.412�08 7.493�09 4.559�091 410 4.925�06 3.983�06 3.176�06 2.202�06 1.217�06 7.772�07 5.404�07 3.966�07 2.120�07 1.283�071 412 9.254�07 7.329�07 5.642�07 3.548�07 1.703�07 9.751�08 6.205�08 4.241�08 1.998�08 1.097�081 414 9.064�07 7.041�07 5.342�07 3.394�07 1.678�07 1.021�07 6.977�08 5.173�08 3.044�08 2.126�081 415 2.772�05 2.953�05 3.245�05 3.968�05 5.729�05 7.691�05 9.646�05 1.156�04 1.507�04 1.694�041 416 4.886�07 3.848�07 2.862�07 1.704�07 8.423�08 5.681�08 4.482�08 3.813�08 2.843�08 2.196�081 418 9.818�06 1.133�05 1.303�05 1.575�05 1.922�05 2.108�05 2.220�05 2.313�05 2.483�05 2.555�051 419 1.307�06 1.065�06 8.490�07 5.813�07 3.143�07 1.974�07 1.355�07 9.892�08 5.390�08 3.371�081 421 1.365�06 1.492�06 1.601�06 1.743�06 2.032�06 2.271�06 2.307�06 2.338�06 2.956�06 3.655�061 423 5.228�07 4.213�07 3.296�07 2.078�07 9.482�08 4.846�08 2.755�08 1.695�08 6.098�09 2.860�091 424 3.872�07 3.411�07 3.114�07 3.282�07 4.592�07 5.158�07 5.520�07 5.660�07 5.269�07 5.086�071 425 3.144�06 2.524�06 1.985�06 1.330�06 6.937�07 4.280�07 2.910�07 2.108�07 1.122�07 6.737�081 426 6.754�07 5.523�07 4.452�07 3.090�07 1.700�07 1.058�07 7.037�08 4.902�08 2.301�08 1.254�081 428 4.085�07 3.594�07 3.208�07 2.839�07 2.946�07 3.423�07 3.749�07 4.134�07 6.395�07 8.160�071 429 4.732�07 3.722�07 2.883�07 1.920�07 1.044�07 6.306�08 4.044�08 2.736�08 1.263�08 7.031�091 430 2.194�05 2.269�05 2.373�05 2.557�05 2.740�05 2.834�05 2.885�05 2.915�05 2.946�05 2.949�051 431 5.316�07 4.268�07 3.308�07 2.074�07 9.181�08 4.569�08 2.552�08 1.554�08 5.520�09 2.566�091 432 3.319�07 2.795�07 2.336�07 1.793�07 1.299�07 1.031�07 9.315�08 8.797�08 8.003�08 7.872�081 433 1.507�05 1.217�05 9.697�06 6.710�06 3.689�06 2.348�06 1.628�06 1.192�06 6.378�07 3.882�071 434 9.498�07 7.268�07 5.440�07 3.405�07 1.502�07 7.579�08 4.284�08 2.620�08 9.311�09 4.356�091 435 4.692�07 5.715�07 6.790�07 9.792�07 1.684�06 1.994�06 2.179�06 2.258�06 2.136�06 2.063�061 436 7.266�07 5.614�07 4.230�07 2.648�07 1.134�07 5.526�08 3.097�08 1.912�08 6.801�09 3.242�091 437 1.713�06 1.382�06 1.111�06 7.635�07 4.056�07 2.460�07 1.629�07 1.153�07 5.934�08 3.559�081 438 1.190�05 1.215�05 1.239�05 1.270�05 1.319�05 1.404�05 1.447�05 1.485�05 1.676�05 1.919�051 439 1.165�06 1.061�06 9.644�07 8.450�07 8.410�07 9.773�07 1.032�06 1.108�06 1.808�06 2.454�061 440 7.021�07 5.950�07 5.011�07 3.655�07 2.041�07 1.265�07 8.475�08 6.048�08 3.193�08 1.991�081 441 8.854�07 6.656�07 4.815�07 2.950�07 1.329�07 6.780�08 3.984�08 2.520�08 9.283�09 4.780�091 442 2.111�07 1.721�07 1.407�07 1.000�07 5.531�08 3.417�08 2.269�08 1.602�08 8.315�09 5.106�09

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 475

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 443 6.484�06 6.560�06 6.641�06 6.758�06 6.987�06 7.415�06 7.638�06 7.814�06 8.679�06 9.820�061 444 1.464�06 1.157�06 9.065�07 6.025�07 3.070�07 1.796�07 1.132�07 7.581�08 3.478�08 1.954�081 445 6.987�07 6.898�07 7.094�07 7.767�07 9.354�07 1.086�06 1.228�06 1.358�06 1.635�06 1.857�061 446 1.406�04 1.457�04 1.527�04 1.651�04 1.781�04 1.853�04 1.895�04 1.922�04 1.958�04 1.974�041 447 5.055�05 4.340�05 3.671�05 2.702�05 1.628�05 1.071�05 7.531�06 5.553�06 2.953�06 1.784�061 448 1.393�04 1.340�04 1.345�04 1.470�04 1.875�04 2.299�04 2.692�04 3.068�04 3.879�04 4.477�041 449 4.562�05 3.897�05 3.281�05 2.396�05 1.429�05 9.327�06 6.526�06 4.793�06 2.527�06 1.515�061 450 2.667�05 2.781�05 3.072�05 3.877�05 5.670�05 7.322�05 8.777�05 1.012�04 1.298�04 1.508�041 451 4.003�04 3.273�04 2.642�04 1.871�04 1.051�04 6.737�05 4.655�05 3.386�05 1.795�05 1.083�051 452 4.854�04 3.980�04 3.221�04 2.292�04 1.293�04 8.318�05 5.762�05 4.199�05 2.234�05 1.356�051 453 5.306�04 4.705�04 4.234�04 3.755�04 3.430�04 3.418�04 3.477�04 3.572�04 3.823�04 3.965�041 454 3.629�03 3.729�03 3.875�03 4.148�03 4.426�03 4.582�03 4.676�03 4.736�03 4.821�03 4.861�031 455 1.098�04 8.878�05 7.075�05 4.900�05 2.681�05 1.696�05 1.168�05 8.501�06 4.511�06 2.728�061 456 2.275�04 1.819�04 1.431�04 9.698�05 5.165�05 3.207�05 2.185�05 1.581�05 8.293�06 4.955�061 457 4.206�04 4.345�04 4.557�04 4.936�04 5.342�04 5.566�04 5.693�04 5.766�04 5.852�04 5.887�041 458 4.171�05 3.360�05 2.668�05 1.839�05 9.837�06 6.149�06 4.281�06 3.270�06 2.247�06 1.871�061 459 1.545�04 1.249�04 9.969�05 6.931�05 3.811�05 2.403�05 1.636�05 1.173�05 6.037�06 3.556�061 460 4.599�06 3.757�06 3.005�06 2.083�06 1.166�06 7.328�07 4.987�07 3.582�07 1.818�07 1.045�071 461 1.638�04 1.398�04 1.200�04 9.767�05 7.764�05 7.109�05 6.876�05 6.850�05 7.069�05 7.222�051 462 9.446�05 1.031�04 1.156�04 1.403�04 1.829�04 2.170�04 2.457�04 2.705�04 3.208�04 3.592�041 463 2.655�04 2.103�04 1.649�04 1.088�04 5.564�05 3.308�05 2.155�05 1.494�05 7.075�06 3.863�061 464 4.081�05 3.299�05 2.627�05 1.842�05 1.095�05 7.480�06 5.534�06 4.288�06 2.528�06 1.634�061 465 5.001�04 3.926�04 3.043�04 1.987�04 9.930�05 5.841�05 3.788�05 2.632�05 1.301�05 7.580�061 466 5.801�04 4.686�04 3.824�04 2.905�04 2.247�04 2.095�04 2.078�04 2.105�04 2.225�04 2.350�041 467 7.899�04 6.293�04 4.974�04 3.348�04 1.756�04 1.072�04 7.157�05 5.086�05 2.609�05 1.562�051 468 3.047�03 3.401�03 3.863�03 4.705�03 6.049�03 7.093�03 7.966�03 8.716�03 1.023�02 1.142�021 469 6.855�05 6.081�05 5.471�05 4.838�05 4.336�05 4.222�05 4.209�05 4.259�05 4.437�05 4.541�051 471 1.358�04 1.334�04 1.329�04 1.353�04 1.375�04 1.396�04 1.412�04 1.423�04 1.445�04 1.459�041 472 4.481�04 4.762�04 5.153�04 5.862�04 6.925�04 7.709�04 8.352�04 8.898�04 9.958�04 1.076�031 473 1.340�06 9.565�07 7.239�07 5.317�07 4.414�07 4.684�07 5.718�07 6.363�07 7.145�07 7.567�071 474 8.782�07 5.654�07 3.480�07 1.581�07 4.347�08 1.649�08 7.766�09 4.256�09 1.370�09 5.784�101 475 1.792�06 1.173�06 7.311�07 3.309�07 9.779�08 3.920�08 1.771�08 8.542�09 1.956�09 6.848�101 477 4.914�04 3.726�04 2.787�04 1.693�04 7.738�05 4.266�05 2.631�05 1.750�05 7.649�06 3.918�061 478 5.512�04 6.108�04 6.948�04 8.637�04 1.140�03 1.342�03 1.495�03 1.617�03 1.818�03 1.923�031 479 2.548�04 1.878�04 1.359�04 7.897�05 3.429�05 1.854�05 1.128�05 7.425�06 3.262�06 1.711�061 480 2.624�04 2.044�04 1.628�04 1.244�04 1.059�04 1.055�04 1.087�04 1.123�04 1.203�04 1.261�041 481 6.093�05 4.895�05 3.873�05 2.655�05 1.452�05 9.187�06 6.342�06 4.632�06 2.469�06 1.497�061 482 5.862�05 5.574�05 5.628�05 6.166�05 7.507�05 8.456�05 9.021�05 9.382�05 9.852�05 9.981�051 483 7.590�05 5.479�05 3.845�05 2.072�05 8.181�06 4.014�06 2.237�06 1.360�06 4.753�07 2.004�071 484 2.774�05 1.891�05 1.260�05 6.448�06 2.506�06 1.259�06 7.162�07 4.443�07 1.737�07 8.586�081 485 2.996�05 2.174�05 1.595�05 1.050�05 7.562�06 7.377�06 7.556�06 7.739�06 7.843�06 7.632�061 486 2.073�04 1.638�04 1.279�04 8.459�05 4.309�05 2.571�05 1.686�05 1.181�05 5.916�06 3.458�061 487 8.784�05 6.766�05 5.132�05 3.217�05 1.495�05 8.285�06 5.105�06 3.396�06 1.560�06 8.821�071 488 1.530�04 1.196�04 9.222�05 5.966�05 2.944�05 1.720�05 1.115�05 7.797�06 4.038�06 2.555�061 489 1.708�04 1.347�04 1.051�04 6.903�05 3.488�05 2.065�05 1.343�05 9.330�06 4.542�06 2.594�061 490 1.459�04 1.165�04 9.232�05 6.248�05 3.359�05 2.140�05 1.514�05 1.163�05 7.733�06 6.239�061 491 6.575�05 5.283�05 4.214�05 2.874�05 1.541�05 9.544�06 6.433�06 4.599�06 2.359�06 1.395�061 492 1.709�04 1.362�04 1.086�04 7.777�05 5.268�05 4.463�05 4.172�05 4.079�05 4.138�05 4.305�051 493 8.078�04 8.956�04 1.012�03 1.226�03 1.570�03 1.839�03 2.065�03 2.258�03 2.651�03 2.960�031 494 1.334�07 8.247�08 4.908�08 2.076�08 5.874�09 2.484�09 1.247�09 6.847�10 1.950�10 7.682�111 496 1.805�07 1.226�07 8.651�08 5.670�08 4.358�08 4.459�08 5.169�08 5.665�08 6.314�08 6.682�081 497 2.397�07 1.536�07 9.358�08 4.070�08 1.153�08 4.629�09 2.110�09 1.016�09 2.144�10 6.978�111 498 3.812�05 2.749�05 1.943�05 1.074�05 4.262�06 2.176�06 1.297�06 8.589�07 3.975�07 2.167�071 500 2.592�07 1.696�07 1.058�07 4.913�08 1.335�08 4.982�09 2.291�09 1.225�09 4.268�10 1.856�101 501 4.631�07 3.169�07 2.088�07 1.038�07 3.535�08 1.585�08 8.193�09 4.702�09 1.726�09 8.404�101 502 4.986�07 3.460�07 2.414�07 1.435�07 8.421�08 7.479�08 8.586�08 9.402�08 1.032�07 1.083�071 503 4.428�05 3.187�05 2.257�05 1.278�05 5.836�06 3.740�06 2.975�06 2.647�06 2.368�06 2.303�061 504 6.632�05 4.950�05 3.639�05 2.147�05 9.404�06 5.058�06 3.078�06 2.034�06 8.885�07 4.549�071 505 6.224�05 5.319�05 4.729�05 4.285�05 4.349�05 4.682�05 5.012�05 5.309�05 5.843�05 6.122�051 506 6.004�05 4.595�05 3.470�05 2.135�05 9.914�06 5.495�06 3.387�06 2.240�06 9.600�07 4.822�071 507 8.427�05 6.243�05 4.540�05 2.668�05 1.181�05 6.460�06 3.946�06 2.592�06 1.126�06 5.864�071 508 1.511�04 1.693�04 1.940�04 2.423�04 3.205�04 3.772�04 4.204�04 4.546�04 5.111�04 5.405�04

476 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 509 5.196�05 4.220�05 3.561�05 3.052�05 3.007�05 3.181�05 3.359�05 3.515�05 3.818�05 4.018�051 510 8.583�06 7.464�06 6.902�06 6.823�06 7.747�06 8.611�06 9.175�06 9.544�06 1.003�05 1.017�051 511 1.092�05 7.831�06 5.463�06 2.925�06 1.151�06 5.705�07 3.233�07 2.003�07 7.352�08 3.209�081 512 1.278�05 9.377�06 6.695�06 3.720�06 1.532�06 7.719�07 4.394�07 2.718�07 9.918�08 4.403�081 513 1.669�05 1.559�05 1.544�05 1.644�05 1.957�05 2.188�05 2.327�05 2.418�05 2.540�05 2.577�051 514 3.909�06 2.606�06 1.685�06 8.015�07 2.627�07 1.234�07 7.089�08 4.604�08 1.966�08 9.576�091 515 4.611�06 3.127�06 2.081�06 1.097�06 5.476�07 4.319�07 4.104�07 4.064�07 3.950�07 3.868�071 516 6.213�06 4.664�06 3.576�06 2.570�06 2.064�06 2.130�06 2.226�06 2.296�06 2.365�06 2.351�061 517 8.771�06 6.019�06 4.035�06 2.097�06 8.413�07 4.276�07 2.431�07 1.499�07 5.804�08 2.856�081 518 5.344�05 4.499�05 3.724�05 2.697�05 1.606�05 1.047�05 7.295�06 5.313�06 2.715�06 1.560�061 519 2.747�04 3.323�04 4.199�04 6.179�04 1.024�03 1.388�03 1.703�03 1.991�03 2.593�03 3.037�031 520 3.697�04 3.159�04 2.650�04 1.962�04 1.199�04 7.951�05 5.606�05 4.124�05 2.168�05 1.289�051 521 3.218�05 2.652�05 2.164�05 1.534�05 8.697�06 5.574�06 3.865�06 2.831�06 1.526�06 9.412�071 522 3.979�05 3.494�05 3.119�05 2.712�05 2.425�05 2.401�05 2.452�05 2.527�05 2.699�05 2.808�051 523 3.689�05 3.029�05 2.454�05 1.708�05 9.444�06 5.951�06 4.079�06 2.960�06 1.557�06 9.340�071 524 8.045�06 6.829�06 5.873�06 4.828�06 4.114�06 4.115�06 4.413�06 4.743�06 5.379�06 6.008�061 525 4.706�05 3.953�05 3.254�05 2.349�05 1.390�05 9.027�06 6.262�06 4.544�06 2.318�06 1.338�061 526 3.082�04 3.405�04 3.918�04 5.083�04 7.451�04 9.598�04 1.151�03 1.327�03 1.705�03 2.002�031 527 5.279�05 4.402�05 3.600�05 2.569�05 1.497�05 9.634�06 6.639�06 4.793�06 2.421�06 1.386�061 528 1.348�04 1.534�04 1.749�04 2.100�04 2.614�04 2.973�04 3.216�04 3.401�04 3.738�04 3.946�041 529 8.735�05 9.194�05 1.025�04 1.313�04 1.966�04 2.560�04 3.070�04 3.518�04 4.404�04 5.022�041 530 1.177�04 1.007�04 8.473�05 6.297�05 3.861�05 2.570�05 1.817�05 1.341�05 7.098�06 4.252�061 531 1.086�05 8.210�06 6.059�06 3.563�06 1.577�06 8.370�07 4.927�07 3.107�07 1.168�07 5.251�081 532 1.503�05 1.153�05 8.722�06 5.426�06 2.593�06 1.552�06 1.060�06 7.950�07 5.228�07 4.330�071 533 2.064�05 1.620�05 1.247�05 7.915�06 3.874�06 2.225�06 1.400�06 9.352�07 4.022�07 2.007�071 534 1.798�05 2.157�05 2.561�05 3.219�05 4.154�05 4.752�05 5.139�05 5.383�05 5.676�05 5.789�051 535 7.191�05 6.069�05 5.033�05 3.731�05 2.369�05 1.714�05 1.369�05 1.168�05 9.472�06 8.942�061 536 1.803�03 2.000�03 2.234�03 2.622�03 3.203�03 3.616�03 3.898�03 4.113�03 4.505�03 4.751�031 537 9.755�04 8.079�04 6.611�04 4.678�04 2.642�04 1.686�04 1.165�04 8.511�05 4.539�05 2.765�051 538 4.531�04 3.748�04 3.065�04 2.167�04 1.222�04 7.796�05 5.386�05 3.934�05 2.102�05 1.285�051 539 1.199�06 8.947�07 6.767�07 4.936�07 5.885�07 7.656�07 9.997�07 1.155�06 1.157�06 1.235�061 540 1.270�03 1.347�03 1.453�03 1.641�03 1.945�03 2.175�03 2.337�03 2.463�03 2.698�03 2.847�031 541 1.111�04 9.220�05 7.558�05 5.370�05 3.051�05 1.954�05 1.353�05 9.905�06 5.311�06 3.261�061 542 1.447�04 1.198�04 9.808�05 6.951�05 3.936�05 2.516�05 1.741�05 1.273�05 6.824�06 4.190�061 543 2.333�04 2.287�04 2.294�04 2.365�04 2.560�04 2.738�04 2.867�04 2.976�04 3.190�04 3.315�041 544 1.943�05 1.602�05 1.307�05 9.223�06 5.194�06 3.317�06 2.296�06 1.680�06 9.014�07 5.516�071 545 1.065�06 1.160�06 1.366�06 2.075�06 4.682�06 8.329�06 1.242�05 1.660�05 2.623�05 3.419�051 546 2.627�04 2.174�04 1.777�04 1.255�04 7.063�05 4.499�05 3.105�05 2.265�05 1.205�05 7.326�061 547 2.498�04 1.926�04 1.453�04 8.885�05 4.154�05 2.306�05 1.410�05 9.195�06 3.720�06 1.759�061 548 3.636�04 3.715�04 3.922�04 4.388�04 5.239�04 5.877�04 6.316�04 6.600�04 6.949�04 7.093�041 549 4.239�04 4.177�04 4.257�04 4.557�04 5.235�04 5.785�04 6.173�04 6.426�04 6.737�04 6.864�041 550 5.303�04 4.118�04 3.132�04 1.944�04 9.252�05 5.202�05 3.216�05 2.116�05 8.753�06 4.224�061 551 7.802�06 7.845�06 7.921�06 8.037�06 8.297�06 8.731�06 9.062�06 9.269�06 9.947�06 1.090�051 552 2.441�06 2.046�06 1.709�06 1.268�06 7.560�07 4.978�07 3.493�07 2.574�07 1.419�07 9.097�081 553 3.843�07 3.283�07 2.835�07 3.134�07 4.775�07 5.512�07 5.940�07 6.094�07 5.483�07 5.152�071 554 8.778�06 6.814�06 5.174�06 3.204�06 1.514�06 8.454�07 5.198�07 3.405�07 1.397�07 6.720�081 555 2.463�04 2.043�04 1.679�04 1.202�04 6.992�05 4.686�05 3.458�05 2.720�05 1.788�05 1.395�051 556 4.917�05 3.804�05 2.878�05 1.770�05 8.285�06 4.576�06 2.781�06 1.802�06 7.222�07 3.411�071 557 6.647�05 7.445�05 8.421�05 1.010�04 1.259�04 1.415�04 1.511�04 1.570�04 1.638�04 1.666�041 558 2.899�05 2.225�05 1.669�05 1.010�05 4.630�06 2.512�06 1.503�06 9.601�07 3.720�07 1.707�071 559 4.396�05 3.400�05 2.603�05 1.674�05 8.921�06 6.151�06 4.856�06 4.146�06 3.386�06 3.150�062 3 1.129+00 5.758�01 2.820�01 2.246�01 1.720�01 1.049�01 9.453�02 9.181�02 7.443�02 6.994�022 4 1.395�01 1.231�01 1.010�01 7.184�02 3.994�02 2.525�02 1.736�02 1.257�02 6.721�03 4.124�032 5 1.779�02 1.633�02 1.357�02 9.180�03 4.537�03 2.688�03 1.696�03 1.124�03 5.294�04 2.880�042 6 3.801�02 3.387�02 2.907�02 2.226�02 1.403�02 9.546�03 7.011�03 5.397�03 3.258�03 2.262�032 7 1.409�02 1.238�02 1.051�02 8.014�03 5.105�03 3.378�03 2.468�03 1.896�03 1.091�03 7.172�042 8 7.844�01 8.563�01 9.325�01 1.043+00 1.197+00 1.308+00 1.393+00 1.461+00 1.589+00 1.685+002 9 2.261�01 2.439�01 2.626�01 2.900�01 3.287�01 3.570�01 3.790�01 3.969�01 4.307�01 4.563�012 10 2.845�01 3.172�01 3.484�01 3.881�01 4.441�01 4.858�01 5.178�01 5.437�01 5.926�01 6.296�012 11 2.546�01 2.830�01 3.103�01 3.453�01 3.947�01 4.315�01 4.598�01 4.827�01 5.261�01 5.588�012 12 2.771�01 3.094�01 3.406�01 3.810�01 4.377�01 4.796�01 5.116�01 5.375�01 5.863�01 6.230�012 13 1.976�02 1.724�02 1.458�02 1.119�02 7.175�03 4.968�03 3.742�03 2.966�03 1.931�03 1.455�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 477

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 14 6.569�01 7.292�01 8.004�01 8.924�01 1.026+00 1.126+00 1.205+00 1.270+00 1.390+00 1.483+002 15 1.028�02 9.433�03 8.577�03 7.589�03 6.529�03 6.040�03 5.868�03 5.816�03 5.881�03 6.051�032 16 4.146�03 4.260�03 4.460�03 4.803�03 6.427�03 7.666�03 6.584�03 5.853�03 6.362�03 6.531�032 17 3.564�03 3.484�03 3.429�03 3.419�03 3.803�03 4.134�03 3.733�03 3.463�03 3.591�03 3.629�032 18 1.195�04 1.100�04 9.287�05 6.360�05 3.249�05 1.957�05 1.250�05 8.352�06 3.969�06 2.166�062 19 1.030�03 9.478�04 8.020�04 5.550�04 2.967�04 1.907�04 1.273�04 8.990�05 5.403�05 3.914�052 20 1.762�04 1.577�04 1.307�04 8.973�05 4.659�05 2.797�05 1.798�05 1.214�05 5.737�06 3.114�062 21 3.009�03 4.220�03 5.604�03 8.169�03 1.271�02 1.649�02 1.983�02 2.270�02 2.832�02 3.282�022 22 5.277�03 6.117�03 6.814�03 7.910�03 1.036�02 1.271�02 1.490�02 1.683�02 2.074�02 2.392�022 23 5.717�03 7.203�03 8.731�03 1.143�02 1.655�02 2.101�02 2.503�02 2.850�02 3.541�02 4.097�022 24 2.840�03 2.801�03 2.550�03 1.943�03 1.290�03 1.004�03 8.533�04 7.720�04 7.118�04 7.172�042 25 1.339�02 1.144�02 9.390�03 7.135�03 4.886�03 3.818�03 3.301�03 3.028�03 2.751�03 2.581�032 26 1.253�02 1.179�02 1.139�02 1.177�02 1.267�02 1.345�02 1.420�02 1.502�02 1.676�02 1.720�022 27 1.391�02 1.225�02 1.029�02 7.972�03 5.797�03 4.898�03 4.515�03 4.377�03 4.388�03 4.314�032 28 1.557�02 1.454�02 1.368�02 1.343�02 1.376�02 1.433�02 1.500�02 1.582�02 1.764�02 1.808�022 29 1.151�02 1.043�02 9.460�03 8.658�03 7.896�03 7.520�03 7.366�03 7.283�03 7.174�03 7.136�032 30 5.957�03 4.984�03 3.977�03 2.852�03 1.675�03 1.081�03 7.681�04 5.741�04 3.141�04 1.938�042 31 1.095�01 1.053�01 1.040�01 1.075�01 1.112�01 1.125�01 1.135�01 1.142�01 1.149�01 1.152�012 32 1.479�02 1.304�02 1.136�02 9.834�03 8.518�03 8.040�03 7.959�03 8.087�03 8.583�03 8.643�032 33 1.035�02 8.837�03 7.063�03 4.883�03 2.715�03 1.706�03 1.186�03 8.765�04 4.920�04 3.219�042 34 2.671�03 2.263�03 1.805�03 1.267�03 7.393�04 4.947�04 3.676�04 2.899�04 1.882�04 1.409�042 35 7.875�03 6.632�03 5.245�03 3.622�03 2.034�03 1.298�03 9.161�04 6.829�04 3.768�04 2.341�042 36 1.530�03 1.284�03 1.008�03 6.807�04 3.568�04 2.089�04 1.360�04 9.417�05 4.452�05 2.427�052 37 4.858�05 4.538�05 3.860�05 2.671�05 1.478�05 9.664�06 6.802�06 5.067�06 3.053�06 2.118�062 38 1.554�02 1.618�02 1.528�02 1.272�02 1.071�02 1.038�02 1.035�02 1.066�02 1.185�02 1.216�022 39 1.531�02 1.498�02 1.288�02 8.648�03 4.781�03 3.486�03 2.806�03 2.471�03 2.295�03 2.171�032 40 2.118�02 2.233�02 2.182�02 1.984�02 1.917�02 2.029�02 2.163�02 2.306�02 2.652�02 2.909�022 41 1.273�02 1.337�02 1.294�02 1.152�02 1.063�02 1.069�02 1.087�02 1.135�02 1.279�02 1.307�022 42 6.158�02 6.935�02 7.711�02 8.987�02 1.125�01 1.318�01 1.486�01 1.633�01 1.932�01 2.165�012 43 2.797�01 3.225�01 3.734�01 4.627�01 6.059�01 7.192�01 8.152�01 8.982�01 1.065+00 1.194+002 44 1.705�02 1.728�02 1.582�02 1.232�02 9.136�03 8.159�03 7.690�03 7.623�03 8.111�03 8.118�032 45 8.140�03 8.198�03 7.234�03 5.056�03 3.133�03 2.600�03 2.371�03 2.304�03 2.440�03 2.586�032 46 5.988�02 6.840�02 7.827�02 9.548�02 1.236�01 1.461�01 1.653�01 1.819�01 2.153�01 2.412�012 47 3.749�02 4.291�02 4.943�02 6.095�02 7.939�02 9.397�02 1.063�01 1.170�01 1.384�01 1.550�012 48 2.026�04 1.743�04 1.373�04 8.983�05 4.765�05 3.007�05 2.104�05 1.563�05 8.807�06 5.562�062 49 2.081�01 2.057�01 2.084�01 2.209�01 2.345�01 2.406�01 2.448�01 2.475�01 2.507�01 2.524�012 50 6.254�04 5.502�04 4.534�04 3.323�04 2.251�04 1.840�04 1.689�04 1.684�04 1.845�04 1.792�042 51 5.448�03 5.521�03 4.860�03 3.309�03 1.895�03 1.472�03 1.266�03 1.175�03 1.179�03 1.239�032 52 1.097�02 1.064�02 8.984�03 5.726�03 2.681�03 1.609�03 1.029�03 6.980�04 3.795�04 2.428�042 53 4.868�03 6.572�03 8.582�03 1.238�02 1.919�02 2.486�02 2.986�02 3.423�02 4.310�02 5.014�022 54 4.212�04 4.030�04 3.514�04 2.491�04 1.445�04 9.663�05 6.941�05 5.282�05 3.377�05 2.552�052 55 1.479�03 1.450�03 1.282�03 9.056�04 5.152�04 3.382�04 2.351�04 1.710�04 9.502�05 6.027�052 56 3.040�03 2.931�03 2.563�03 1.806�03 1.027�03 6.697�04 4.626�04 3.343�04 1.821�04 1.108�042 57 4.102�03 3.989�03 3.511�03 2.480�03 1.408�03 9.175�04 6.322�04 4.544�04 2.406�04 1.418�042 58 5.185�06 5.109�06 4.335�06 2.724�06 1.321�06 8.524�07 5.970�07 4.622�07 3.689�07 3.234�072 59 2.017�03 1.945�03 1.722�03 1.284�03 8.598�04 6.882�04 6.074�04 5.702�04 5.624�04 5.890�042 60 1.339�03 1.306�03 1.161�03 8.509�04 5.403�04 4.078�04 3.382�04 3.002�04 2.700�04 2.688�042 61 1.268�03 1.230�03 1.082�03 7.656�04 4.369�04 2.852�04 1.971�04 1.422�04 7.573�05 4.489�052 62 3.850�03 4.850�03 6.203�03 8.956�03 1.408�02 1.849�02 2.239�02 2.582�02 3.275�02 3.815�022 63 1.160�02 1.565�02 2.096�02 3.145�02 5.050�02 6.671�02 8.096�02 9.344�02 1.187�01 1.383�012 64 5.999�04 5.065�04 4.200�04 3.064�04 1.929�04 1.373�04 1.062�04 8.719�05 6.330�05 5.342�052 65 1.898�03 1.605�03 1.329�03 9.621�04 5.924�04 4.147�04 3.199�04 2.657�04 2.069�04 1.914�042 66 2.661�03 3.623�03 4.882�03 7.379�03 1.193�02 1.582�02 1.924�02 2.225�02 2.834�02 3.306�022 67 2.302�03 2.952�03 3.823�03 5.584�03 8.854�03 1.166�02 1.416�02 1.635�02 2.080�02 2.426�022 68 2.898�03 3.810�03 5.013�03 7.413�03 1.182�02 1.558�02 1.890�02 2.182�02 2.775�02 3.235�022 69 3.449�04 3.556�04 3.708�04 4.042�04 4.554�04 4.916�04 5.202�04 5.438�04 5.792�04 5.899�042 70 2.708�04 2.379�04 2.095�04 1.769�04 1.438�04 1.301�04 1.240�04 1.216�04 1.196�04 1.177�042 71 3.728�04 3.737�04 3.797�04 4.017�04 4.420�04 4.738�04 5.008�04 5.239�04 5.592�04 5.693�042 72 3.451�03 2.797�03 2.237�03 1.529�03 8.352�04 5.274�04 3.627�04 2.650�04 1.448�04 9.204�052 73 6.643�03 5.380�03 4.299�03 2.933�03 1.594�03 9.969�04 6.785�04 4.897�04 2.561�04 1.534�042 74 1.042�02 8.442�03 6.742�03 4.597�03 2.487�03 1.560�03 1.056�03 7.555�04 3.901�04 2.294�042 75 1.204�02 9.750�03 7.790�03 5.310�03 2.881�03 1.796�03 1.219�03 8.762�04 4.517�04 2.651�04

478 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 76 4.911�06 3.783�06 2.849�06 1.787�06 8.828�07 5.174�07 3.319�07 2.281�07 1.135�07 6.954�082 77 1.942�03 1.572�03 1.256�03 8.565�04 4.648�04 2.898�04 1.967�04 1.416�04 7.312�05 4.298�052 78 4.893�03 3.969�03 3.179�03 2.183�03 1.207�03 7.776�04 5.475�04 4.113�04 2.452�04 1.721�042 79 2.528�05 2.028�05 1.607�05 1.098�05 6.246�06 4.242�06 3.216�06 2.642�06 2.014�06 1.773�062 80 5.320�03 4.329�03 3.482�03 2.417�03 1.379�03 9.269�04 6.857�04 5.441�04 3.739�04 2.993�042 81 3.337�03 2.704�03 2.163�03 1.482�03 8.165�04 5.214�04 3.650�04 2.728�04 1.592�04 1.094�042 82 5.402�03 4.373�03 3.494�03 2.383�03 1.293�03 8.068�04 5.479�04 3.943�04 2.038�04 1.199�042 83 6.476�03 5.221�03 4.151�03 2.806�03 1.502�03 9.289�04 6.257�04 4.472�04 2.290�04 1.339�042 84 2.936�03 2.454�03 2.051�03 1.561�03 1.114�03 9.426�04 8.612�04 8.205�04 7.840�04 7.691�042 85 5.996�04 4.879�04 3.931�04 2.746�04 1.612�04 1.127�04 8.755�05 7.310�05 5.619�05 4.891�052 86 1.791�02 2.021�02 2.276�02 2.707�02 3.313�02 3.722�02 4.013�02 4.234�02 4.583�02 4.743�022 87 6.918�03 7.828�03 8.833�03 1.052�02 1.287�02 1.445�02 1.556�02 1.641�02 1.775�02 1.836�022 88 1.526�04 1.230�04 9.774�05 6.600�05 3.526�05 2.175�05 1.463�05 1.045�05 5.329�06 3.099�062 89 1.791�02 2.007�02 2.249�02 2.661�02 3.246�02 3.642�02 3.925�02 4.141�02 4.484�02 4.640�022 90 3.550�02 4.090�02 4.679�02 5.653�02 7.004�02 7.903�02 8.539�02 9.022�02 9.785�02 1.013�012 91 1.368�03 1.106�03 8.838�04 6.027�04 3.282�04 2.060�04 1.412�04 1.029�04 5.552�05 3.475�052 92 4.017�04 3.998�04 4.039�04 4.170�04 4.318�04 4.416�04 4.480�04 4.524�04 4.591�04 4.628�042 93 1.190�04 1.005�04 8.778�05 7.703�05 7.591�05 8.262�05 9.106�05 9.969�05 1.182�04 1.319�042 94 1.688�04 1.330�04 1.037�04 6.852�05 3.590�05 2.288�05 1.657�05 1.314�05 9.371�06 7.907�062 95 1.265�04 1.042�04 8.704�05 6.853�05 5.452�05 5.107�05 5.089�05 5.203�05 5.556�05 5.789�052 96 1.498�02 1.729�02 1.981�02 2.397�02 2.977�02 3.362�02 3.635�02 3.844�02 4.177�02 4.328�022 97 3.899�03 4.045�03 4.267�03 4.720�03 5.471�03 6.029�03 6.444�03 6.773�03 7.312�03 7.556�032 98 1.498�02 1.711�02 1.945�02 2.336�02 2.886�02 3.253�02 3.514�02 3.715�02 4.035�02 4.180�022 99 1.517�04 1.194�04 9.271�05 6.033�05 2.994�05 1.755�05 1.139�05 7.922�06 3.877�06 2.222�062 100 4.546�04 5.998�04 7.896�04 1.165�03 1.850�03 2.436�03 2.951�03 3.411�03 4.349�03 5.069�032 101 1.141�03 1.525�03 2.024�03 3.010�03 4.807�03 6.343�03 7.695�03 8.903�03 1.137�02 1.326�022 102 1.299�04 1.169�04 1.074�04 9.998�05 1.032�04 1.150�04 1.295�04 1.445�04 1.781�04 2.058�042 103 3.407�05 2.761�05 2.224�05 1.559�05 9.128�06 6.328�06 4.825�06 4.001�06 3.191�06 2.890�062 104 2.227�04 1.788�04 1.414�04 9.681�05 5.311�05 3.387�05 2.359�05 1.736�05 9.332�06 5.729�062 105 7.352�05 7.010�05 7.073�05 8.084�05 1.141�04 1.491�04 1.841�04 2.169�04 2.848�04 3.383�042 106 1.241�04 1.269�04 1.385�04 1.752�04 2.648�04 3.511�04 4.363�04 5.142�04 6.729�04 7.977�042 107 6.890�05 7.313�05 8.332�05 1.121�04 1.794�04 2.434�04 3.051�04 3.616�04 4.771�04 5.674�042 108 8.823�05 9.351�05 1.059�04 1.403�04 2.201�04 2.957�04 3.696�04 4.373�04 5.750�04 6.830�042 109 3.485�02 3.576�02 3.714�02 3.967�02 4.245�02 4.405�02 4.504�02 4.568�02 4.662�02 4.712�022 110 7.286�04 5.852�04 4.630�04 3.173�04 1.742�04 1.111�04 7.739�05 5.695�05 3.061�05 1.879�052 111 1.186�03 9.541�04 7.564�04 5.203�04 2.896�04 1.881�04 1.339�04 1.018�04 6.113�05 4.182�052 112 1.814�03 1.643�03 1.512�03 1.377�03 1.253�03 1.208�03 1.188�03 1.176�03 1.165�03 1.162�032 113 6.805�05 6.299�05 6.127�05 6.347�05 7.191�05 7.903�05 8.430�05 8.864�05 9.623�05 9.996�052 114 5.937�05 4.452�05 3.303�05 2.059�05 1.095�05 7.424�06 5.753�06 4.873�06 3.976�06 3.661�062 115 4.463�04 5.190�04 6.193�04 8.244�04 1.208�03 1.541�03 1.833�03 2.096�03 2.636�03 3.052�032 116 4.647�05 3.947�05 3.519�05 3.274�05 3.408�05 3.630�05 3.804�05 3.968�05 4.292�05 4.459�052 117 3.744�04 4.542�04 5.628�04 7.831�04 1.194�03 1.549�03 1.862�03 2.143�03 2.718�03 3.160�032 118 2.833�04 3.074�04 3.423�04 4.119�04 5.339�04 6.377�04 7.262�04 8.043�04 9.663�04 1.092�032 119 8.875�04 1.016�03 1.157�03 1.394�03 1.736�03 1.959�03 2.119�03 2.246�03 2.454�03 2.543�032 120 6.870�05 5.456�05 4.332�05 3.044�05 2.008�05 1.634�05 1.468�05 1.395�05 1.351�05 1.348�052 121 1.197�03 1.385�03 1.590�03 1.930�03 2.416�03 2.729�03 2.954�03 3.133�03 3.425�03 3.548�032 122 2.859�04 2.557�04 2.302�04 2.026�04 1.885�04 1.941�04 2.066�04 2.218�04 2.604�04 2.942�042 123 1.485�04 1.272�04 1.075�04 8.095�05 5.189�05 3.714�05 2.892�05 2.388�05 1.761�05 1.526�052 124 8.055�05 9.028�05 1.013�04 1.201�04 1.480�04 1.666�04 1.803�04 1.914�04 2.094�04 2.168�042 125 6.877�05 7.630�05 8.490�05 9.981�05 1.217�04 1.366�04 1.475�04 1.561�04 1.702�04 1.764�042 126 9.387�05 1.054�04 1.186�04 1.412�04 1.747�04 1.972�04 2.136�04 2.268�04 2.481�04 2.571�042 127 4.977�04 3.975�04 3.133�04 2.086�04 1.097�04 6.745�05 4.529�05 3.241�05 1.706�05 1.053�052 128 4.276�05 3.229�05 2.399�05 1.473�05 7.147�06 4.192�06 2.724�06 1.902�06 9.715�07 6.110�072 129 1.579�03 1.488�03 1.446�03 1.501�03 1.834�03 2.226�03 2.639�03 3.033�03 3.865�03 4.531�032 130 2.224�03 2.580�03 3.150�03 4.492�03 7.330�03 9.897�03 1.229�02 1.446�02 1.887�02 2.229�022 131 5.071�06 4.207�06 3.422�06 2.452�06 1.476�06 1.014�06 7.488�07 5.798�07 3.503�07 2.376�072 132 2.585�04 2.699�04 2.834�04 3.044�04 3.303�04 3.425�04 3.525�04 3.588�04 3.688�04 3.795�042 133 2.702�04 3.115�04 3.567�04 4.321�04 5.402�04 6.109�04 6.620�04 7.027�04 7.688�04 7.969�042 134 1.102�03 9.491�04 8.024�04 6.039�04 3.817�04 2.647�04 1.974�04 1.555�04 1.013�04 7.767�052 135 7.707�06 6.889�06 6.161�06 5.300�06 4.529�06 4.279�06 4.201�06 4.194�06 4.251�06 4.284�062 136 6.455�04 8.323�04 1.090�03 1.628�03 2.666�03 3.568�03 4.379�03 5.107�03 6.589�03 7.725�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 479

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 137 1.379�03 1.439�03 1.569�03 1.921�03 2.729�03 3.489�03 4.202�03 4.857�03 6.212�03 7.264�032 138 1.963�05 1.652�05 1.375�05 1.019�05 6.589�06 4.975�06 4.115�06 3.609�06 2.998�06 2.730�062 139 1.440�03 1.523�03 1.680�03 2.071�03 2.929�03 3.725�03 4.458�03 5.127�03 6.516�03 7.593�032 140 1.916�04 1.575�04 1.280�04 9.039�05 5.205�05 3.469�05 2.515�05 1.938�05 1.223�05 9.064�062 141 1.261�03 1.424�03 1.683�03 2.286�03 3.553�03 4.710�03 5.773�03 6.751�03 8.782�03 1.034�022 143 1.918�06 1.577�06 1.260�06 8.418�07 4.381�07 2.669�07 1.787�07 1.275�07 6.521�08 3.815�082 144 1.298�03 1.121�03 9.507�04 7.182�04 4.563�04 3.188�04 2.402�04 1.919�04 1.324�04 1.095�042 145 9.635�04 8.358�04 7.123�04 5.393�04 3.496�04 2.529�04 1.999�04 1.692�04 1.356�04 1.269�042 146 5.146�04 5.722�04 6.370�04 7.479�04 9.116�04 1.021�03 1.100�03 1.164�03 1.272�03 1.319�032 147 5.956�04 6.438�04 7.032�04 8.115�04 9.789�04 1.096�03 1.182�03 1.250�03 1.364�03 1.416�032 148 4.225�04 4.317�04 4.524�04 5.014�04 5.888�04 6.581�04 7.107�04 7.514�04 8.180�04 8.524�042 149 7.497�03 7.199�03 7.085�03 7.188�03 7.744�03 8.323�03 8.808�03 9.220�03 9.936�03 1.029�022 150 2.344�02 2.628�02 2.954�02 3.519�02 4.352�02 4.925�02 5.341�02 5.665�02 6.196�02 6.450�022 151 6.802�03 7.240�03 7.817�03 8.910�03 1.065�02 1.191�02 1.284�02 1.359�02 1.481�02 1.540�022 152 4.156�03 3.343�03 2.663�03 1.812�03 9.967�04 6.419�04 4.567�04 3.493�04 2.200�04 1.645�042 153 5.382�03 5.187�03 5.113�03 5.186�03 5.568�03 5.972�03 6.307�03 6.595�03 7.102�03 7.347�032 154 7.296�03 6.916�03 6.719�03 6.685�03 7.067�03 7.529�03 7.935�03 8.291�03 8.920�03 9.225�032 155 6.689�03 7.730�03 8.875�03 1.079�02 1.353�02 1.537�02 1.670�02 1.773�02 1.941�02 2.022�022 156 9.264�03 9.648�03 1.022�02 1.139�02 1.335�02 1.483�02 1.593�02 1.682�02 1.831�02 1.902�022 158 4.633�04 4.911�04 5.493�04 7.027�04 1.029�03 1.323�03 1.586�03 1.827�03 2.324�03 2.691�032 159 1.412�03 1.268�03 1.156�03 1.049�03 1.046�03 1.135�03 1.253�03 1.381�03 1.675�03 1.908�032 160 1.264�03 1.205�03 1.194�03 1.274�03 1.578�03 1.907�03 2.223�03 2.525�03 3.167�03 3.652�032 161 8.546�03 9.022�03 9.658�03 1.088�02 1.286�02 1.429�02 1.536�02 1.623�02 1.770�02 1.838�022 162 5.818�03 5.984�03 6.237�03 6.739�03 7.459�03 7.954�03 8.311�03 8.593�03 9.058�03 9.275�032 163 4.339�04 3.536�04 2.846�04 1.972�04 1.085�04 6.832�05 4.665�05 3.367�05 1.751�05 1.038�052 164 5.492�03 4.430�03 3.545�03 2.446�03 1.410�03 9.732�04 7.492�04 6.222�04 4.760�04 4.141�042 165 7.759�04 6.649�04 5.632�04 4.260�04 2.878�04 2.257�04 1.966�04 1.834�04 1.774�04 1.834�042 166 4.280�03 3.414�03 2.691�03 1.805�03 9.730�04 6.264�04 4.502�04 3.505�04 2.366�04 1.913�042 168 3.574�03 2.951�03 2.413�03 1.768�03 1.095�03 7.946�04 6.372�04 5.462�04 4.411�04 3.992�042 170 5.610�03 5.228�03 4.944�03 4.686�03 4.430�03 4.354�03 4.332�03 4.329�03 4.344�03 4.360�032 172 4.460�03 3.647�03 2.946�03 2.108�03 1.240�03 8.492�04 6.421�04 5.212�04 3.781�04 3.184�042 173 4.259�03 3.986�03 3.787�03 3.611�03 3.423�03 3.355�03 3.325�03 3.309�03 3.297�03 3.292�032 175 3.219�03 2.648�03 2.164�03 1.606�03 1.076�03 8.723�04 7.870�04 7.508�04 7.305�04 7.337�042 177 1.745�03 1.448�03 1.186�03 8.624�04 5.021�04 3.295�04 2.316�04 1.707�04 9.287�05 5.751�052 179 3.181�02 3.213�02 3.283�02 3.442�02 3.597�02 3.684�02 3.735�02 3.767�02 3.811�02 3.830�022 180 3.780�03 3.124�03 2.554�03 1.866�03 1.141�03 8.144�04 6.424�04 5.423�04 4.243�04 3.757�042 181 3.276�03 2.682�03 2.168�03 1.546�03 8.810�04 5.696�04 3.974�04 2.927�04 1.622�04 1.041�042 182 6.622�03 5.428�03 4.509�03 3.507�03 2.748�03 2.552�03 2.518�03 2.548�03 2.702�03 2.855�032 183 6.548�04 5.280�04 4.191�04 2.880�04 1.518�04 9.161�05 6.000�05 4.169�05 2.034�05 1.143�052 185 8.247�03 6.490�03 5.069�03 3.401�03 1.896�03 1.309�03 1.030�03 8.828�04 7.351�04 6.888�042 187 2.374�02 2.405�02 2.518�02 2.799�02 3.344�02 3.825�02 4.247�02 4.617�02 5.384�02 5.999�022 189 4.908�03 4.020�03 3.343�03 2.628�03 2.120�03 2.002�03 1.987�03 2.011�03 2.118�03 2.213�032 190 1.433�02 1.386�02 1.388�02 1.458�02 1.658�02 1.864�02 2.055�02 2.227�02 2.592�02 2.888�022 191 4.305�02 4.798�02 5.434�02 6.593�02 8.444�02 9.900�02 1.112�01 1.216�01 1.428�01 1.596�012 192 7.433�03 5.996�03 4.842�03 3.474�03 2.239�03 1.760�03 1.535�03 1.422�03 1.327�03 1.312�032 194 8.724�03 8.434�03 8.468�03 8.961�03 1.032�02 1.169�02 1.295�02 1.407�02 1.645�02 1.836�022 195 1.712�02 1.875�02 2.095�02 2.505�02 3.173�02 3.704�02 4.152�02 4.537�02 5.321�02 5.943�022 196 8.325�03 9.244�03 1.044�02 1.260�02 1.605�02 1.876�02 2.104�02 2.298�02 2.693�02 3.006�022 197 3.336�03 2.694�03 2.186�03 1.595�03 1.092�03 9.291�04 8.777�04 8.708�04 9.189�04 9.879�042 198 6.078�03 4.754�03 3.671�03 2.381�03 1.188�03 7.074�04 4.703�04 3.391�04 1.917�04 1.333�042 199 1.629�03 1.323�03 1.131�03 1.010�03 1.040�03 1.126�03 1.201�03 1.263�03 1.376�03 1.439�032 200 2.389�03 1.751�03 1.270�03 7.675�04 4.058�04 2.907�04 2.433�04 2.220�04 2.060�04 2.028�042 201 1.520�03 1.250�03 1.075�03 9.551�04 9.857�04 1.105�03 1.212�03 1.292�03 1.425�03 1.506�032 202 2.129�03 1.995�03 2.007�03 2.265�03 2.862�03 3.426�03 3.850�03 4.150�03 4.621�03 4.897�032 203 1.331�03 1.040�03 8.383�04 6.674�04 5.948�04 5.968�04 6.113�04 6.301�04 6.728�04 6.971�042 204 1.268�03 9.205�04 6.546�04 3.700�04 1.549�04 8.165�05 4.879�05 3.173�05 1.382�05 7.404�062 205 1.169�03 8.857�04 6.768�04 4.709�04 3.418�04 3.109�04 3.040�04 3.061�04 3.194�04 3.288�042 206 1.012�03 8.268�04 7.077�04 6.292�04 6.518�04 7.316�04 8.025�04 8.556�04 9.426�04 9.955�042 207 8.106�04 5.974�04 4.382�04 2.765�04 1.705�04 1.469�04 1.422�04 1.427�04 1.487�04 1.542�042 208 6.952�04 6.175�04 5.894�04 6.247�04 7.591�04 9.010�04 1.010�03 1.088�03 1.210�03 1.282�032 209 4.764�04 4.820�04 5.228�04 6.433�04 8.609�04 1.048�03 1.186�03 1.283�03 1.433�03 1.520�032 210 5.493�04 3.986�04 2.824�04 1.573�04 6.453�05 3.458�05 2.201�05 1.584�05 9.887�06 8.110�06

480 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 211 8.275�04 6.840�04 5.628�04 4.197�04 2.755�04 2.120�04 1.779�04 1.572�04 1.307�04 1.187�042 212 2.450�03 1.978�03 1.575�03 1.092�03 6.062�04 3.897�04 2.725�04 2.011�04 1.090�04 6.679�052 213 4.935�06 4.069�06 3.315�06 2.363�06 1.368�06 8.916�07 6.259�07 4.625�07 2.520�07 1.601�072 214 1.514�04 1.208�04 9.487�05 6.431�05 3.489�05 2.220�05 1.550�05 1.145�05 6.199�06 3.780�062 216 3.104�02 3.197�02 3.331�02 3.577�02 3.843�02 3.999�02 4.095�02 4.160�02 4.254�02 4.300�022 218 1.357�04 1.088�04 8.610�05 5.951�05 3.381�05 2.270�05 1.745�05 1.468�05 1.073�05 9.939�062 220 1.677�04 1.405�04 1.162�04 8.527�05 5.507�05 4.147�05 3.484�05 3.139�05 2.852�05 2.888�052 221 5.297�04 4.530�04 3.870�04 3.074�04 2.425�04 2.238�04 2.232�04 2.310�04 2.621�04 2.939�042 223 1.161�03 9.654�04 7.883�04 5.588�04 3.243�04 2.100�04 1.476�04 1.091�04 5.960�05 3.993�052 224 1.319�03 1.411�03 1.570�03 1.937�03 2.695�03 3.391�03 4.022�03 4.614�03 5.907�03 6.936�032 226 2.107�03 1.752�03 1.432�03 1.012�03 5.857�04 3.752�04 2.577�04 1.855�04 9.241�05 5.202�052 228 9.295�04 9.934�04 1.104�03 1.363�03 1.897�03 2.388�03 2.833�03 3.251�03 4.162�03 4.886�032 230 8.488�04 7.120�04 5.897�04 4.325�04 2.787�04 2.083�04 1.731�04 1.546�04 1.392�04 1.400�042 232 1.503�06 1.137�06 8.383�07 5.040�07 2.339�07 1.294�07 8.020�08 5.453�08 2.846�08 2.092�082 234 1.911�04 1.589�04 1.299�04 9.205�05 5.347�05 3.437�05 2.370�05 1.712�05 8.602�06 4.881�062 235 1.365�03 1.627�03 1.984�03 2.705�03 4.042�03 5.194�03 6.200�03 7.116�03 9.060�03 1.057�022 236 7.809�04 8.107�04 8.765�04 1.046�03 1.417�03 1.761�03 2.069�03 2.355�03 2.967�03 3.443�032 238 4.228�03 5.378�03 6.877�03 9.817�03 1.512�02 1.961�02 2.349�02 2.701�02 3.440�02 4.010�022 240 1.838�04 1.554�04 1.293�04 9.518�05 6.105�05 4.479�05 3.622�05 3.110�05 2.439�05 2.144�052 242 8.464�04 1.103�03 1.438�03 2.100�03 3.296�03 4.302�03 5.163�03 5.936�03 7.541�03 8.756�032 243 7.862�04 9.572�04 1.190�03 1.664�03 2.541�03 3.287�03 3.927�03 4.504�03 5.701�03 6.605�032 244 5.774�04 6.999�04 8.684�04 1.214�03 1.856�03 2.403�03 2.872�03 3.293�03 4.166�03 4.821�032 245 8.595�04 7.102�04 5.808�04 4.130�04 2.394�04 1.597�04 1.169�04 9.131�05 5.930�05 4.542�052 246 1.608�03 1.327�03 1.084�03 7.685�04 4.429�04 2.925�04 2.114�04 1.629�04 1.026�04 7.613�052 248 2.699�03 2.223�03 1.811�03 1.275�03 7.159�04 4.588�04 3.211�04 2.376�04 1.306�04 8.388�052 250 4.180�03 3.441�03 2.799�03 1.964�03 1.101�03 6.991�04 4.816�04 3.507�04 1.857�04 1.122�042 252 5.453�04 4.489�04 3.650�04 2.562�04 1.435�04 9.116�05 6.280�05 4.575�05 2.424�05 1.466�052 254 1.511�03 1.248�03 1.021�03 7.266�04 4.229�04 2.840�04 2.098�04 1.656�04 1.108�04 8.731�052 256 1.209�06 9.160�07 6.822�07 4.166�07 1.944�07 1.126�07 7.406�08 5.280�08 2.800�08 1.824�082 258 2.068�03 1.718�03 1.418�03 1.031�03 6.342�04 4.567�04 3.637�04 3.093�04 2.439�04 2.173�042 260 1.870�03 1.541�03 1.255�03 8.854�04 5.059�04 3.316�04 2.380�04 1.822�04 1.128�04 8.249�052 262 6.106�04 5.026�04 4.088�04 2.870�04 1.609�04 1.022�04 7.044�05 5.134�05 2.723�05 1.649�052 264 1.147�03 9.403�04 7.614�04 5.300�04 2.932�04 1.849�04 1.270�04 9.232�05 4.879�05 2.969�052 265 9.368�04 9.353�04 9.532�04 1.004�03 1.113�03 1.210�03 1.283�03 1.343�03 1.458�03 1.527�032 266 3.720�03 4.117�03 4.579�03 5.351�03 6.510�03 7.336�03 7.908�03 8.358�03 9.172�03 9.649�032 268 1.039�04 8.803�05 7.469�05 5.801�05 4.219�05 3.598�05 3.314�05 3.183�05 3.106�05 3.122�052 269 1.946�03 2.206�03 2.500�03 2.982�03 3.692�03 4.194�03 4.543�03 4.818�03 5.317�03 5.614�032 270 2.191�05 1.792�05 1.446�05 1.001�05 5.494�06 3.439�06 2.343�06 1.692�06 8.824�07 5.284�072 271 4.330�03 4.704�03 5.158�03 5.930�03 7.113�03 7.966�03 8.559�03 9.026�03 9.879�03 1.038�022 272 9.190�03 1.045�02 1.186�02 1.416�02 1.750�02 1.980�02 2.138�02 2.260�02 2.480�02 2.609�022 274 5.095�04 4.007�04 3.135�04 2.137�04 1.346�04 1.067�04 9.413�05 8.753�05 8.046�05 7.777�052 276 8.659�04 6.859�04 5.418�04 3.779�04 2.516�04 2.081�04 1.888�04 1.790�04 1.686�04 1.644�042 277 6.394�04 5.728�04 5.280�04 4.922�04 4.978�04 5.181�04 5.332�04 5.436�04 5.568�04 5.600�042 279 1.103�03 9.108�04 7.652�04 6.069�04 4.994�04 4.734�04 4.651�04 4.620�04 4.600�04 4.586�042 281 4.252�04 3.490�04 2.831�04 1.980�04 1.113�04 7.154�05 5.031�05 3.755�05 2.111�05 1.382�052 282 1.862�03 1.445�03 1.113�03 7.258�04 4.065�04 2.897�04 2.350�04 2.053�04 1.730�04 1.614�042 284 9.543�04 7.299�04 5.472�04 3.333�04 1.548�04 8.591�05 5.273�05 3.460�05 1.458�05 7.481�062 286 9.350�04 7.931�04 6.868�04 5.779�04 5.195�04 5.143�04 5.168�04 5.202�04 5.257�04 5.266�042 287 2.060�03 1.576�03 1.180�03 7.169�04 3.329�04 1.839�04 1.120�04 7.285�05 2.957�05 1.408�052 289 1.680�03 1.847�03 2.051�03 2.400�03 2.927�03 3.254�03 3.448�03 3.568�03 3.712�03 3.754�032 291 4.496�04 3.439�04 2.574�04 1.565�04 7.276�05 4.034�05 2.466�05 1.611�05 6.740�06 3.437�062 292 7.458�04 8.212�04 9.139�04 1.072�03 1.310�03 1.459�03 1.548�03 1.604�03 1.670�03 1.689�032 293 2.011�03 2.297�03 2.620�03 3.150�03 3.918�03 4.386�03 4.666�03 4.839�03 5.045�03 5.104�032 294 9.101�08 8.397�08 7.526�08 6.023�08 4.124�08 3.061�08 2.515�08 2.238�08 2.070�08 2.194�082 296 1.456�06 1.100�06 8.131�07 5.005�07 2.157�07 1.085�07 6.280�08 4.004�08 1.652�08 9.722�092 298 3.831�05 2.936�05 2.204�05 1.355�05 6.612�06 4.040�06 2.695�06 1.942�06 1.229�06 1.015�062 300 3.190�03 3.620�03 4.105�03 4.893�03 6.031�03 6.809�03 7.334�03 7.738�03 8.465�03 8.889�032 302 1.300�04 9.955�05 7.467�05 4.573�05 2.205�05 1.288�05 8.458�06 6.028�06 3.216�06 2.208�062 303 1.053�03 1.057�03 1.083�03 1.148�03 1.281�03 1.392�03 1.472�03 1.537�03 1.662�03 1.737�032 304 1.510�04 1.155�04 8.644�05 5.257�05 2.461�05 1.385�05 8.592�06 5.704�06 2.552�06 1.437�062 305 2.729�04 2.245�04 1.880�04 1.484�04 1.218�04 1.157�04 1.142�04 1.137�04 1.135�04 1.131�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 481

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 306 2.412�03 2.655�03 2.943�03 3.422�03 4.136�03 4.635�03 4.973�03 5.236�03 5.713�03 5.992�032 308 1.346�04 1.051�04 8.173�05 5.479�05 3.321�05 2.554�05 2.202�05 2.014�05 1.808�05 1.730�052 310 8.647�05 6.888�05 5.511�05 3.960�05 2.779�05 2.401�05 2.243�05 2.163�05 2.077�05 2.042�052 311 1.812�04 1.385�04 1.036�04 6.293�05 2.945�05 1.650�05 1.025�05 6.815�06 2.957�06 1.562�062 312 3.434�04 3.958�04 4.557�04 5.538�04 6.969�04 7.868�04 8.429�04 8.781�04 9.201�04 9.319�042 313 1.120�04 9.943�05 9.095�05 8.404�05 8.491�05 8.891�05 9.223�05 9.452�05 9.738�05 9.807�052 314 2.741�04 2.947�04 3.225�04 3.734�04 4.553�04 5.097�04 5.446�04 5.667�04 5.932�04 6.006�042 316 2.028�04 2.184�04 2.495�04 3.288�04 4.945�04 6.414�04 7.695�04 8.882�04 1.141�03 1.333�032 317 7.019�04 6.263�04 5.651�04 4.972�04 4.679�04 4.882�04 5.254�04 5.710�04 6.868�04 7.832�042 319 5.552�04 5.329�04 5.335�04 5.792�04 7.308�04 8.886�04 1.036�03 1.178�03 1.491�03 1.733�032 321 3.847�04 3.364�04 2.935�04 2.375�04 1.879�04 1.718�04 1.695�04 1.741�04 1.953�04 2.168�042 322 1.517�03 1.327�03 1.173�03 1.006�03 8.686�04 8.352�04 8.330�04 8.461�04 8.930�04 9.206�042 324 2.282�03 1.887�03 1.552�03 1.159�03 7.688�04 6.050�04 5.234�04 4.809�04 4.420�04 4.281�042 326 6.338�03 6.213�03 6.178�03 6.265�03 6.353�03 6.443�03 6.513�03 6.570�03 6.678�03 6.743�032 328 8.087�04 6.701�04 5.483�04 3.976�04 2.299�04 1.503�04 1.052�04 7.734�05 4.187�05 2.576�052 330 1.485�03 1.313�03 1.177�03 1.038�03 9.413�04 9.348�04 9.519�04 9.806�04 1.055�03 1.097�032 331 3.196�03 3.117�03 3.086�03 3.114�03 3.138�03 3.171�03 3.198�03 3.220�03 3.261�03 3.288�032 332 1.269�02 1.286�02 1.319�02 1.391�02 1.464�02 1.507�02 1.535�02 1.554�02 1.585�02 1.602�022 333 1.897�03 1.580�03 1.308�03 9.842�04 6.502�04 5.042�04 4.286�04 3.869�04 3.435�04 3.257�042 334 1.630�03 1.341�03 1.095�03 8.006�04 5.003�04 3.697�04 3.019�04 2.642�04 2.239�04 2.077�042 335 2.665�03 2.201�03 1.846�03 1.470�03 1.206�03 1.159�03 1.171�03 1.205�03 1.309�03 1.407�032 337 3.884�03 3.066�03 2.401�03 1.620�03 9.093�04 6.309�04 4.979�04 4.276�04 3.572�04 3.365�042 339 3.273�04 2.651�04 2.117�04 1.469�04 7.866�05 4.820�05 3.198�05 2.248�05 1.124�05 6.470�062 341 1.598�02 1.693�02 1.843�02 2.141�02 2.645�02 3.052�02 3.397�02 3.696�02 4.305�02 4.791�022 342 1.770�04 1.574�04 1.419�04 1.255�04 1.098�04 1.044�04 1.031�04 1.035�04 1.053�04 1.074�042 343 5.190�03 4.836�03 4.665�03 4.646�03 4.994�03 5.472�03 5.949�03 6.396�03 7.367�03 8.170�032 344 2.796�04 2.274�04 1.823�04 1.275�04 7.062�05 4.501�05 3.136�05 2.337�05 1.381�05 9.868�062 345 3.092�04 2.569�04 2.128�04 1.613�04 1.112�04 9.068�05 8.157�05 7.770�05 7.471�05 7.438�052 346 1.914�03 1.544�03 1.257�03 9.489�04 7.209�04 6.620�04 6.492�04 6.536�04 6.867�04 7.216�042 347 8.242�03 8.904�03 9.846�03 1.164�02 1.459�02 1.692�02 1.888�02 2.057�02 2.401�02 2.675�022 349 1.966�03 1.559�03 1.228�03 8.356�04 4.774�04 3.354�04 2.664�04 2.295�04 1.928�04 1.829�042 351 1.082�04 8.085�05 6.202�05 4.511�05 3.784�05 3.863�05 3.981�05 4.074�05 4.222�05 4.277�052 352 2.476�04 2.173�04 2.013�04 1.965�04 2.168�04 2.361�04 2.489�04 2.583�04 2.731�04 2.788�042 353 1.064�03 8.565�04 6.920�04 5.015�04 3.360�04 2.742�04 2.462�04 2.325�04 2.214�04 2.195�042 354 1.390�04 9.649�05 6.595�05 3.609�05 1.725�05 1.192�05 9.807�06 8.806�06 7.852�06 7.547�062 355 4.593�03 4.571�03 4.711�03 5.143�03 6.056�03 6.884�03 7.619�03 8.270�03 9.627�03 1.072�022 356 6.894�03 7.527�03 8.390�03 9.998�03 1.259�02 1.463�02 1.633�02 1.779�02 2.076�02 2.312�022 357 3.033�03 3.351�03 3.769�03 4.531�03 5.738�03 6.674�03 7.452�03 8.118�03 9.466�03 1.053�022 358 1.172�03 9.780�04 8.541�04 7.783�04 8.137�04 8.864�04 9.538�04 1.011�03 1.109�03 1.164�032 360 1.573�03 1.170�03 8.629�04 5.363�04 2.956�04 2.176�04 1.854�04 1.708�04 1.603�04 1.594�042 361 2.704�03 2.705�03 2.839�03 3.255�03 4.086�03 4.757�03 5.282�03 5.690�03 6.342�03 6.677�032 362 1.572�03 1.317�03 1.143�03 9.994�04 9.843�04 1.055�03 1.133�03 1.201�03 1.318�03 1.381�032 363 7.943�05 6.585�05 5.488�05 4.280�05 3.187�05 2.793�05 2.634�05 2.571�05 2.547�05 2.552�052 364 2.610�03 2.050�03 1.592�03 1.046�03 5.411�04 3.378�04 2.378�04 1.829�04 1.227�04 1.002�042 365 1.675�03 1.389�03 1.167�03 9.158�04 7.138�04 6.624�04 6.593�04 6.745�04 7.358�04 8.001�042 367 7.322�05 6.039�05 5.297�05 4.889�05 5.249�05 5.690�05 5.985�05 6.201�05 6.554�05 6.686�052 368 8.674�05 6.209�05 4.376�05 2.512�05 1.322�05 1.016�05 9.082�06 8.605�06 8.156�06 8.018�062 369 6.988�05 6.175�05 5.823�05 5.897�05 6.772�05 7.484�05 7.929�05 8.243�05 8.741�05 8.925�052 370 8.918�05 6.375�05 4.449�05 2.433�05 1.079�05 6.706�06 5.063�06 4.276�06 3.491�06 3.239�062 371 6.530�05 4.739�05 3.479�05 2.309�05 1.709�05 1.695�05 1.736�05 1.767�05 1.808�05 1.824�052 372 6.150�05 4.174�05 2.775�05 1.426�05 5.670�06 2.993�06 1.851�06 1.286�06 7.307�07 5.532�072 373 6.340�05 5.923�05 5.882�05 6.308�05 7.508�05 8.374�05 8.909�05 9.285�05 9.871�05 1.009�042 374 8.840�05 6.378�05 4.505�05 2.534�05 1.218�05 8.138�06 6.533�06 5.805�06 5.169�06 4.983�062 375 9.618�04 9.272�04 9.435�04 1.050�03 1.296�03 1.504�03 1.670�03 1.798�03 2.004�03 2.110�032 376 8.816�04 6.636�04 4.970�04 3.198�04 1.896�04 1.484�04 1.327�04 1.264�04 1.236�04 1.251�042 377 7.788�04 6.066�04 4.831�04 3.747�04 3.235�04 3.218�04 3.301�04 3.406�04 3.644�04 3.806�042 378 7.656�04 5.711�04 4.211�04 2.557�04 1.285�04 8.555�05 6.747�05 5.886�05 5.111�05 4.918�052 379 7.620�04 5.614�04 4.077�04 2.431�04 1.187�04 7.703�05 5.887�05 4.987�05 4.139�05 3.894�052 380 8.129�04 8.484�04 9.255�04 1.112�03 1.445�03 1.702�03 1.900�03 2.052�03 2.293�03 2.416�032 381 6.726�04 7.428�04 8.449�04 1.055�03 1.400�03 1.656�03 1.851�03 2.000�03 2.236�03 2.356�032 382 6.855�04 5.170�04 3.860�04 2.384�04 1.230�04 8.391�05 6.773�05 6.020�05 5.360�05 5.193�052 383 2.727�05 2.357�05 2.109�05 1.935�05 2.073�05 2.410�05 2.796�05 3.149�05 3.841�05 4.411�05

482 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 384 3.803�05 3.034�05 2.388�05 1.598�05 8.427�06 5.363�06 3.914�06 3.142�06 2.315�06 2.077�062 385 3.074�05 2.529�05 2.097�05 1.624�05 1.315�05 1.320�05 1.441�05 1.567�05 1.803�05 2.035�052 386 5.941�05 7.129�05 8.745�05 1.198�04 1.779�04 2.255�04 2.644�04 2.976�04 3.622�04 4.085�042 387 1.146�04 1.431�04 1.810�04 2.561�04 3.890�04 4.955�04 5.812�04 6.528�04 7.887�04 8.831�042 388 1.449�05 1.199�05 9.868�06 7.233�06 4.698�06 3.742�06 3.408�06 3.289�06 3.259�06 3.479�062 389 4.096�05 3.282�05 2.594�05 1.742�05 9.077�06 5.562�06 3.809�06 2.829�06 1.704�06 1.280�062 390 8.218�06 6.679�06 5.428�06 3.984�06 2.818�06 2.501�06 2.434�06 2.465�06 2.629�06 2.757�062 391 3.550�05 3.303�05 3.220�05 3.420�05 4.204�05 4.948�05 5.522�05 5.970�05 6.599�05 6.803�052 392 2.532�05 2.334�05 2.276�05 2.486�05 3.260�05 3.988�05 4.551�05 4.996�05 5.648�05 5.876�052 393 2.301�05 2.198�05 2.188�05 2.349�05 2.841�05 3.281�05 3.613�05 3.865�05 4.210�05 4.342�052 395 5.534�06 4.505�06 3.635�06 2.619�06 1.575�06 1.067�06 7.793�07 5.993�07 3.604�07 2.459�072 397 5.887�06 5.679�06 5.754�06 6.386�06 8.379�06 1.012�05 1.170�05 1.275�05 1.348�05 1.412�052 399 4.428�06 3.377�06 2.533�06 1.591�06 8.456�07 6.095�07 5.390�07 5.043�07 4.095�07 3.827�072 400 2.754�06 2.029�06 1.544�06 1.293�06 2.021�06 2.843�06 3.782�06 4.347�06 4.265�06 4.433�062 401 5.612�05 6.450�05 7.409�05 9.003�05 1.125�04 1.264�04 1.353�04 1.421�04 1.538�04 1.597�042 403 7.308�06 5.847�06 4.614�06 3.153�06 2.012�06 1.659�06 1.615�06 1.596�06 1.360�06 1.302�062 405 5.435�05 6.487�05 7.668�05 9.610�05 1.225�04 1.379�04 1.475�04 1.549�04 1.669�04 1.726�042 407 6.207�06 5.864�06 5.654�06 5.481�06 5.279�06 5.157�06 5.195�06 5.437�06 6.145�06 6.391�062 408 7.641�06 7.686�06 7.889�06 8.393�06 9.273�06 9.896�06 1.030�05 1.065�05 1.134�05 1.169�052 409 1.041�05 1.059�05 1.099�05 1.180�05 1.295�05 1.358�05 1.401�05 1.450�05 1.561�05 1.602�052 410 2.972�05 2.987�05 3.049�05 3.199�05 3.371�05 3.485�05 3.560�05 3.612�05 3.690�05 3.729�052 412 3.544�06 2.840�06 2.217�06 1.444�06 7.388�07 4.531�07 3.139�07 2.378�07 1.514�07 1.158�072 414 4.083�06 3.215�06 2.503�06 1.640�06 8.427�07 5.134�07 3.460�07 2.489�07 1.301�07 8.071�082 415 9.043�07 7.201�07 5.524�07 3.484�07 1.765�07 1.120�07 8.114�08 6.370�08 4.135�08 2.959�082 416 7.919�05 8.461�05 9.327�05 1.146�04 1.664�04 2.241�04 2.817�04 3.383�04 4.420�04 4.975�042 418 2.859�05 3.273�05 3.743�05 4.497�05 5.481�05 6.030�05 6.359�05 6.628�05 7.112�05 7.326�052 419 4.872�06 3.972�06 3.178�06 2.190�06 1.204�06 7.707�07 5.426�07 4.082�07 2.434�07 1.712�072 421 2.159�06 1.833�06 1.531�06 1.139�06 9.273�07 1.035�06 1.076�06 1.135�06 1.888�06 2.696�062 423 3.851�06 4.369�06 4.864�06 5.601�06 6.824�06 7.557�06 7.718�06 7.800�06 8.894�06 1.018�052 424 1.914�06 1.591�06 1.317�06 1.066�06 1.031�06 1.021�06 1.032�06 1.030�06 9.327�07 8.918�072 425 9.509�06 7.755�06 6.233�06 4.382�06 2.557�06 1.789�06 1.395�06 1.169�06 9.041�07 7.982�072 426 1.311�06 1.125�06 9.683�07 7.928�07 6.864�07 6.711�07 6.439�07 6.481�07 9.096�07 1.139�062 428 1.952�06 1.675�06 1.458�06 1.215�06 1.031�06 9.881�07 9.925�07 1.004�06 1.044�06 1.071�062 429 2.173�06 1.779�06 1.451�06 1.082�06 8.134�07 7.647�07 7.637�07 7.938�07 1.073�06 1.299�062 430 3.035�06 2.420�06 1.896�06 1.266�06 6.595�07 4.028�07 2.708�07 1.939�07 9.992�08 5.926�082 431 1.872�06 1.488�06 1.141�06 7.176�07 3.387�07 1.839�07 1.196�07 8.990�08 7.370�08 8.085�082 432 1.156�06 9.319�07 7.382�07 4.988�07 2.751�07 1.673�07 1.119�07 7.898�08 3.870�08 2.698�082 433 1.158�04 1.162�04 1.184�04 1.238�04 1.295�04 1.330�04 1.352�04 1.366�04 1.385�04 1.393�042 434 2.768�06 2.684�06 2.692�06 3.048�06 4.138�06 4.682�06 5.030�06 5.198�06 5.077�06 5.007�062 435 3.246�06 2.508�06 1.897�06 1.213�06 6.083�07 3.746�07 2.748�07 2.235�07 1.584�07 1.373�072 436 1.899�06 1.724�06 1.608�06 1.768�06 2.544�06 2.888�06 3.106�06 3.192�06 2.979�06 2.873�062 437 2.815�05 2.856�05 2.897�05 2.953�05 3.060�05 3.257�05 3.346�05 3.428�05 3.902�05 4.490�052 438 1.148�05 1.123�05 1.106�05 1.085�05 1.078�05 1.121�05 1.144�05 1.169�05 1.314�05 1.503�052 439 4.983�06 4.182�06 3.512�06 2.665�06 2.066�06 2.158�06 2.239�06 2.394�06 3.824�06 5.127�062 440 2.259�06 1.954�06 1.680�06 1.293�06 8.474�07 6.341�07 5.307�07 4.768�07 4.366�07 4.525�072 441 3.058�06 2.348�06 1.764�06 1.098�06 4.871�07 2.482�07 1.442�07 9.179�08 3.621�08 1.957�082 442 6.099�06 6.112�06 6.138�06 6.192�06 6.383�06 6.787�06 6.989�06 7.131�06 7.844�06 8.804�062 443 6.092�06 5.697�06 5.387�06 5.028�06 4.791�06 4.927�06 4.989�06 5.030�06 5.413�06 5.993�062 444 1.192�05 1.147�05 1.114�05 1.078�05 1.058�05 1.093�05 1.114�05 1.137�05 1.265�05 1.434�052 445 1.257�06 1.039�06 8.583�07 6.243�07 3.715�07 2.481�07 1.824�07 1.448�07 1.053�07 9.597�082 446 1.347�05 1.088�05 8.656�06 5.982�06 3.297�06 2.108�06 1.470�06 1.082�06 5.842�07 3.576�072 447 8.478�05 9.138�05 1.048�04 1.394�04 2.126�04 2.783�04 3.355�04 3.882�04 4.985�04 5.784�042 448 3.087�04 2.758�04 2.491�04 2.188�04 2.052�04 2.140�04 2.303�04 2.501�04 2.997�04 3.393�042 449 2.293�04 2.211�04 2.228�04 2.446�04 3.134�04 3.849�04 4.511�04 5.143�04 6.507�04 7.524�042 450 1.608�04 1.424�04 1.269�04 1.079�04 9.514�05 9.507�05 9.970�05 1.066�04 1.256�04 1.414�042 451 1.416�03 1.301�03 1.212�03 1.123�03 1.030�03 9.960�04 9.803�04 9.731�04 9.695�04 9.689�042 452 5.312�03 5.355�03 5.470�03 5.740�03 6.026�03 6.206�03 6.321�03 6.402�03 6.527�03 6.589�032 453 1.203�03 9.971�04 8.234�04 6.187�04 4.158�04 3.315�04 2.892�04 2.671�04 2.473�04 2.404�042 454 4.951�04 4.075�04 3.313�04 2.373�04 1.352�04 8.778�05 6.130�05 4.499�05 2.424�05 1.485�052 455 6.659�03 6.854�03 7.136�03 7.657�03 8.193�03 8.492�03 8.670�03 8.783�03 8.937�03 9.005�032 456 1.230�03 1.168�03 1.132�03 1.111�03 1.094�03 1.095�03 1.097�03 1.099�03 1.101�03 1.102�032 457 1.684�04 1.333�04 1.038�04 6.908�05 3.652�05 2.272�05 1.562�05 1.144�05 6.118�06 3.699�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 483

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 458 7.323�04 6.036�04 4.928�04 3.586�04 2.184�04 1.566�04 1.241�04 1.055�04 8.454�05 7.564�052 459 7.344�04 6.453�04 5.745�04 5.002�04 4.446�04 4.362�04 4.396�04 4.491�04 4.772�04 4.935�042 460 2.378�05 2.510�05 2.740�05 3.256�05 4.254�05 5.167�05 5.987�05 6.741�05 8.390�05 9.743�052 461 7.304�04 5.923�04 4.743�04 3.324�04 1.870�04 1.222�04 8.747�05 6.694�05 4.251�05 3.214�052 462 1.383�04 1.394�04 1.465�04 1.663�04 2.098�04 2.505�04 2.870�04 3.199�04 3.897�04 4.454�042 463 1.063�03 1.089�03 1.158�03 1.322�03 1.640�03 1.915�03 2.155�03 2.366�03 2.801�03 3.144�032 464 3.353�04 2.971�04 2.656�04 2.325�04 2.019�04 1.909�04 1.867�04 1.853�04 1.869�04 1.912�042 465 1.224�03 1.142�03 1.110�03 1.134�03 1.276�03 1.434�03 1.579�03 1.709�03 1.983�03 2.200�032 466 1.686�03 1.332�03 1.043�03 7.019�04 3.888�04 2.648�04 2.051�04 1.730�04 1.399�04 1.298�042 467 5.268�03 5.579�03 6.064�03 7.019�03 8.611�03 9.888�03 1.097�02 1.190�02 1.380�02 1.529�022 468 1.483�03 1.333�03 1.237�03 1.160�03 1.166�03 1.239�03 1.327�03 1.414�03 1.610�03 1.773�032 469 3.495�04 2.959�04 2.518�04 2.023�04 1.583�04 1.423�04 1.352�04 1.326�04 1.328�04 1.336�042 471 1.379�04 1.120�04 8.976�05 6.271�05 3.399�05 2.107�05 1.412�05 1.001�05 5.091�06 2.975�062 472 2.941�04 2.715�04 2.586�04 2.517�04 2.609�04 2.801�04 3.009�04 3.210�04 3.657�04 4.030�042 473 2.919�06 1.935�06 1.247�06 6.319�07 2.843�07 2.110�07 2.062�07 2.113�07 2.279�07 2.375�072 475 3.315�06 2.311�06 1.675�06 1.139�06 8.944�07 9.232�07 1.054�06 1.151�06 1.266�06 1.270�062 477 1.237�03 1.189�03 1.199�03 1.304�03 1.568�03 1.794�03 1.977�03 2.126�03 2.378�03 2.510�032 478 7.719�04 6.413�04 5.485�04 4.613�04 4.264�04 4.409�04 4.639�04 4.872�04 5.319�04 5.566�042 479 5.848�04 5.493�04 5.464�04 5.940�04 7.224�04 8.299�04 9.150�04 9.832�04 1.098�03 1.160�032 480 6.927�04 5.168�04 3.819�04 2.366�04 1.273�04 9.142�05 7.633�05 6.924�05 6.352�05 6.262�052 481 2.988�04 2.528�04 2.151�04 1.721�04 1.310�04 1.135�04 1.043�04 9.875�05 9.149�05 8.816�052 482 1.208�04 9.109�05 6.887�05 4.600�05 3.211�05 2.886�05 2.789�05 2.761�05 2.756�05 2.747�052 483 1.473�04 1.257�04 1.134�04 1.073�04 1.176�04 1.289�04 1.360�04 1.407�04 1.469�04 1.485�042 484 6.052�05 4.635�05 3.688�05 2.896�05 2.671�05 2.823�05 2.956�05 3.052�05 3.164�05 3.167�052 485 7.974�05 5.568�05 3.821�05 2.093�05 9.886�06 6.700�06 5.441�06 4.854�06 4.236�06 3.949�062 486 7.423�04 5.983�04 4.861�04 3.647�04 2.735�04 2.491�04 2.436�04 2.446�04 2.555�04 2.684�042 487 2.272�03 2.391�03 2.590�03 2.996�03 3.694�03 4.263�03 4.748�03 5.169�03 6.025�03 6.700�032 488 1.037�03 8.256�04 6.534�04 4.473�04 2.564�04 1.797�04 1.424�04 1.222�04 1.011�04 9.480�052 489 1.750�03 1.732�03 1.779�03 1.938�03 2.285�03 2.605�03 2.891�03 3.144�03 3.671�03 4.091�032 490 2.638�03 2.883�03 3.219�03 3.848�03 4.863�03 5.660�03 6.329�03 6.904�03 8.067�03 8.982�032 491 1.136�03 1.254�03 1.410�03 1.695�03 2.149�03 2.500�03 2.794�03 3.045�03 3.554�03 3.954�032 492 1.041�03 8.201�04 6.397�04 4.252�04 2.267�04 1.471�04 1.082�04 8.697�05 6.421�05 5.632�052 493 7.263�04 6.064�04 5.137�04 4.093�04 3.271�04 3.082�04 3.095�04 3.184�04 3.495�04 3.806�042 494 1.191�06 8.123�07 5.666�07 3.591�07 2.493�07 2.471�07 2.887�07 3.164�07 3.501�07 3.690�072 496 1.181�06 8.321�07 6.170�07 4.411�07 3.596�07 3.768�07 4.467�07 4.916�07 5.477�07 5.806�072 498 4.352�04 4.093�04 4.054�04 4.332�04 5.160�04 5.894�04 6.489�04 6.975�04 7.798�04 8.233�042 501 1.993�06 1.558�06 1.290�06 1.090�06 1.066�06 1.163�06 1.312�06 1.422�06 1.587�06 1.680�062 502 3.976�06 2.854�06 2.016�06 1.166�06 5.763�07 3.954�07 3.252�07 2.937�07 2.692�07 2.669�072 503 4.189�04 3.187�04 2.417�04 1.575�04 9.391�05 7.338�05 6.536�05 6.197�05 6.003�05 6.050�052 504 4.433�04 3.673�04 3.141�04 2.654�04 2.488�04 2.592�04 2.739�04 2.882�04 3.151�04 3.300�042 505 4.428�04 4.712�04 5.203�04 6.289�04 8.169�04 9.575�04 1.066�03 1.151�03 1.294�03 1.368�032 506 3.137�04 3.436�04 3.878�04 4.791�04 6.315�04 7.440�04 8.303�04 8.986�04 1.012�03 1.071�032 507 3.340�04 2.596�04 2.061�04 1.562�04 1.316�04 1.305�04 1.340�04 1.384�04 1.481�04 1.552�042 508 3.552�04 2.689�04 2.008�04 1.216�04 5.553�05 3.073�05 1.914�05 1.291�05 6.003�06 3.387�062 509 3.315�04 2.445�04 1.773�04 1.044�04 4.809�05 2.876�05 2.007�05 1.559�05 1.100�05 9.454�062 510 4.954�05 4.497�05 4.350�05 4.543�05 5.367�05 6.002�05 6.389�05 6.638�05 6.963�05 7.051�052 511 6.477�05 4.724�05 3.380�05 1.940�05 9.455�06 6.373�06 5.139�06 4.554�06 3.954�06 3.711�062 512 4.231�05 4.005�05 4.026�05 4.386�05 5.313�05 5.967�05 6.352�05 6.599�05 6.925�05 7.016�052 513 6.037�05 4.397�05 3.131�05 1.761�05 8.007�06 4.874�06 3.558�06 2.919�06 2.287�06 2.082�062 514 4.664�05 3.931�05 3.527�05 3.358�05 3.719�05 4.090�05 4.327�05 4.484�05 4.691�05 4.746�052 515 5.642�05 4.086�05 2.912�05 1.686�05 8.671�06 6.351�06 5.504�06 5.131�06 4.701�06 4.452�062 516 3.484�05 2.376�05 1.582�05 8.115�06 3.200�06 1.672�06 1.014�06 6.864�07 3.593�07 2.487�072 517 3.658�05 2.646�05 1.930�05 1.257�05 8.917�06 8.643�06 8.829�06 9.027�06 9.152�06 8.944�062 518 1.391�04 1.189�04 1.010�04 7.853�05 5.738�05 4.908�05 4.629�05 4.603�05 4.964�05 5.488�052 519 5.706�04 5.278�04 5.026�04 5.057�04 5.949�04 7.104�04 8.240�04 9.356�04 1.180�03 1.363�032 520 8.509�04 9.557�04 1.132�03 1.556�03 2.459�03 3.282�03 4.003�03 4.665�03 6.054�03 7.087�032 521 9.242�05 1.012�04 1.124�04 1.327�04 1.647�04 1.881�04 2.047�04 2.179�04 2.419�04 2.557�042 522 9.140�05 9.541�05 1.016�04 1.139�04 1.347�04 1.505�04 1.617�04 1.706�04 1.872�04 1.970�042 523 4.833�05 4.275�05 3.843�05 3.341�05 2.935�05 2.852�05 2.845�05 2.849�05 2.908�05 3.023�052 524 3.848�04 3.292�04 2.771�04 2.068�04 1.292�04 8.886�05 6.599�05 5.182�05 3.351�05 2.599�052 525 2.017�04 2.447�04 3.049�04 4.305�04 6.725�04 8.863�04 1.074�03 1.247�03 1.619�03 1.910�032 526 5.930�04 6.230�04 6.866�04 8.536�04 1.225�03 1.572�03 1.883�03 2.169�03 2.783�03 3.255�03

484 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 527 4.294�04 4.136�04 4.110�04 4.348�04 5.195�04 6.144�04 7.078�04 7.985�04 1.005�03 1.178�032 528 8.093�05 6.733�05 5.550�05 4.013�05 2.419�05 1.694�05 1.310�05 1.081�05 8.019�06 6.870�062 529 3.669�04 3.869�04 4.302�04 5.459�04 8.046�04 1.040�03 1.244�03 1.424�03 1.787�03 2.045�032 530 4.802�04 4.182�04 3.617�04 2.905�04 2.230�04 1.974�04 1.897�04 1.908�04 2.080�04 2.286�042 531 1.380�05 1.235�05 1.149�05 1.103�05 1.179�05 1.270�05 1.335�05 1.377�05 1.428�05 1.447�052 532 1.946�05 1.783�05 1.691�05 1.652�05 1.769�05 1.907�05 2.011�05 2.081�05 2.167�05 2.201�052 533 2.612�05 2.439�05 2.347�05 2.315�05 2.447�05 2.613�05 2.745�05 2.837�05 2.955�05 3.003�052 534 1.919�05 1.478�05 1.116�05 6.874�06 3.213�06 1.792�06 1.105�06 7.239�07 2.974�07 1.460�072 535 2.745�04 2.347�04 1.989�04 1.558�04 1.166�04 1.021�04 9.764�05 9.789�05 1.057�04 1.153�042 536 2.367�03 2.270�03 2.223�03 2.210�03 2.298�03 2.423�03 2.525�03 2.614�03 2.797�03 2.921�032 537 4.218�03 4.539�03 4.948�03 5.653�03 6.753�03 7.560�03 8.116�03 8.546�03 9.339�03 9.841�032 538 1.187�03 1.082�03 1.005�03 9.196�04 8.652�04 8.704�04 8.862�04 9.057�04 9.558�04 9.942�042 539 8.612�04 7.129�04 5.832�04 4.125�04 2.334�04 1.497�04 1.044�04 7.704�05 4.213�05 2.670�052 540 2.451�03 2.460�03 2.521�03 2.673�03 2.984�03 3.251�03 3.445�03 3.603�03 3.908�03 4.102�032 541 1.099�03 1.257�03 1.438�03 1.735�03 2.171�03 2.479�03 2.690�03 2.851�03 3.143�03 3.327�032 542 1.096�03 1.016�03 9.600�04 9.052�04 8.870�04 9.136�04 9.440�04 9.739�04 1.041�03 1.090�032 543 1.083�03 1.064�03 1.070�03 1.107�03 1.205�03 1.296�03 1.363�03 1.419�03 1.529�03 1.597�032 544 4.469�04 4.256�04 4.144�04 4.106�04 4.310�04 4.619�04 4.903�04 5.174�04 5.770�04 6.199�042 545 1.019�04 8.425�05 6.889�05 4.874�05 2.753�05 1.758�05 1.216�05 8.889�06 4.757�06 2.910�062 546 1.193�03 1.021�03 8.751�04 6.885�04 5.037�04 4.271�04 3.897�04 3.702�04 3.535�04 3.513�042 547 5.587�04 4.837�04 4.301�04 3.786�04 3.607�04 3.710�04 3.830�04 3.918�04 4.034�04 4.091�042 548 7.683�04 6.662�04 5.935�04 5.247�04 5.043�04 5.221�04 5.418�04 5.563�04 5.756�04 5.842�042 549 8.768�04 7.924�04 7.389�04 7.002�04 7.210�04 7.658�04 8.035�04 8.294�04 8.627�04 8.768�042 550 1.154�03 1.070�03 1.025�03 1.010�03 1.080�03 1.162�03 1.224�03 1.266�03 1.318�03 1.340�032 551 9.915�05 7.797�05 6.050�05 3.965�05 2.223�05 1.564�05 1.253�05 1.084�05 9.278�06 9.264�062 552 1.683�04 1.600�04 1.577�04 1.617�04 1.792�04 1.962�04 2.089�04 2.173�04 2.286�04 2.343�042 553 3.562�04 2.769�04 2.109�04 1.315�04 6.340�05 3.629�05 2.296�05 1.555�05 7.022�06 3.870�062 554 3.128�04 2.900�04 2.784�04 2.753�04 2.949�04 3.183�04 3.366�04 3.489�04 3.644�04 3.710�042 555 9.353�04 7.854�04 6.559�04 4.879�04 3.155�04 2.383�04 1.978�04 1.745�04 1.481�04 1.380�042 556 2.520�04 2.643�04 2.843�04 3.236�04 3.898�04 4.349�04 4.640�04 4.823�04 5.035�04 5.123�042 557 3.038�04 2.376�04 1.832�04 1.190�04 6.567�05 4.557�05 3.607�05 3.094�05 2.529�05 2.338�052 558 3.352�04 3.132�04 3.032�04 3.038�04 3.293�04 3.546�04 3.723�04 3.836�04 3.969�04 4.025�042 559 2.736�04 2.240�04 1.850�04 1.420�04 1.133�04 1.066�04 1.054�04 1.054�04 1.061�04 1.066�043 4 2.152�01 2.098�01 1.827�01 1.311�01 7.208�02 4.683�02 3.236�02 2.351�02 1.341�02 8.853�033 5 3.696�02 3.093�02 2.412�02 1.630�02 8.341�03 4.802�03 3.112�03 2.161�03 1.049�03 6.164�043 6 6.239�02 5.572�02 4.790�02 3.677�02 2.329�02 1.596�02 1.182�02 9.183�03 5.702�03 4.090�033 7 1.351+00 1.471+00 1.597+00 1.779+00 2.034+00 2.218+00 2.359+00 2.473+00 2.687+00 2.849+003 8 1.846�01 1.988�01 2.133�01 2.341�01 2.638�01 2.856�01 3.027�01 3.167�01 3.432�01 3.635�013 9 1.197�02 1.254�02 1.311�02 1.399�02 1.535�02 1.628�02 1.713�02 1.785�02 1.920�02 2.028�023 10 1.120+00 1.248+00 1.371+00 1.530+00 1.754+00 1.920+00 2.047+00 2.149+00 2.343+00 2.489+003 11 3.324�01 3.692�01 4.048�01 4.510�01 5.161�01 5.645�01 6.016�01 6.316�01 6.883�01 7.312�013 12 2.806�03 2.462�03 2.079�03 1.568�03 9.670�04 6.419�04 4.607�04 3.460�04 1.934�04 1.219�043 13 3.853�02 3.469�02 3.060�02 2.543�02 1.948�02 1.639�02 1.484�02 1.395�02 1.302�02 1.285�023 14 1.153+00 1.276+00 1.398+00 1.560+00 1.795+00 1.970+00 2.108+00 2.221+00 2.432+00 2.594+003 15 1.543�02 1.323�02 1.103�02 8.399�03 5.305�03 3.586�03 2.644�03 2.050�03 1.249�03 8.799�043 16 7.197�03 7.067�03 6.985�03 6.983�03 7.939�03 8.756�03 7.810�03 7.173�03 7.497�03 7.595�033 17 4.065�03 4.178�03 4.389�03 4.755�03 6.404�03 7.652�03 6.577�03 5.850�03 6.362�03 6.534�033 18 1.720�03 1.775�03 1.880�03 2.065�03 2.821�03 3.386�03 2.914�03 2.595�03 2.826�03 2.903�033 19 1.915�03 1.753�03 1.480�03 1.030�03 5.563�04 3.592�04 2.466�04 1.803�04 1.134�04 8.586�053 20 3.232�04 2.897�04 2.406�04 1.655�04 8.642�05 5.243�05 3.425�05 2.357�05 1.178�05 6.988�063 21 1.025�03 1.018�03 9.194�04 6.653�04 3.848�04 2.543�04 1.767�04 1.279�04 6.981�05 4.264�053 22 5.517�03 7.063�03 8.664�03 1.149�02 1.678�02 2.135�02 2.545�02 2.900�02 3.603�02 4.168�023 23 1.602�02 2.039�02 2.505�02 3.347�02 4.917�02 6.267�02 7.480�02 8.527�02 1.060�01 1.227�013 24 5.707�03 5.586�03 5.028�03 3.704�03 2.221�03 1.513�03 1.095�03 8.351�04 5.276�04 3.900�043 25 1.562�02 1.317�02 1.068�02 7.990�03 5.254�03 3.915�03 3.251�03 2.880�03 2.456�03 2.223�033 26 1.102�02 9.740�03 8.249�03 6.504�03 4.876�03 4.202�03 3.920�03 3.828�03 3.866�03 3.811�033 27 2.162�02 1.994�02 1.851�02 1.783�02 1.783�02 1.831�02 1.900�02 1.989�02 2.191�02 2.239�023 28 3.812�02 3.491�02 3.195�02 3.000�02 2.925�02 2.975�02 3.077�02 3.221�02 3.560�02 3.639�023 29 8.727�03 7.350�03 5.843�03 4.107�03 2.409�03 1.638�03 1.269�03 1.068�03 8.511�04 7.514�043 30 3.488�03 3.277�03 3.108�03 3.083�03 3.191�03 3.340�03 3.502�03 3.690�03 4.102�03 4.209�033 31 1.630�02 1.439�02 1.254�02 1.087�02 9.439�03 8.934�03 8.864�03 9.021�03 9.594�03 9.672�033 32 2.140�01 2.038�01 1.988�01 2.026�01 2.068�01 2.079�01 2.093�01 2.103�01 2.114�01 2.118�01

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 485

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 33 1.866�02 1.612�02 1.299�02 8.989�03 4.987�03 3.142�03 2.181�03 1.605�03 8.958�04 5.807�043 34 2.148�04 1.847�04 1.485�04 1.028�04 5.766�05 3.703�05 2.612�05 1.947�05 1.096�05 6.996�063 35 2.876�03 2.446�03 1.972�03 1.428�03 8.957�04 6.476�04 5.198�04 4.421�04 3.405�04 2.938�043 36 2.715�03 2.265�03 1.771�03 1.198�03 6.335�04 3.751�04 2.491�04 1.772�04 9.228�05 5.772�053 37 1.460�02 1.235�02 9.801�03 6.772�03 3.802�03 2.430�03 1.714�03 1.277�03 7.049�04 4.380�043 38 1.441�02 1.487�02 1.395�02 1.154�02 9.714�03 9.541�03 9.684�03 1.005�02 1.126�02 1.198�023 39 2.403�02 2.588�02 2.605�02 2.516�02 2.612�02 2.828�02 3.037�02 3.258�02 3.774�02 4.081�023 40 2.671�02 2.620�02 2.274�02 1.557�02 8.774�03 6.421�03 5.202�03 4.565�03 4.136�03 4.083�033 41 3.118�02 3.220�02 3.000�02 2.440�02 2.000�02 1.914�02 1.894�02 1.943�02 2.160�02 2.197�023 42 8.342�03 8.596�03 8.227�03 7.243�03 6.566�03 6.532�03 6.617�03 6.874�03 7.692�03 7.885�033 43 3.004�02 3.170�02 3.152�02 3.008�02 3.091�02 3.355�02 3.627�02 3.903�02 4.534�02 4.989�023 44 4.611�01 5.290�01 6.078�01 7.448�01 9.678�01 1.146+00 1.298+00 1.430+00 1.695+00 1.900+003 45 2.198�01 2.517�01 2.877�01 3.493�01 4.500�01 5.312�01 6.002�01 6.602�01 7.809�01 8.743�013 46 6.006�02 6.783�02 7.590�02 8.944�02 1.128�01 1.323�01 1.491�01 1.637�01 1.933�01 2.163�013 47 2.965�03 2.954�03 2.516�03 1.565�03 6.904�04 4.042�04 2.462�04 1.571�04 7.862�05 4.627�053 48 2.116�04 1.884�04 1.588�04 1.220�04 8.898�05 7.668�05 7.306�05 7.480�05 8.468�05 8.359�053 49 6.892�04 6.070�04 5.008�04 3.678�04 2.495�04 2.040�04 1.867�04 1.852�04 2.007�04 1.948�043 50 3.476�01 3.409�01 3.438�01 3.643�01 3.867�01 3.966�01 4.034�01 4.079�01 4.131�01 4.158�013 51 9.856�03 9.881�03 8.530�03 5.445�03 2.528�03 1.531�03 9.749�04 6.564�04 3.613�04 2.407�043 52 2.055�02 1.983�02 1.672�02 1.067�02 5.036�03 3.053�03 1.992�03 1.389�03 8.110�04 5.761�043 53 7.414�03 9.790�03 1.271�02 1.838�02 2.849�02 3.687�02 4.426�02 5.072�02 6.379�02 7.416�023 54 2.480�05 2.408�05 2.116�05 1.493�05 8.467�06 5.513�06 3.798�06 2.729�06 1.446�06 8.540�073 55 2.051�04 1.991�04 1.775�04 1.343�04 9.472�05 8.067�05 7.545�05 7.431�05 7.894�05 8.598�053 56 8.728�04 8.539�04 7.538�04 5.328�04 3.046�04 2.015�04 1.420�04 1.052�04 6.229�05 4.333�053 57 3.072�03 2.943�03 2.564�03 1.805�03 1.024�03 6.649�04 4.570�04 3.280�04 1.738�04 1.011�043 58 9.139�03 8.861�03 7.778�03 5.491�03 3.118�03 2.029�03 1.398�03 1.005�03 5.316�04 3.131�043 59 7.670�04 7.604�04 6.978�04 5.668�04 4.676�04 4.533�04 4.666�04 4.905�04 5.640�04 6.347�043 60 2.487�03 2.398�03 2.098�03 1.482�03 8.450�04 5.511�04 3.808�04 2.749�04 1.473�04 8.769�053 61 5.700�03 5.523�03 4.890�03 3.596�03 2.318�03 1.781�03 1.508�03 1.365�03 1.272�03 1.293�033 62 3.734�04 3.814�04 4.060�04 4.776�04 6.444�04 8.022�04 9.475�04 1.078�03 1.345�03 1.558�033 63 3.373�03 4.114�03 5.141�03 7.261�03 1.126�02 1.472�02 1.780�02 2.050�02 2.598�02 3.025�023 64 2.135�02 2.815�02 3.712�02 5.496�02 8.755�02 1.153�01 1.398�01 1.613�01 2.046�01 2.383�013 65 3.514�03 2.974�03 2.470�03 1.801�03 1.137�03 8.261�04 6.650�04 5.768�04 4.930�04 4.827�043 66 1.245�04 1.046�04 8.598�05 6.135�05 3.600�05 2.324�05 1.605�05 1.160�05 5.865�06 3.424�063 67 4.310�03 5.683�03 7.496�03 1.112�02 1.777�02 2.345�02 2.847�02 3.288�02 4.181�02 4.875�023 68 1.203�02 1.587�02 2.093�02 3.103�02 4.954�02 6.534�02 7.930�02 9.158�02 1.164�01 1.357�013 69 2.063�04 1.865�04 1.703�04 1.538�04 1.403�04 1.369�04 1.374�04 1.393�04 1.432�04 1.433�043 70 6.951�04 6.845�04 6.840�04 7.030�04 7.405�04 7.724�04 8.002�04 8.242�04 8.610�04 8.714�043 71 8.595�04 8.285�04 8.107�04 8.152�04 8.503�04 8.902�04 9.295�04 9.657�04 1.022�03 1.037�033 72 3.972�04 3.218�04 2.572�04 1.756�04 9.566�05 6.036�05 4.136�05 3.005�05 1.625�05 1.019�053 73 1.458�03 1.182�03 9.449�04 6.458�04 3.529�04 2.225�04 1.530�04 1.119�04 6.109�05 3.878�053 74 4.238�03 3.433�03 2.745�03 1.876�03 1.024�03 6.444�04 4.422�04 3.223�04 1.743�04 1.093�043 75 1.102�02 8.928�03 7.133�03 4.867�03 2.640�03 1.661�03 1.130�03 8.125�04 4.274�04 2.580�043 76 2.816�02 2.280�02 1.822�02 1.242�02 6.739�03 4.201�03 2.850�03 2.049�03 1.056�03 6.199�043 77 5.522�04 4.564�04 3.750�04 2.740�04 1.773�04 1.371�04 1.162�04 1.045�04 9.145�05 8.577�053 78 2.093�03 1.714�03 1.392�03 9.878�04 5.967�04 4.267�04 3.382�04 2.871�04 2.262�04 1.996�043 79 7.366�04 7.510�04 7.749�04 8.201�04 8.692�04 8.975�04 9.148�04 9.261�04 9.424�04 9.510�043 80 4.938�03 4.009�03 3.217�03 2.216�03 1.236�03 8.005�04 5.690�04 4.322�04 2.640�04 1.899�043 81 9.941�03 8.056�03 6.439�03 4.398�03 2.389�03 1.503�03 1.023�03 7.376�04 3.884�04 2.344�043 82 1.690�02 1.371�02 1.098�02 7.534�03 4.160�03 2.666�03 1.869�03 1.398�03 8.197�04 5.652�043 83 7.596�03 6.132�03 4.882�03 3.309�03 1.781�03 1.111�03 7.542�04 5.437�04 2.874�04 1.754�043 84 8.657�03 7.052�03 5.687�03 3.982�03 2.347�03 1.648�03 1.282�03 1.072�03 8.256�04 7.188�043 85 6.440�03 5.206�03 4.155�03 2.833�03 1.556�03 9.973�04 7.025�04 5.297�04 3.202�04 2.290�043 86 1.317�02 1.441�02 1.586�02 1.839�02 2.204�02 2.457�02 2.638�02 2.776�02 2.996�02 3.096�023 87 1.682�02 1.889�02 2.120�02 2.512�02 3.066�02 3.442�02 3.709�02 3.912�02 4.234�02 4.380�023 88 7.731�03 8.742�03 9.862�03 1.175�02 1.440�02 1.619�02 1.745�02 1.842�02 1.994�02 2.063�023 89 2.642�03 2.740�03 2.886�03 3.185�03 3.672�03 4.036�03 4.307�03 4.519�03 4.863�03 5.019�033 90 1.632�02 1.808�02 2.008�02 2.354�02 2.851�02 3.190�02 3.434�02 3.620�02 3.917�02 4.051�023 91 6.631�02 7.548�02 8.558�02 1.025�01 1.261�01 1.420�01 1.532�01 1.618�01 1.754�01 1.815�013 92 7.206�05 5.832�05 4.654�05 3.217�05 1.712�05 1.037�05 6.788�06 4.697�06 2.240�06 1.232�063 93 1.570�04 1.304�04 1.090�04 8.487�05 6.604�05 6.168�05 6.225�05 6.474�05 7.259�05 7.965�053 94 2.491�04 2.113�04 1.843�04 1.600�04 1.552�04 1.684�04 1.862�04 2.047�04 2.456�04 2.776�04

486 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 95 3.587�04 2.887�04 2.334�04 1.706�04 1.181�04 1.008�04 9.477�05 9.352�05 9.592�05 9.841�053 96 6.885�03 7.677�03 8.575�03 1.011�02 1.232�02 1.383�02 1.490�02 1.573�02 1.706�02 1.767�023 97 2.365�02 2.695�02 3.059�02 3.669�02 4.526�02 5.100�02 5.508�02 5.820�02 6.319�02 6.545�023 98 3.646�02 4.141�02 4.689�02 5.609�02 6.907�02 7.778�02 8.398�02 8.873�02 9.633�02 9.977�023 99 4.018�04 4.039�04 4.343�04 5.327�04 7.685�04 9.949�04 1.205�03 1.396�03 1.790�03 2.095�033 100 6.878�05 7.701�05 8.996�05 1.185�04 1.751�04 2.252�04 2.698�04 3.099�04 3.923�04 4.557�043 101 5.596�04 7.213�04 9.344�04 1.357�03 2.129�03 2.789�03 3.370�03 3.888�03 4.944�03 5.755�033 102 2.283�04 2.060�04 1.913�04 1.831�04 2.007�04 2.325�04 2.690�04 3.047�04 3.823�04 4.457�043 103 2.199�03 2.892�03 3.792�03 5.560�03 8.766�03 1.150�02 1.390�02 1.604�02 2.042�02 2.378�023 104 6.714�06 5.454�06 4.381�06 3.056�06 1.842�06 1.318�06 1.026�06 9.242�07 8.715�07 7.449�073 105 1.343�04 1.202�04 1.080�04 9.295�05 7.850�05 7.238�05 6.982�05 6.855�05 6.792�05 6.917�053 106 3.935�04 4.398�04 5.264�04 7.481�04 1.240�03 1.699�03 2.138�03 2.538�03 3.354�03 3.991�033 107 1.203�04 1.302�04 1.516�04 2.097�04 3.429�04 4.683�04 5.884�04 6.981�04 9.225�04 1.097�033 108 1.656�05 1.350�05 1.075�05 7.254�06 3.873�06 2.332�06 1.518�06 1.044�06 4.827�07 2.617�073 109 7.560�04 6.079�04 4.818�04 3.307�04 1.823�04 1.168�04 8.163�05 6.087�05 3.470�05 2.215�053 110 1.685�05 1.359�05 1.078�05 7.296�06 4.002�06 2.572�06 1.759�06 1.436�06 1.191�06 8.411�073 111 6.240�02 6.364�02 6.574�02 6.979�02 7.428�02 7.692�02 7.854�02 7.962�02 8.119�02 8.202�023 112 2.722�03 2.184�03 1.726�03 1.179�03 6.449�04 4.108�04 2.862�04 2.107�04 1.135�04 6.993�053 113 1.939�04 1.605�04 1.340�04 1.039�04 7.923�05 7.074�05 6.721�05 6.591�05 6.579�05 6.602�053 114 2.018�04 1.774�04 1.607�04 1.466�04 1.432�04 1.476�04 1.525�04 1.575�04 1.672�04 1.722�043 115 2.884�05 2.445�05 2.033�05 1.496�05 9.121�06 6.079�06 4.319�06 3.201�06 1.716�06 1.055�063 116 1.539�04 1.238�04 1.019�04 8.019�05 6.683�05 6.389�05 6.338�05 6.404�05 6.670�05 6.830�053 117 4.098�04 4.922�04 6.021�04 8.199�04 1.215�03 1.552�03 1.844�03 2.106�03 2.643�03 3.054�033 118 1.054�03 1.294�03 1.610�03 2.230�03 3.348�03 4.299�03 5.125�03 5.863�03 7.378�03 8.541�033 119 2.295�04 2.586�04 2.913�04 3.471�04 4.278�04 4.812�04 5.195�04 5.499�04 5.993�04 6.212�043 120 2.720�03 3.077�03 3.477�03 4.155�03 5.141�03 5.788�03 6.254�03 6.627�03 7.235�03 7.493�033 121 1.106�03 1.251�03 1.414�03 1.690�03 2.091�03 2.355�03 2.545�03 2.696�03 2.942�03 3.049�033 122 5.208�04 4.390�04 3.624�04 2.608�04 1.545�04 1.003�04 6.956�05 5.042�05 2.548�05 1.475�053 123 7.173�05 6.229�05 5.443�05 4.514�05 3.717�05 3.512�05 3.528�05 3.641�05 4.041�05 4.434�053 124 3.831�05 3.326�05 2.917�05 2.456�05 2.123�05 2.050�05 2.052�05 2.089�05 2.183�05 2.208�053 125 1.384�04 1.436�04 1.516�04 1.679�04 1.960�04 2.165�04 2.322�04 2.453�04 2.670�04 2.757�043 126 4.648�04 5.184�04 5.796�04 6.848�04 8.394�04 9.439�04 1.020�03 1.081�03 1.180�03 1.222�033 127 9.544�04 8.151�04 7.041�04 5.769�04 4.766�04 4.482�04 4.408�04 4.418�04 4.520�04 4.582�043 128 3.238�04 3.477�04 3.788�04 4.379�04 5.298�04 5.949�04 6.423�04 6.792�04 7.391�04 7.676�043 129 3.674�04 3.178�04 2.725�04 2.149�04 1.575�04 1.328�04 1.228�04 1.195�04 1.218�04 1.286�043 130 1.575�03 1.413�03 1.281�03 1.159�03 1.156�03 1.260�03 1.414�03 1.576�03 1.937�03 2.242�033 131 7.738�05 8.521�05 9.437�05 1.105�04 1.351�04 1.517�04 1.639�04 1.738�04 1.900�04 1.967�043 132 2.492�04 2.764�04 3.077�04 3.623�04 4.439�04 4.987�04 5.387�04 5.711�04 6.239�04 6.461�043 133 6.394�04 6.884�04 7.440�04 8.362�04 9.639�04 1.041�03 1.100�03 1.144�03 1.214�03 1.256�033 134 5.416�03 5.663�03 6.251�03 7.922�03 1.186�02 1.558�02 1.915�02 2.242�02 2.912�02 3.435�023 135 4.054�05 3.533�05 3.100�05 2.591�05 2.162�05 2.029�05 1.990�05 1.989�05 2.026�05 2.046�053 136 3.408�04 2.911�04 2.435�04 1.785�04 1.075�04 7.048�05 4.924�05 3.596�05 1.865�05 1.116�053 137 1.522�03 1.658�03 1.887�03 2.435�03 3.602�03 4.665�03 5.643�03 6.533�03 8.364�03 9.778�033 138 1.707�04 1.897�04 2.113�04 2.484�04 3.026�04 3.397�04 3.665�04 3.875�04 4.217�04 4.378�043 139 4.642�03 5.269�03 6.229�03 8.397�03 1.284�02 1.681�02 2.044�02 2.373�02 3.048�02 3.567�023 140 3.987�04 3.630�04 3.359�04 3.082�04 2.920�04 2.933�04 2.988�04 3.056�04 3.199�04 3.269�043 141 2.179�03 2.556�03 3.120�03 4.380�03 6.957�03 9.278�03 1.140�02 1.334�02 1.735�02 2.043�023 143 4.464�05 5.070�05 5.742�05 6.873�05 8.509�05 9.613�05 1.040�04 1.103�04 1.205�04 1.252�043 144 2.553�03 2.206�03 1.870�03 1.411�03 8.930�04 6.214�04 4.647�04 3.680�04 2.483�04 2.009�043 145 1.911�03 1.655�03 1.408�03 1.061�03 6.778�04 4.794�04 3.680�04 3.010�04 2.217�04 1.944�043 146 7.009�05 7.315�05 7.756�05 8.662�05 1.018�04 1.125�04 1.205�04 1.272�04 1.385�04 1.435�043 147 2.266�04 2.450�04 2.670�04 3.068�04 3.682�04 4.093�04 4.391�04 4.640�04 5.062�04 5.242�043 148 3.202�04 3.401�04 3.660�04 4.151�04 4.948�04 5.489�04 5.885�04 6.220�04 6.795�04 7.033�043 149 2.585�04 2.502�04 2.505�04 2.637�04 2.969�04 3.251�04 3.469�04 3.648�04 3.953�04 4.104�043 150 1.176�02 1.170�02 1.192�02 1.267�02 1.427�02 1.562�02 1.667�02 1.753�02 1.899�02 1.970�023 151 3.526�03 3.078�03 2.733�03 2.357�03 2.098�03 2.061�03 2.080�03 2.119�03 2.214�03 2.265�033 152 4.666�02 5.031�02 5.489�02 6.331�02 7.639�02 8.570�02 9.258�02 9.801�02 1.069�01 1.112�013 153 1.301�03 1.156�03 1.042�03 9.156�04 8.241�04 8.095�04 8.164�04 8.304�04 8.643�04 8.820�043 154 1.352�02 1.440�02 1.554�02 1.770�02 2.112�02 2.360�02 2.543�02 2.689�02 2.931�02 3.046�023 155 6.838�03 6.216�03 5.771�03 5.354�03 5.224�03 5.371�03 5.556�03 5.742�03 6.103�03 6.281�033 156 2.820�02 3.005�02 3.247�02 3.700�02 4.420�02 4.939�02 5.324�02 5.630�02 6.138�02 6.380�023 158 3.442�04 2.927�04 2.448�04 1.773�04 1.047�04 6.795�05 4.736�05 3.469�05 1.825�05 1.098�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 487

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 159 1.081�03 1.038�03 1.039�03 1.128�03 1.421�03 1.729�03 2.022�03 2.299�03 2.885�03 3.325�033 160 3.303�03 3.186�03 3.202�03 3.500�03 4.446�03 5.427�03 6.358�03 7.236�03 9.094�03 1.049�023 161 1.496�02 1.565�02 1.659�02 1.837�02 2.106�02 2.294�02 2.432�02 2.543�02 2.727�02 2.813�023 162 1.040�02 1.110�02 1.199�02 1.365�02 1.627�02 1.814�02 1.953�02 2.066�02 2.254�02 2.341�023 163 4.068�03 4.399�03 4.800�03 5.526�03 6.652�03 7.443�03 8.024�03 8.493�03 9.279�03 9.641�033 164 1.105�02 8.849�03 7.002�03 4.689�03 2.477�03 1.523�03 1.020�03 7.265�04 3.731�04 2.202�043 165 1.787�03 1.523�03 1.278�03 9.386�04 5.798�04 4.035�04 3.083�04 2.528�04 1.883�04 1.651�043 166 7.711�03 6.195�03 4.928�03 3.367�03 1.899�03 1.286�03 9.704�04 7.899�04 5.809�04 4.946�043 168 2.857�03 2.358�03 1.923�03 1.392�03 8.223�04 5.618�04 4.211�04 3.372�04 2.359�04 1.937�043 170 3.280�03 2.686�03 2.172�03 1.550�03 8.878�04 5.772�04 4.045�04 2.991�04 1.674�04 1.089�043 172 6.621�03 5.861�03 5.245�03 4.575�03 3.919�03 3.668�03 3.555�03 3.502�03 3.461�03 3.455�033 173 4.160�03 3.392�03 2.726�03 1.919�03 1.067�03 6.806�04 4.728�04 3.493�04 2.000�04 1.360�043 175 8.702�03 7.119�03 5.769�03 4.191�03 2.650�03 2.024�03 1.735�03 1.592�03 1.465�03 1.435�033 177 7.504�04 6.144�04 4.986�04 3.644�04 2.351�04 1.843�04 1.622�04 1.518�04 1.436�04 1.437�043 179 4.607�03 3.788�03 3.079�03 2.227�03 1.337�03 9.440�04 7.403�04 6.235�04 4.889�04 4.363�043 180 6.588�02 6.566�02 6.627�02 6.840�02 7.041�02 7.163�02 7.237�02 7.285�02 7.353�02 7.383�023 181 7.019�03 5.806�03 4.757�03 3.491�03 2.131�03 1.492�03 1.137�03 9.201�04 6.491�04 5.279�043 182 6.730�03 5.671�03 4.875�03 4.018�03 3.420�03 3.345�03 3.424�03 3.554�03 3.925�03 4.267�033 183 1.265�03 1.018�03 8.052�04 5.503�04 2.872�04 1.724�04 1.126�04 7.826�05 3.843�05 2.185�053 185 1.472�02 1.435�02 1.453�02 1.558�02 1.815�02 2.059�02 2.278�02 2.472�02 2.875�02 3.197�023 187 8.108�03 6.546�03 5.286�03 3.801�03 2.463�03 1.969�03 1.763�03 1.679�03 1.663�03 1.732�033 189 1.342�02 1.072�02 8.618�03 6.284�03 4.418�03 3.829�03 3.617�03 3.557�03 3.625�03 3.742�033 190 2.936�03 2.453�03 2.089�03 1.709�03 1.450�03 1.405�03 1.415�03 1.447�03 1.544�03 1.629�033 191 1.363�02 1.094�02 8.760�03 6.110�03 3.626�03 2.604�03 2.097�03 1.821�03 1.531�03 1.434�033 192 1.016�01 1.104�01 1.227�01 1.459�01 1.841�01 2.147�01 2.406�01 2.630�01 3.085�01 3.446�013 194 5.468�02 5.863�02 6.442�02 7.567�02 9.450�02 1.098�01 1.228�01 1.339�01 1.568�01 1.749�013 195 1.641�02 1.661�02 1.740�02 1.938�02 2.324�02 2.663�02 2.960�02 3.220�02 3.757�02 4.186�023 196 1.723�03 1.328�03 1.010�03 6.350�04 2.984�04 1.676�04 1.047�04 7.061�05 3.340�05 1.927�053 197 6.411�03 5.008�03 3.872�03 2.507�03 1.250�03 7.452�04 4.972�04 3.612�04 2.116�04 1.549�043 198 1.313�02 1.041�02 8.205�03 5.612�03 3.279�03 2.400�03 2.011�03 1.830�03 1.713�03 1.744�033 199 1.266�03 9.530�04 7.211�04 4.944�04 3.538�04 3.282�04 3.280�04 3.341�04 3.523�04 3.656�043 200 1.765�03 1.511�03 1.378�03 1.360�03 1.552�03 1.791�03 1.981�03 2.119�03 2.343�03 2.475�033 201 9.570�04 7.506�04 6.044�04 4.768�04 4.152�04 4.101�04 4.165�04 4.272�04 4.536�04 4.689�043 202 1.289�03 9.771�04 7.491�04 5.240�04 3.810�04 3.441�04 3.337�04 3.338�04 3.455�04 3.541�043 203 3.436�03 2.584�03 1.971�03 1.387�03 1.046�03 9.745�04 9.649�04 9.779�04 1.025�03 1.055�033 204 2.994�03 2.288�03 1.783�03 1.323�03 1.087�03 1.085�03 1.123�03 1.164�03 1.248�03 1.300�033 205 4.221�03 3.734�03 3.521�03 3.637�03 4.286�03 5.003�03 5.561�03 5.963�03 6.609�03 6.992�033 206 2.823�03 2.334�03 2.018�03 1.818�03 1.892�03 2.109�03 2.301�03 2.447�03 2.692�03 2.838�033 207 2.576�03 2.137�03 1.869�03 1.727�03 1.865�03 2.134�03 2.360�03 2.525�03 2.795�03 2.958�033 208 1.666�03 1.408�03 1.265�03 1.227�03 1.389�03 1.611�03 1.791�03 1.921�03 2.130�03 2.255�033 209 8.343�04 6.383�04 5.027�04 3.859�04 3.462�04 3.736�04 4.052�04 4.302�04 4.725�04 4.987�043 210 1.185�03 8.588�04 6.140�04 3.631�04 1.912�04 1.470�04 1.342�04 1.304�04 1.310�04 1.344�043 211 4.602�05 3.725�05 2.976�05 2.075�05 1.160�05 7.479�06 5.239�06 3.871�06 2.107�06 1.304�063 212 9.045�04 7.764�04 6.707�04 5.496�04 4.279�04 3.759�04 3.484�04 3.320�04 3.115�04 3.025�043 213 4.409�03 3.560�03 2.835�03 1.967�03 1.093�03 7.025�04 4.913�04 3.626�04 1.964�04 1.204�043 214 9.622�06 8.110�06 6.876�06 5.446�06 3.889�06 3.150�06 3.009�06 3.093�06 3.025�06 3.439�063 216 2.130�04 1.710�04 1.354�04 9.351�05 5.280�05 3.510�05 2.631�05 2.137�05 1.457�05 1.242�053 218 5.153�02 5.298�02 5.512�02 5.909�02 6.339�02 6.592�02 6.749�02 6.854�02 7.006�02 7.083�023 220 8.790�06 7.276�06 5.920�06 4.156�06 2.385�06 1.519�06 1.040�06 7.457�07 3.691�07 2.068�073 221 5.882�05 5.202�05 4.664�05 4.127�05 3.964�05 4.227�05 4.641�05 5.121�05 6.322�05 7.368�053 223 2.222�04 1.869�04 1.558�04 1.166�04 8.007�05 6.478�05 5.815�05 5.559�05 5.612�05 5.964�053 224 8.587�04 1.104�03 1.418�03 2.023�03 3.110�03 4.045�03 4.869�03 5.631�03 7.280�03 8.587�033 226 8.362�04 7.018�04 5.823�04 4.314�04 2.867�04 2.238�04 1.950�04 1.819�04 1.763�04 1.849�043 228 9.032�04 9.794�04 1.103�03 1.380�03 1.941�03 2.455�03 2.922�03 3.362�03 4.327�03 5.100�033 230 8.921�04 7.412�04 6.057�04 4.299�04 2.523�04 1.659�04 1.185�04 8.976�05 5.363�05 3.915�053 232 3.759�03 3.125�03 2.553�03 1.803�03 1.042�03 6.672�04 4.580�04 3.294�04 1.639�04 9.213�053 234 2.742�03 2.293�03 1.890�03 1.373�03 8.607�04 6.215�04 4.987�04 4.304�04 3.613�04 3.504�043 235 8.677�05 7.953�05 7.449�05 7.134�05 7.656�05 8.610�05 9.652�05 1.069�04 1.300�04 1.487�043 236 1.648�03 1.379�03 1.135�03 8.149�04 4.895�04 3.323�04 2.475�04 1.973�04 1.382�04 1.192�043 238 9.837�04 1.093�03 1.257�03 1.612�03 2.302�03 2.915�03 3.457�03 3.955�03 5.020�03 5.851�033 240 7.578�03 9.514�03 1.205�02 1.705�02 2.608�02 3.376�02 4.040�02 4.642�02 5.911�02 6.891�023 242 7.012�05 5.886�05 4.851�05 3.484�05 2.056�05 1.334�05 9.255�06 6.717�06 3.416�06 1.969�06

488 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 243 1.642�03 2.046�03 2.585�03 3.665�03 5.645�03 7.328�03 8.780�03 1.009�02 1.284�02 1.493�023 244 4.249�03 5.326�03 6.762�03 9.628�03 1.487�02 1.931�02 2.312�02 2.656�02 3.372�02 3.916�023 245 7.193�05 5.923�05 4.822�05 3.394�05 1.908�05 1.222�05 8.533�06 6.304�06 3.460�06 2.210�063 246 2.278�04 1.880�04 1.535�04 1.088�04 6.248�05 4.113�05 2.965�05 2.277�05 1.412�05 1.035�053 248 6.501�04 5.390�04 4.428�04 3.183�04 1.907�04 1.323�04 1.010�04 8.255�05 6.006�05 5.043�053 250 1.921�03 1.591�03 1.307�03 9.388�04 5.574�04 3.844�04 2.928�04 2.381�04 1.701�04 1.414�043 252 1.493�04 1.295�04 1.132�04 9.301�05 7.407�05 6.718�05 6.431�05 6.322�05 6.328�05 6.408�053 254 4.957�04 4.245�04 3.645�04 2.891�04 2.160�04 1.864�04 1.724�04 1.655�04 1.605�04 1.601�043 256 7.410�03 6.101�03 4.962�03 3.483�03 1.952�03 1.240�03 8.539�04 6.219�04 3.292�04 1.989�043 258 9.909�04 8.315�04 6.945�04 5.188�04 3.415�04 2.629�04 2.223�04 1.993�04 1.741�04 1.648�043 260 1.804�03 1.487�03 1.212�03 8.549�04 4.819�04 3.092�04 2.162�04 1.599�04 8.814�05 5.654�053 262 5.504�03 4.537�03 3.700�03 2.613�03 1.485�03 9.645�04 6.846�04 5.164�04 3.040�04 2.110�043 264 3.552�03 2.920�03 2.374�03 1.666�03 9.361�04 6.016�04 4.224�04 3.148�04 1.789�04 1.196�043 265 2.993�03 2.556�03 2.188�03 1.729�03 1.291�03 1.121�03 1.044�03 1.009�03 9.907�04 9.973�043 266 2.413�03 2.491�03 2.617�03 2.866�03 3.311�03 3.672�03 3.939�03 4.160�03 4.575�03 4.832�033 268 2.056�03 1.694�03 1.380�03 9.758�04 5.625�04 3.745�04 2.744�04 2.150�04 1.417�04 1.102�043 269 3.429�03 3.793�03 4.219�03 4.929�03 5.997�03 6.760�03 7.291�03 7.708�03 8.463�03 8.908�033 270 1.780�03 1.990�03 2.231�03 2.630�03 3.221�03 3.639�03 3.928�03 4.154�03 4.563�03 4.803�033 271 3.911�04 3.595�04 3.365�04 3.132�04 3.024�04 3.083�04 3.163�04 3.249�04 3.442�04 3.572�043 272 2.697�03 2.806�03 2.968�03 3.273�03 3.789�03 4.188�03 4.474�03 4.703�03 5.129�03 5.383�033 274 4.891�05 3.764�05 2.849�05 1.780�05 8.883�06 5.467�06 3.826�06 2.934�06 1.975�06 1.655�063 276 1.964�04 1.507�04 1.134�04 6.945�05 3.262�05 1.829�05 1.139�05 7.628�06 3.515�06 2.073�063 277 1.075�04 8.439�05 6.565�05 4.403�05 2.664�05 2.032�05 1.725�05 1.565�05 1.431�05 1.411�053 279 2.534�04 2.794�04 3.102�04 3.626�04 4.405�04 4.885�04 5.156�04 5.324�04 5.546�04 5.629�043 281 1.531�02 1.701�02 1.898�02 2.225�02 2.710�02 3.053�02 3.288�02 3.472�02 3.805�02 4.002�023 282 4.288�04 3.553�04 2.986�04 2.377�04 1.985�04 1.895�04 1.870�04 1.864�04 1.863�04 1.857�043 284 4.175�04 3.253�04 2.511�04 1.650�04 9.468�05 6.861�05 5.605�05 4.925�05 4.227�05 4.012�053 286 4.092�04 3.952�04 3.937�04 4.075�04 4.519�04 4.866�04 5.081�04 5.217�04 5.387�04 5.438�043 287 8.309�04 6.971�04 5.988�04 4.944�04 4.304�04 4.204�04 4.199�04 4.211�04 4.235�04 4.235�043 289 3.254�04 2.506�04 1.895�04 1.186�04 6.048�05 3.840�05 2.758�05 2.172�05 1.577�05 1.406�053 291 3.686�04 3.465�04 3.359�04 3.361�04 3.627�04 3.868�04 4.024�04 4.124�04 4.249�04 4.284�043 292 7.364�04 6.679�04 6.247�04 5.937�04 6.098�04 6.375�04 6.563�04 6.688�04 6.852�04 6.901�043 293 6.755�04 6.101�04 5.674�04 5.354�04 5.476�04 5.713�04 5.878�04 5.989�04 6.131�04 6.171�043 294 2.654�04 2.031�04 1.521�04 9.247�05 4.291�05 2.365�05 1.438�05 9.332�06 3.771�06 1.788�063 296 3.400�03 2.601�03 1.948�03 1.184�03 5.494�04 3.032�04 1.845�04 1.198�04 4.849�05 2.299�053 298 8.438�04 8.215�04 8.254�04 8.635�04 9.676�04 1.046�03 1.095�03 1.125�03 1.163�03 1.174�033 300 2.255�03 2.450�03 2.688�03 3.092�03 3.707�03 4.147�03 4.449�03 4.686�03 5.118�03 5.372�033 302 3.159�03 3.292�03 3.507�03 3.932�03 4.652�03 5.126�03 5.414�03 5.594�03 5.809�03 5.870�033 303 6.837�03 7.610�03 8.504�03 9.982�03 1.216�02 1.368�02 1.472�02 1.552�02 1.698�02 1.783�023 304 6.535�04 5.770�04 5.243�04 4.776�04 4.710�04 4.853�04 4.972�04 5.055�04 5.162�04 5.189�043 305 9.885�04 7.570�04 5.689�04 3.490�04 1.661�04 9.589�05 6.217�05 4.376�05 2.343�05 1.617�053 306 1.049�02 1.164�02 1.297�02 1.519�02 1.847�02 2.076�02 2.231�02 2.352�02 2.571�02 2.700�023 308 1.579�03 1.208�03 9.100�04 5.603�04 2.667�04 1.548�04 1.012�04 7.176�05 3.911�05 2.761�053 310 2.110�03 1.611�03 1.210�03 7.395�04 3.409�04 1.889�04 1.158�04 7.541�05 3.054�05 1.489�053 311 2.687�03 2.236�03 1.889�03 1.520�03 1.291�03 1.243�03 1.232�03 1.231�03 1.233�03 1.231�033 312 1.077�03 1.143�03 1.237�03 1.412�03 1.696�03 1.881�03 1.995�03 2.066�03 2.151�03 2.174�033 313 1.820�03 1.978�03 2.178�03 2.531�03 3.085�03 3.438�03 3.656�03 3.792�03 3.954�03 3.999�033 314 2.324�03 2.522�03 2.774�03 3.222�03 3.925�03 4.376�03 4.654�03 4.828�03 5.035�03 5.093�033 316 1.569�04 1.342�04 1.130�04 8.265�05 4.937�05 3.228�05 2.261�05 1.663�05 8.814�06 5.324�063 317 4.458�04 4.321�04 4.379�04 4.850�04 6.250�04 7.663�04 8.967�04 1.022�03 1.295�03 1.506�033 319 1.460�03 1.416�03 1.437�03 1.596�03 2.064�03 2.534�03 2.968�03 3.383�03 4.293�03 4.993�033 321 1.005�03 8.687�04 7.439�04 5.702�04 3.922�04 3.113�04 2.729�04 2.558�04 2.504�04 2.611�043 322 1.095�03 9.298�04 7.893�04 6.245�04 4.597�04 3.937�04 3.626�04 3.487�04 3.422�04 3.416�043 324 4.178�03 4.003�03 3.898�03 3.856�03 3.846�03 3.893�03 3.943�03 3.993�03 4.100�03 4.163�033 326 1.208�03 9.843�04 7.928�04 5.636�04 3.283�04 2.230�04 1.665�04 1.333�04 9.377�05 7.682�053 328 4.367�04 3.833�04 3.406�04 2.959�04 2.626�04 2.571�04 2.596�04 2.659�04 2.832�04 2.926�043 330 3.813�03 3.310�03 2.902�03 2.462�03 2.103�03 2.017�03 2.013�03 2.048�03 2.171�03 2.245�033 331 2.392�03 1.983�03 1.627�03 1.194�03 7.310�04 5.205�04 4.061�04 3.387�04 2.594�04 2.246�043 332 2.159�03 1.810�03 1.513�03 1.164�03 8.127�04 6.691�04 6.005�04 5.677�04 5.444�04 5.374�043 333 2.748�02 2.751�02 2.791�02 2.903�02 3.019�02 3.093�02 3.144�02 3.180�02 3.241�02 3.276�023 334 9.878�03 9.248�03 8.793�03 8.395�03 7.970�03 7.826�03 7.764�03 7.738�03 7.736�03 7.753�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 489

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 335 2.905�03 2.496�03 2.199�03 1.897�03 1.723�03 1.746�03 1.822�03 1.914�03 2.142�03 2.344�033 337 9.308�03 9.607�03 1.024�02 1.163�02 1.415�02 1.626�02 1.808�02 1.965�02 2.289�02 2.548�023 339 6.602�04 5.322�04 4.225�04 2.907�04 1.541�04 9.468�05 6.379�05 4.612�05 2.587�05 1.741�053 341 2.505�03 2.114�03 1.817�03 1.500�03 1.272�03 1.239�03 1.265�03 1.310�03 1.439�03 1.560�033 342 1.827�04 1.497�04 1.213�04 8.713�05 5.213�05 3.667�05 2.870�05 2.429�05 1.925�05 1.732�053 343 1.149�03 9.602�04 8.185�04 6.735�04 5.810�04 5.723�04 5.849�04 6.042�04 6.565�04 7.028�043 344 6.517�04 5.756�04 5.140�04 4.464�04 3.790�04 3.524�04 3.408�04 3.359�04 3.327�04 3.332�043 345 8.212�04 6.750�04 5.505�04 4.034�04 2.567�04 1.946�04 1.652�04 1.506�04 1.365�04 1.327�043 346 5.322�03 4.222�03 3.352�03 2.381�03 1.590�03 1.333�03 1.237�03 1.204�03 1.215�03 1.257�033 347 6.554�03 5.239�03 4.164�03 2.851�03 1.595�03 1.070�03 8.025�04 6.524�04 4.850�04 4.222�043 349 2.313�02 2.485�02 2.734�02 3.215�02 4.011�02 4.646�02 5.181�02 5.642�02 6.583�02 7.331�023 351 1.404�04 1.044�04 7.781�05 5.098�05 3.504�05 3.144�05 3.041�05 3.021�05 3.054�05 3.071�053 352 9.520�05 7.077�05 5.348�05 3.698�05 2.734�05 2.530�05 2.484�05 2.487�05 2.539�05 2.574�053 353 1.065�02 1.142�02 1.255�02 1.475�02 1.838�02 2.129�02 2.374�02 2.586�02 3.016�02 3.359�023 354 1.717�04 1.468�04 1.327�04 1.262�04 1.377�04 1.498�04 1.577�04 1.635�04 1.727�04 1.761�043 355 2.011�02 2.133�02 2.324�02 2.701�02 3.338�02 3.853�02 4.288�02 4.664�02 5.430�02 6.041�023 356 6.286�03 6.255�03 6.450�03 7.045�03 8.287�03 9.405�03 1.039�02 1.126�02 1.306�02 1.450�023 357 7.431�04 5.737�04 4.369�04 2.754�04 1.296�04 7.274�05 4.534�05 3.048�05 1.428�05 8.185�063 358 1.209�03 9.597�04 7.765�04 5.942�04 4.908�04 4.847�04 5.001�04 5.193�04 5.586�04 5.814�043 360 2.030�03 2.006�03 2.084�03 2.368�03 2.955�03 3.435�03 3.812�03 4.104�03 4.573�03 4.813�033 361 8.218�04 6.317�04 4.916�04 3.528�04 2.677�04 2.522�04 2.528�04 2.581�04 2.732�04 2.833�043 362 5.232�04 4.109�04 3.304�04 2.590�04 2.261�04 2.260�04 2.326�04 2.404�04 2.577�04 2.690�043 363 2.424�04 2.149�04 1.937�04 1.712�04 1.493�04 1.406�04 1.363�04 1.339�04 1.314�04 1.306�043 364 7.533�03 6.341�03 5.432�03 4.460�03 3.769�03 3.685�03 3.782�03 3.940�03 4.385�03 4.799�033 365 3.151�03 2.480�03 1.935�03 1.282�03 6.783�04 4.375�04 3.205�04 2.577�04 1.929�04 1.724�043 367 2.761�04 2.058�04 1.543�04 1.026�04 7.228�05 6.585�05 6.419�05 6.397�05 6.482�05 6.526�053 368 3.346�04 2.796�04 2.462�04 2.256�04 2.384�04 2.573�04 2.701�04 2.795�04 2.946�04 3.001�043 369 2.153�04 1.663�04 1.319�04 9.970�05 8.608�05 8.675�05 8.873�05 9.077�05 9.476�05 9.648�053 370 2.882�04 2.377�04 2.055�04 1.830�04 1.881�04 2.007�04 2.098�04 2.168�04 2.285�04 2.328�043 371 1.649�04 1.154�04 8.058�05 4.767�05 2.932�05 2.642�05 2.589�05 2.580�05 2.584�05 2.586�053 372 1.453�04 9.932�05 6.690�05 3.604�05 1.754�05 1.293�05 1.125�05 1.046�05 9.850�06 9.311�063 373 1.017�04 7.838�05 6.267�05 4.899�05 4.464�05 4.600�05 4.748�05 4.878�05 5.112�05 5.202�053 374 1.410�04 1.080�04 8.559�05 6.662�05 6.104�05 6.300�05 6.518�05 6.708�05 7.034�05 7.152�053 375 2.681�03 2.160�03 1.778�03 1.407�03 1.217�03 1.222�03 1.269�03 1.322�03 1.426�03 1.487�033 376 3.912�03 3.825�03 3.936�03 4.426�03 5.481�03 6.348�03 7.030�03 7.562�03 8.418�03 8.860�033 377 2.049�03 1.542�03 1.171�03 8.058�04 5.831�04 5.339�04 5.259�04 5.314�04 5.566�04 5.766�043 378 3.100�03 2.984�03 3.026�03 3.341�03 4.082�03 4.716�03 5.221�03 5.616�03 6.252�03 6.578�033 379 2.002�03 1.503�03 1.126�03 7.383�04 4.723�04 4.025�04 3.850�04 3.839�04 3.952�04 4.053�043 380 1.925�03 1.702�03 1.579�03 1.549�03 1.720�03 1.926�03 2.105�03 2.251�03 2.491�03 2.616�033 381 7.731�04 6.456�04 5.647�04 5.104�04 5.320�04 5.872�04 6.393�04 6.826�04 7.547�04 7.922�043 382 1.279�03 1.040�03 8.776�04 7.446�04 7.218�04 7.754�04 8.353�04 8.875�04 9.768�04 1.024�033 383 4.032�05 3.401�05 2.890�05 2.319�05 1.918�05 1.893�05 2.000�05 2.139�05 2.474�05 2.786�053 384 6.798�05 5.887�05 5.242�05 4.705�05 4.778�05 5.349�05 6.043�05 6.711�05 8.101�05 9.253�053 385 9.038�05 7.304�05 5.898�05 4.278�05 2.977�05 2.664�05 2.706�05 2.827�05 3.118�05 3.467�053 386 1.725�05 1.671�05 1.701�05 1.885�05 2.399�05 2.908�05 3.369�05 3.779�05 4.607�05 5.239�053 387 8.837�05 1.006�04 1.183�04 1.547�04 2.215�04 2.774�04 3.240�04 3.641�04 4.435�04 5.018�043 388 2.749�04 3.296�04 4.042�04 5.544�04 8.235�04 1.043�03 1.222�03 1.373�03 1.665�03 1.872�033 389 7.145�05 5.943�05 4.951�05 3.765�05 2.659�05 2.217�05 2.006�05 1.891�05 1.756�05 1.703�053 390 2.687�05 2.844�05 3.231�05 4.270�05 6.564�05 8.651�05 1.045�04 1.206�04 1.533�04 1.766�043 391 9.969�05 9.432�05 9.432�05 1.054�04 1.385�04 1.681�04 1.906�04 2.080�04 2.327�04 2.408�043 392 4.764�05 4.338�05 4.042�05 3.832�05 3.891�05 4.099�05 4.306�05 4.485�05 4.791�05 5.005�053 393 7.793�06 6.317�06 5.013�06 3.427�06 1.881�06 1.165�06 7.799�07 5.505�07 2.686�07 1.510�073 395 1.863�05 1.961�05 2.181�05 2.756�05 3.968�05 5.068�05 6.028�05 6.901�05 8.725�05 1.010�043 397 3.720�05 3.110�05 2.598�05 1.970�05 1.403�05 1.191�05 1.114�05 1.075�05 9.978�06 9.837�063 399 3.474�05 3.029�05 2.689�05 2.331�05 2.158�05 2.208�05 2.327�05 2.422�05 2.497�05 2.587�053 400 1.630�05 1.281�05 1.008�05 7.217�06 5.874�06 6.045�06 6.888�06 7.398�06 6.852�06 6.921�063 401 2.591�05 2.688�05 2.844�05 3.163�05 3.701�05 4.087�05 4.359�05 4.569�05 4.912�05 5.104�053 403 1.487�04 1.662�04 1.871�04 2.232�04 2.747�04 3.061�04 3.261�04 3.416�04 3.675�04 3.800�043 405 8.618�05 9.457�05 1.049�04 1.229�04 1.496�04 1.671�04 1.786�04 1.874�04 2.026�04 2.105�043 407 1.286�05 1.048�05 8.445�06 5.856�06 3.264�06 2.168�06 1.695�06 1.523�06 1.516�06 1.569�063 408 2.184�05 1.877�05 1.621�05 1.305�05 9.775�06 8.242�06 7.568�06 7.459�06 7.843�06 7.921�063 409 4.605�05 4.670�05 4.825�05 5.147�05 5.641�05 5.953�05 6.151�05 6.342�05 6.744�05 6.921�05

490 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 410 7.623�06 6.688�06 5.901�06 4.936�06 3.995�06 3.633�06 3.460�06 3.381�06 3.353�06 3.375�063 412 4.276�05 4.717�05 5.242�05 6.129�05 7.489�05 8.468�05 9.144�05 9.672�05 1.064�04 1.122�043 414 5.667�05 6.220�05 6.893�05 8.035�05 9.778�05 1.103�04 1.189�04 1.256�04 1.378�04 1.452�043 415 9.331�06 9.050�06 9.007�06 9.185�06 9.587�06 9.800�06 9.979�06 1.027�05 1.092�05 1.116�053 416 3.078�05 3.122�05 3.234�05 3.477�05 3.854�05 4.072�05 4.211�05 4.348�05 4.621�05 4.731�053 418 1.590�04 1.713�04 1.894�04 2.307�04 3.246�04 4.246�04 5.221�04 6.172�04 7.920�04 8.869�043 419 3.813�05 4.092�05 4.447�05 5.078�05 6.085�05 6.841�05 7.376�05 7.802�05 8.606�05 9.113�053 421 8.058�06 6.297�06 4.900�06 3.414�06 2.525�06 2.313�06 2.280�06 2.268�06 2.267�06 2.354�063 423 1.010�05 7.949�06 6.168�06 4.090�06 2.642�06 2.323�06 2.212�06 2.187�06 2.766�06 3.487�063 424 1.508�05 1.443�05 1.392�05 1.352�05 1.408�05 1.477�05 1.471�05 1.468�05 1.669�05 1.913�053 425 3.340�05 3.397�05 3.525�05 3.820�05 4.370�05 4.817�05 5.134�05 5.389�05 5.866�05 6.157�053 426 4.596�06 3.672�06 2.955�06 2.188�06 1.688�06 1.525�06 1.418�06 1.365�06 1.427�06 1.514�063 428 7.359�06 5.793�06 4.512�06 3.032�06 1.831�06 1.399�06 1.167�06 1.065�06 1.285�06 1.545�063 429 1.267�05 1.072�05 9.187�06 7.453�06 6.287�06 6.238�06 6.444�06 6.674�06 7.421�06 7.927�063 430 8.129�06 8.262�06 8.579�06 9.290�06 1.058�05 1.160�05 1.231�05 1.288�05 1.395�05 1.460�053 431 1.014�05 1.073�05 1.152�05 1.303�05 1.553�05 1.715�05 1.815�05 1.877�05 1.950�05 1.976�053 432 7.584�06 8.277�06 9.136�06 1.068�05 1.306�05 1.459�05 1.554�05 1.614�05 1.684�05 1.709�053 433 1.384�05 1.162�05 9.793�06 7.650�06 5.658�06 4.952�06 4.665�06 4.569�06 4.628�06 4.722�063 434 1.660�05 1.310�05 1.027�05 7.174�06 5.036�06 4.276�06 3.964�06 3.778�06 3.371�06 3.211�063 435 1.449�05 1.228�05 1.065�05 9.229�06 9.167�06 9.419�06 9.692�06 9.827�06 9.589�06 9.471�063 436 8.082�06 6.599�06 5.440�06 4.454�06 4.484�06 4.546�06 4.650�06 4.664�06 4.250�06 4.068�063 437 1.752�05 1.615�05 1.507�05 1.378�05 1.299�05 1.346�05 1.371�05 1.407�05 1.690�05 2.009�053 438 4.941�06 4.540�06 4.227�06 3.894�06 3.884�06 4.086�06 4.065�06 4.109�06 5.291�06 6.512�063 439 6.108�05 5.945�05 5.824�05 5.684�05 5.656�05 5.939�05 6.085�05 6.229�05 7.057�05 8.091�053 440 6.862�06 7.144�06 7.552�06 8.292�06 9.512�06 1.035�05 1.090�05 1.125�05 1.165�05 1.178�053 441 1.475�05 1.534�05 1.635�05 1.852�05 2.219�05 2.473�05 2.641�05 2.747�05 2.874�05 2.919�053 442 1.405�06 1.102�06 8.555�07 5.605�07 2.798�07 1.602�07 9.911�08 6.509�08 2.844�08 1.569�083 443 1.204�05 1.125�05 1.064�05 9.956�06 9.512�06 9.742�06 9.873�06 1.001�05 1.094�05 1.225�053 444 3.157�05 2.991�05 2.863�05 2.720�05 2.648�05 2.742�05 2.791�05 2.832�05 3.101�05 3.474�053 445 3.972�06 4.047�06 4.228�06 4.614�06 5.299�06 5.784�06 6.114�06 6.324�06 6.569�06 6.654�063 446 3.796�06 4.268�06 4.811�06 5.721�06 7.133�06 8.183�06 8.943�06 9.560�06 1.071�05 1.137�053 447 6.382�05 5.476�05 4.627�05 3.401�05 2.044�05 1.342�05 9.431�06 6.951�06 3.699�06 2.238�063 448 1.799�04 1.713�04 1.700�04 1.820�04 2.271�04 2.757�04 3.214�04 3.654�04 4.608�04 5.312�043 449 6.138�04 6.003�04 6.157�04 6.961�04 9.210�04 1.146�03 1.351�03 1.546�03 1.963�03 2.272�033 450 4.384�04 3.823�04 3.316�04 2.622�04 1.950�04 1.682�04 1.585�04 1.573�04 1.677�04 1.815�043 451 5.078�04 4.299�04 3.635�04 2.851�04 2.063�04 1.746�04 1.593�04 1.521�04 1.476�04 1.466�043 452 4.357�04 3.545�04 2.849�04 2.010�04 1.139�04 7.484�05 5.372�05 4.119�05 2.615�05 1.964�053 453 3.900�03 3.854�03 3.866�03 3.964�03 4.066�03 4.143�03 4.195�03 4.233�03 4.296�03 4.329�033 454 1.174�04 1.037�04 9.299�05 8.219�05 7.529�05 7.563�05 7.768�05 8.053�05 8.746�05 9.127�053 455 1.443�03 1.195�03 9.805�04 7.208�04 4.487�04 3.282�04 2.639�04 2.267�04 1.841�04 1.658�043 456 3.378�04 2.778�04 2.264�04 1.648�04 1.011�04 7.340�05 5.891�05 5.081�05 4.208�05 3.853�053 457 6.738�05 5.896�05 5.212�05 4.460�05 3.792�05 3.568�05 3.479�05 3.471�05 3.557�05 3.618�053 458 1.967�02 1.988�02 2.037�02 2.144�02 2.254�02 2.320�02 2.361�02 2.387�02 2.426�02 2.443�023 459 1.883�03 1.624�03 1.413�03 1.181�03 9.842�04 9.290�04 9.152�04 9.221�04 9.638�04 9.904�043 460 4.735�06 4.102�06 3.502�06 2.633�06 1.630�06 1.092�06 7.798�07 5.820�07 3.179�07 1.972�073 461 2.236�03 1.935�03 1.689�03 1.408�03 1.122�03 1.001�03 9.374�04 9.006�04 8.586�04 8.407�043 462 2.516�05 2.126�05 1.805�05 1.419�05 1.071�05 9.476�06 9.034�06 8.948�06 9.356�06 1.003�053 463 2.445�04 2.158�04 1.961�04 1.791�04 1.754�04 1.838�04 1.945�04 2.056�04 2.306�04 2.506�043 464 6.689�04 5.590�04 4.666�04 3.589�04 2.539�04 2.121�04 1.921�04 1.826�04 1.764�04 1.749�043 465 1.098�03 9.396�04 8.227�04 7.010�04 6.235�04 6.250�04 6.491�04 6.801�04 7.600�04 8.321�043 466 4.316�03 4.515�03 4.866�03 5.598�03 6.876�03 7.926�03 8.823�03 9.601�03 1.119�02 1.244�023 467 8.934�04 7.804�04 6.994�04 6.216�04 5.826�04 5.972�04 6.264�04 6.586�04 7.354�04 8.029�043 468 3.827�04 3.194�04 2.716�04 2.216�04 1.880�04 1.837�04 1.875�04 1.937�04 2.110�04 2.272�043 469 1.136�03 1.006�03 9.067�04 8.065�04 7.258�04 7.008�04 6.910�04 6.863�04 6.845�04 6.881�043 471 3.278�04 2.661�04 2.135�04 1.504�04 8.553�05 5.764�05 4.328�05 3.524�05 2.646�05 2.291�053 472 7.940�05 6.618�05 5.607�05 4.549�05 3.838�05 3.741�05 3.810�05 3.931�05 4.270�05 4.572�053 474 2.053�06 1.356�06 8.731�07 4.454�07 2.138�07 1.707�07 1.649�07 1.696�07 1.552�07 1.005�073 475 1.384�06 9.083�07 5.838�07 3.029�07 1.485�07 1.241�07 1.218�07 1.263�07 1.121�07 6.251�083 476 2.322�06 1.599�06 1.133�06 7.362�07 5.460�07 5.552�07 6.308�07 6.874�07 7.495�07 7.385�073 477 3.750�04 3.064�04 2.596�04 2.213�04 2.147�04 2.291�04 2.454�04 2.602�04 2.873�04 3.027�043 478 2.332�04 1.839�04 1.485�04 1.155�04 9.992�05 1.006�04 1.044�04 1.086�04 1.173�04 1.229�043 479 5.682�04 4.438�04 3.492�04 2.469�04 1.745�04 1.560�04 1.522�04 1.534�04 1.603�04 1.653�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 491

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 480 9.324�04 9.195�04 9.520�04 1.073�03 1.328�03 1.535�03 1.698�03 1.830�03 2.050�03 2.165�033 481 6.303�04 5.030�04 3.955�04 2.695�04 1.511�04 1.004�04 7.416�05 5.861�05 3.891�05 2.995�053 482 3.590�05 2.740�05 2.154�05 1.625�05 1.409�05 1.455�05 1.529�05 1.597�05 1.722�05 1.797�053 483 4.688�05 3.402�05 2.494�05 1.648�05 1.207�05 1.139�05 1.127�05 1.130�05 1.144�05 1.139�053 484 8.212�05 6.086�05 4.502�05 2.875�05 1.867�05 1.617�05 1.535�05 1.507�05 1.490�05 1.477�053 485 9.799�05 8.314�05 7.464�05 7.055�05 7.747�05 8.493�05 8.972�05 9.293�05 9.723�05 9.825�053 486 2.053�03 1.624�03 1.283�03 9.000�04 5.838�04 4.790�04 4.386�04 4.232�04 4.224�04 4.366�043 487 2.564�03 2.054�03 1.638�03 1.130�03 6.448�04 4.438�04 3.431�04 2.877�04 2.290�04 2.104�043 488 1.068�02 1.138�02 1.245�02 1.456�02 1.813�02 2.099�02 2.342�02 2.552�02 2.978�02 3.314�023 489 7.291�03 7.696�03 8.352�03 9.675�03 1.193�02 1.376�02 1.531�02 1.666�02 1.940�02 2.156�023 490 2.383�03 2.349�03 2.402�03 2.595�03 3.024�03 3.420�03 3.774�03 4.087�03 4.735�03 5.253�033 491 2.977�04 2.303�04 1.757�04 1.112�04 5.264�05 2.965�05 1.854�05 1.249�05 5.859�06 3.361�063 492 3.782�03 3.340�03 3.038�03 2.778�03 2.729�03 2.883�03 3.084�03 3.288�03 3.756�03 4.149�033 493 1.307�03 1.034�03 8.138�04 5.509�04 3.109�04 2.174�04 1.738�04 1.517�04 1.324�04 1.299�043 494 4.464�06 2.984�06 1.949�06 1.026�06 5.254�07 4.453�07 4.357�07 4.428�07 3.655�07 1.851�073 495 5.048�06 3.489�06 2.470�06 1.600�06 1.183�06 1.206�06 1.332�06 1.434�06 1.451�06 1.248�063 496 3.876�06 2.627�06 1.766�06 1.002�06 5.936�07 5.396�07 5.675�07 5.989�07 5.914�07 4.941�073 497 4.591�06 3.170�06 2.221�06 1.395�06 9.702�07 9.518�07 1.052�06 1.135�06 1.219�06 1.191�063 498 1.270�03 9.726�04 7.387�04 4.711�04 2.548�04 1.766�04 1.416�04 1.242�04 1.078�04 1.034�043 501 4.007�06 2.843�06 2.007�06 1.168�06 5.818�07 4.042�07 3.575�07 3.368�07 3.185�07 3.174�073 502 1.592�05 1.460�05 1.420�05 1.493�05 1.760�05 2.002�05 2.200�05 2.363�05 2.641�05 2.788�053 503 2.031�03 2.005�03 2.074�03 2.327�03 2.862�03 3.294�03 3.634�03 3.908�03 4.369�03 4.612�033 504 1.552�03 1.539�03 1.600�03 1.808�03 2.240�03 2.587�03 2.861�03 3.081�03 3.451�03 3.647�033 505 9.483�04 8.523�04 8.032�04 7.991�04 8.933�04 9.985�04 1.090�03 1.166�03 1.298�03 1.368�033 506 3.723�04 3.124�04 2.735�04 2.451�04 2.507�04 2.733�04 2.957�04 3.154�04 3.502�04 3.688�043 507 8.844�04 6.656�04 5.041�04 3.424�04 2.407�04 2.182�04 2.145�04 2.164�04 2.264�04 2.351�043 508 6.277�04 4.974�04 4.031�04 3.100�04 2.598�04 2.596�04 2.703�04 2.827�04 3.078�04 3.222�043 509 8.072�04 5.960�04 4.350�04 2.635�04 1.380�04 9.804�05 8.220�05 7.510�05 6.950�05 6.873�053 510 1.455�04 1.142�04 9.196�05 7.105�05 6.226�05 6.290�05 6.426�05 6.549�05 6.737�05 6.779�053 511 1.911�04 1.599�04 1.404�04 1.274�04 1.336�04 1.437�04 1.506�04 1.553�04 1.618�04 1.636�043 512 6.749�05 5.290�05 4.302�05 3.446�05 3.204�05 3.323�05 3.430�05 3.513�05 3.635�05 3.667�053 513 9.297�05 7.209�05 5.770�05 4.524�05 4.155�05 4.279�05 4.415�05 4.523�05 4.681�05 4.725�053 514 1.854�04 1.391�04 1.047�04 6.904�05 4.690�05 4.152�05 3.984�05 3.929�05 3.900�05 3.868�053 515 2.230�04 1.892�04 1.693�04 1.583�04 1.706�04 1.859�04 1.961�04 2.029�04 2.119�04 2.142�043 516 8.225�05 5.642�05 3.807�05 2.048�05 9.880�06 7.219�06 6.284�06 5.873�06 5.433�06 5.188�063 517 9.334�05 6.527�05 4.541�05 2.645�05 1.552�05 1.364�05 1.326�05 1.322�05 1.312�05 1.275�053 518 1.405�04 1.180�04 9.753�05 7.032�05 4.162�05 2.706�05 1.881�05 1.368�05 6.950�06 3.962�063 519 1.017�04 8.777�05 7.513�05 5.891�05 4.255�05 3.553�05 3.256�05 3.143�05 3.135�05 3.252�053 520 3.989�04 3.566�04 3.241�04 2.977�04 3.080�04 3.445�04 3.860�04 4.295�04 5.258�04 5.960�043 521 1.273�05 1.169�05 1.119�05 1.130�05 1.259�05 1.403�05 1.522�05 1.626�05 1.818�05 1.930�053 522 2.945�05 3.059�05 3.292�05 3.837�05 4.820�05 5.583�05 6.159�05 6.626�05 7.460�05 7.929�053 523 4.334�05 4.661�05 5.155�05 6.179�05 7.896�05 9.159�05 1.009�04 1.083�04 1.212�04 1.282�043 524 1.852�03 1.928�03 2.121�03 2.673�03 3.967�03 5.194�03 6.283�03 7.292�03 9.416�03 1.099�023 525 1.393�04 1.169�04 9.629�05 6.939�05 4.098�05 2.659�05 1.844�05 1.338�05 6.813�06 3.923�063 526 2.863�04 2.771�04 2.780�04 3.002�04 3.716�04 4.503�04 5.276�04 6.039�04 7.813�04 9.307�043 527 1.543�03 1.659�03 1.865�03 2.360�03 3.409�03 4.380�03 5.250�03 6.059�03 7.816�03 9.199�033 528 1.695�05 1.376�05 1.101�05 7.540�06 4.108�06 2.642�06 1.924�06 1.534�06 1.114�06 9.974�073 529 1.054�03 1.193�03 1.414�03 1.921�03 2.959�03 3.881�03 4.674�03 5.383�03 6.832�03 7.897�033 530 1.222�03 1.047�03 8.830�04 6.633�04 4.215�04 2.975�04 2.279�04 1.857�04 1.349�04 1.171�043 531 2.001�06 1.607�06 1.286�06 9.082�07 5.603�07 4.094�07 3.312�07 2.923�07 2.659�07 2.573�073 532 2.143�06 1.672�06 1.313�06 9.264�07 6.427�07 5.564�07 5.264�07 5.246�07 5.576�07 5.777�073 533 2.845�06 2.158�06 1.621�06 1.026�06 5.710�07 4.180�07 3.577�07 3.375�07 3.387�07 3.421�073 534 8.757�07 7.027�07 5.730�07 4.403�07 3.612�07 3.536�07 3.589�07 3.635�07 3.849�07 4.123�073 535 6.437�04 5.428�04 4.493�04 3.288�04 2.012�04 1.372�04 1.017�04 8.023�05 5.389�05 4.392�053 536 3.143�04 2.724�04 2.374�04 1.934�04 1.515�04 1.353�04 1.281�04 1.247�04 1.225�04 1.233�043 537 1.222�03 1.147�03 1.098�03 1.053�03 1.050�03 1.084�03 1.116�03 1.146�03 1.213�03 1.260�033 538 3.367�04 2.776�04 2.263�04 1.593�04 8.941�05 5.704�05 3.960�05 2.916�05 1.604�05 1.031�053 539 7.565�03 7.852�03 8.299�03 9.134�03 1.055�02 1.165�02 1.242�02 1.302�02 1.416�02 1.489�023 540 8.336�04 7.961�04 7.768�04 7.693�04 8.017�04 8.541�04 9.008�04 9.420�04 1.028�03 1.092�033 541 1.299�03 1.109�03 9.482�04 7.421�04 5.367�04 4.513�04 4.097�04 3.880�04 3.693�04 3.672�043 542 5.073�03 5.225�03 5.486�03 5.996�03 6.897�03 7.622�03 8.143�03 8.557�03 9.340�03 9.848�033 543 3.669�03 3.816�03 4.043�03 4.473�03 5.209�03 5.786�03 6.198�03 6.528�03 7.156�03 7.558�03

492 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 7 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 544 2.601�03 2.712�03 2.881�03 3.197�03 3.726�03 4.130�03 4.411�03 4.634�03 5.050�03 5.305�033 545 9.348�04 9.841�04 1.054�03 1.182�03 1.390�03 1.545�03 1.652�03 1.737�03 1.893�03 1.989�033 546 3.049�03 2.526�03 2.069�03 1.468�03 8.348�04 5.399�04 3.806�04 2.845�04 1.625�04 1.091�043 547 1.373�04 1.182�04 1.046�04 9.140�05 8.629�05 8.923�05 9.291�05 9.567�05 9.996�05 1.023�043 548 2.273�04 2.039�04 1.879�04 1.742�04 1.751�04 1.851�04 1.942�04 2.006�04 2.111�04 2.185�043 549 1.076�04 8.686�05 7.007�05 5.057�05 3.482�05 2.948�05 2.727�05 2.614�05 2.481�05 2.442�053 550 1.160�04 1.098�04 1.073�04 1.087�04 1.195�04 1.307�04 1.394�04 1.453�04 1.533�04 1.567�043 551 4.852�04 4.572�04 4.473�04 4.559�04 5.057�04 5.547�04 5.914�04 6.156�04 6.467�04 6.599�043 552 7.959�04 6.706�04 5.755�04 4.757�04 4.222�04 4.208�04 4.287�04 4.358�04 4.465�04 4.518�043 553 1.908�03 1.823�03 1.804�03 1.858�03 2.067�03 2.259�03 2.401�03 2.494�03 2.611�03 2.659�033 554 1.497�03 1.212�03 9.830�04 7.188�04 5.129�04 4.466�04 4.203�04 4.076�04 3.943�04 3.902�043 555 2.115�03 1.750�03 1.431�03 1.012�03 5.703�04 3.644�04 2.531�04 1.860�04 1.009�04 6.349�053 556 6.751�04 5.982�04 5.465�04 5.028�04 5.022�04 5.257�04 5.464�04 5.606�04 5.781�04 5.856�043 557 1.000�03 9.588�04 9.507�04 9.832�04 1.102�03 1.203�03 1.273�03 1.319�03 1.374�03 1.396�033 558 1.405�03 1.300�03 1.245�03 1.226�03 1.314�03 1.410�03 1.481�03 1.528�03 1.584�03 1.607�033 559 9.353�04 7.242�04 5.518�04 3.480�04 1.764�04 1.119�04 8.128�05 6.454�05 4.618�05 3.992�05

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 493

Table 8Collision strengths X for Si X at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000. See page 389 forExplanation of Tables

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 2 6.724�02 2.139�01 2.335�01 1.958�01 1.253�01 9.269�02 7.719�02 6.914�02 6.121�02 5.893�021 3 1.650�02 1.489�02 1.309�02 1.025�02 6.759�03 4.859�03 3.722�03 2.995�03 2.027�03 1.577�031 4 2.315�02 2.080�02 1.819�02 1.406�02 8.981�03 6.205�03 4.535�03 3.459�03 2.009�03 1.318�031 5 1.388�02 1.247�02 1.090�02 8.420�03 5.373�03 3.707�03 2.705�03 2.059�03 1.188�03 7.726�041 6 2.564�02 2.300�02 2.007�02 1.555�02 9.980�03 6.911�03 5.056�03 3.859�03 2.266�03 1.501�031 7 6.374�01 6.883�01 7.419�01 8.268�01 9.505�01 1.038+00 1.104+00 1.158+00 1.261+00 1.337+001 8 3.672�01 3.939�01 4.229�01 4.696�01 5.396�01 5.904�01 6.296�01 6.616�01 7.231�01 7.686�011 9 5.617�01 6.022�01 6.466�01 7.183�01 8.268�01 9.057�01 9.670�01 1.017+00 1.113+00 1.184+001 10 3.263�01 3.491�01 3.742�01 4.146�01 4.760�01 5.209�01 5.558�01 5.844�01 6.392�01 6.800�011 11 1.119�03 9.389�04 7.585�04 5.190�04 2.876�04 1.749�04 1.158�04 8.179�05 4.093�05 2.499�051 12 3.740�03 3.996�03 4.259�03 4.525�03 8.712�03 6.551�03 6.177�03 6.325�03 5.902�03 6.069�031 13 3.125�03 3.141�03 3.162�03 3.138�03 5.484�03 4.094�03 3.823�03 3.886�03 3.600�03 3.688�031 14 2.932�03 2.881�03 2.811�03 2.702�03 2.599�03 2.543�03 2.507�03 2.481�03 2.443�03 2.431�031 15 1.866�03 1.904�03 1.947�03 2.034�03 2.235�03 2.932�03 2.644�03 2.375�03 2.463�03 2.427�031 16 5.196�03 5.357�03 5.696�03 6.615�03 8.720�03 1.068�02 1.260�02 1.430�02 1.780�02 2.066�021 17 4.612�02 4.606�02 4.585�02 4.552�02 4.545�02 4.548�02 4.549�02 4.550�02 4.551�02 4.551�021 18 2.241�02 2.066�02 1.893�02 1.684�02 1.518�02 1.473�02 1.477�02 1.537�02 1.673�02 1.647�021 19 1.736�01 1.905�01 2.111�01 2.505�01 3.177�01 3.727�01 4.189�01 4.598�01 5.442�01 6.089�011 20 3.759�02 3.216�02 2.722�02 2.119�02 1.599�02 1.398�02 1.307�02 1.318�02 1.408�02 1.345�021 21 3.453�03 2.926�03 2.402�03 1.704�03 1.015�03 6.908�04 5.108�04 3.998�04 2.540�04 1.855�041 22 4.372�03 3.690�03 3.015�03 2.115�03 1.226�03 8.079�04 5.759�04 4.330�04 2.455�04 1.571�041 23 7.765�05 6.517�05 5.326�05 3.744�05 2.138�05 1.379�05 9.598�06 7.039�06 3.776�06 2.310�061 24 1.051�01 1.092�01 1.131�01 1.186�01 1.256�01 1.294�01 1.318�01 1.333�01 1.356�01 1.368�011 25 6.921�04 5.890�04 4.894�04 3.609�04 2.421�04 1.911�04 1.669�04 1.632�04 1.692�04 1.510�041 26 4.581�03 5.154�03 5.950�03 7.613�03 1.081�02 1.357�02 1.605�02 1.831�02 2.299�02 2.661�021 27 4.337�03 4.270�03 4.322�03 4.650�03 5.620�03 6.641�03 7.632�03 8.577�03 1.060�02 1.220�021 28 4.557�03 5.674�03 7.101�03 9.890�03 1.496�02 1.917�02 2.289�02 2.625�02 3.314�02 3.845�021 29 3.780�03 4.391�03 5.210�03 6.875�03 1.001�02 1.268�02 1.506�02 1.723�02 2.170�02 2.514�021 30 2.979�03 2.548�03 2.140�03 1.569�03 9.304�04 6.102�04 4.275�04 3.141�04 1.673�04 9.995�051 31 9.525�06 7.587�06 5.866�06 3.759�06 1.865�06 1.080�06 6.841�07 4.604�07 2.039�07 1.060�071 32 1.669�03 1.462�03 1.273�03 1.021�03 7.721�04 6.778�04 6.478�04 6.484�04 6.961�04 7.573�041 33 1.439�03 1.240�03 1.051�03 7.887�04 4.947�04 3.544�04 2.761�04 2.304�04 1.803�04 1.636�041 34 1.579�03 1.362�03 1.156�03 8.682�04 5.497�04 3.949�04 3.111�04 2.627�04 2.091�04 1.924�041 35 1.128�03 9.690�04 8.174�04 6.025�04 3.595�04 2.367�04 1.663�04 1.224�04 6.535�05 3.918�051 36 1.473�02 1.914�02 2.477�02 3.574�02 5.574�02 7.239�02 8.709�02 1.004�01 1.278�01 1.488�011 37 2.974�04 2.594�04 2.234�04 1.727�04 1.168�04 8.944�05 7.395�05 6.435�05 5.247�05 4.797�051 38 8.201�03 6.919�03 5.685�03 4.042�03 2.373�03 1.593�03 1.166�03 9.096�04 5.902�04 4.497�041 39 9.742�03 8.204�03 6.715�03 4.725�03 2.698�03 1.755�03 1.231�03 9.126�04 5.148�04 3.393�041 40 7.842�03 6.592�03 5.389�03 3.785�03 2.150�03 1.381�03 9.574�04 7.011�04 3.785�04 2.340�041 41 2.486�03 3.263�03 4.262�03 6.231�03 9.863�03 1.291�02 1.561�02 1.808�02 2.316�02 2.706�021 42 5.665�06 4.513�06 3.514�06 2.290�06 1.188�06 7.250�07 4.845�07 3.433�07 1.702�07 9.718�081 43 2.556�03 2.141�03 1.744�03 1.219�03 6.884�04 4.417�04 3.071�04 2.262�04 1.251�04 8.027�051 44 5.405�03 4.559�03 3.746�03 2.671�03 1.597�03 1.108�03 8.428�04 6.847�04 4.944�04 4.161�041 45 9.072�03 7.778�03 6.550�03 4.954�03 3.405�03 2.722�03 2.376�03 2.184�03 1.977�03 1.907�031 46 3.164�03 2.647�03 2.153�03 1.499�03 8.408�04 5.352�04 3.686�04 2.686�04 1.437�04 8.822�051 47 1.781�02 2.003�02 2.248�02 2.662�02 3.266�02 3.658�02 3.952�02 4.175�02 4.549�02 4.780�021 48 1.234�02 1.330�02 1.441�02 1.639�02 1.947�02 2.154�02 2.314�02 2.437�02 2.645�02 2.774�021 49 4.132�03 4.167�03 4.245�03 4.468�03 4.949�03 5.325�03 5.640�03 5.893�03 6.340�03 6.630�031 50 1.027�03 9.324�04 8.450�04 7.406�04 6.603�04 6.386�04 6.372�04 6.425�04 6.620�04 6.792�041 51 1.304�04 1.131�04 9.652�05 7.472�05 5.315�05 4.335�05 3.809�05 3.498�05 3.121�05 2.961�051 52 2.043�02 2.128�02 2.209�02 2.328�02 2.481�02 2.570�02 2.626�02 2.664�02 2.720�02 2.749�021 53 2.272�03 2.061�03 1.859�03 1.614�03 1.435�03 1.381�03 1.373�03 1.382�03 1.423�03 1.457�031 54 4.179�02 4.739�02 5.355�02 6.388�02 7.898�02 8.873�02 9.601�02 1.016�01 1.109�01 1.167�011 55 1.050�03 8.801�04 7.177�04 5.030�04 2.860�04 1.847�04 1.293�04 9.596�05 5.446�05 3.607�051 56 1.521�02 1.712�02 1.924�02 2.282�02 2.811�02 3.155�02 3.412�02 3.609�02 3.942�02 4.145�021 57 5.935�04 5.501�04 5.099�04 4.613�04 4.217�04 4.090�04 4.040�04 4.023�04 4.028�04 4.044�041 58 1.285�03 1.583�03 1.982�03 2.803�03 4.387�03 5.757�03 6.984�03 8.116�03 1.049�02 1.232�021 59 1.227�03 1.095�03 9.731�04 8.122�04 6.550�04 6.047�04 5.948�04 6.056�04 6.650�04 7.299�041 60 1.997�03 1.755�03 1.512�03 1.151�03 7.232�04 4.964�04 3.633�04 2.790�04 1.699�04 1.225�041 61 1.395�03 1.719�03 2.168�03 3.106�03 4.981�03 6.609�03 8.089�03 9.459�03 1.231�02 1.450�02

494 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 62 1.415�03 1.517�03 1.661�03 1.967�03 2.561�03 3.083�03 3.546�03 3.972�03 4.869�03 5.558�031 63 3.633�05 3.297�05 2.980�05 2.588�05 2.304�05 2.294�05 2.390�05 2.538�05 2.946�05 3.308�051 64 4.346�05 3.803�05 3.252�05 2.446�05 1.519�05 1.042�05 7.668�06 5.961�06 3.802�06 2.864�061 65 2.707�05 2.342�05 1.976�05 1.452�05 8.690�06 5.747�06 4.053�06 3.000�06 1.644�06 1.027�061 66 6.444�03 5.383�03 4.371�03 3.044�03 1.716�03 1.103�03 7.720�04 5.744�04 3.312�04 2.251�041 67 1.137�02 1.233�02 1.343�02 1.541�02 1.852�02 2.064�02 2.227�02 2.354�02 2.574�02 2.713�021 68 7.624�03 8.293�03 9.063�03 1.043�02 1.257�02 1.401�02 1.511�02 1.597�02 1.749�02 1.844�021 69 6.917�03 7.093�03 7.342�03 7.899�03 8.971�03 9.773�03 1.042�02 1.094�02 1.190�02 1.251�021 70 2.868�04 3.486�04 4.333�04 6.076�04 9.545�04 1.258�03 1.530�03 1.786�03 2.325�03 2.731�031 71 1.443�03 1.253�03 1.068�03 8.227�04 5.738�04 4.582�04 3.944�04 3.562�04 3.102�04 2.861�041 72 5.930�03 6.283�03 6.708�03 7.505�03 8.831�03 9.758�03 1.048�02 1.105�02 1.205�02 1.270�021 73 2.300�04 2.585�04 3.008�04 3.922�04 5.844�04 7.579�04 9.157�04 1.066�03 1.385�03 1.626�031 74 4.314�05 3.658�05 2.996�05 2.087�05 1.172�05 7.445�06 5.156�06 3.823�06 2.261�06 1.639�061 75 1.212�04 1.053�04 8.881�05 6.525�05 3.978�05 2.693�05 1.953�05 1.493�05 8.998�06 6.345�061 76 2.071�04 1.805�04 1.529�04 1.136�04 7.119�05 4.990�05 3.779�05 3.028�05 2.064�05 1.645�051 77 2.204�04 1.916�04 1.618�04 1.190�04 7.250�05 4.889�05 3.525�05 2.671�05 1.560�05 1.058�051 78 6.179�05 5.275�05 4.394�05 3.172�05 1.878�05 1.255�05 9.059�06 6.928�06 4.258�06 3.082�061 79 9.021�05 1.001�04 1.158�04 1.510�04 2.293�04 3.007�04 3.660�04 4.291�04 5.627�04 6.620�041 80 1.800�04 1.568�04 1.327�04 9.805�05 5.987�05 4.026�05 2.880�05 2.156�05 1.205�05 7.676�061 81 6.525�05 5.705�05 4.839�05 3.583�05 2.224�05 1.522�05 1.109�05 8.466�06 4.941�06 3.261�061 82 1.304�04 1.142�04 9.722�05 7.283�05 4.670�05 3.349�05 2.587�05 2.111�05 1.492�05 1.209�051 83 1.663�04 1.447�04 1.222�04 8.993�05 5.476�05 3.690�05 2.658�05 2.011�05 1.172�05 7.972�061 84 1.231�04 1.074�04 9.168�05 7.092�05 5.133�05 4.392�05 4.071�05 3.906�05 3.932�05 4.215�051 85 1.105�04 1.003�04 9.035�05 7.746�05 6.615�05 6.287�05 6.180�05 6.160�05 6.352�05 6.616�051 86 9.164�05 8.913�05 8.728�05 8.671�05 9.116�05 9.722�05 1.020�04 1.060�04 1.145�04 1.204�041 87 4.018�04 4.115�04 4.200�04 4.321�04 4.497�04 4.609�04 4.681�04 4.733�04 4.815�04 4.863�041 88 6.443�05 5.482�05 4.504�05 3.158�05 1.810�05 1.185�05 8.518�06 6.591�06 4.353�06 3.476�061 89 1.988�04 1.649�04 1.328�04 9.186�05 5.382�05 3.802�05 3.052�05 2.671�05 2.345�05 2.318�051 90 2.530�04 2.082�04 1.656�04 1.107�04 5.805�05 3.482�05 2.289�05 1.610�05 8.080�06 4.713�061 91 2.644�04 2.180�04 1.739�04 1.166�04 6.146�05 3.708�05 2.447�05 1.722�05 8.617�06 5.028�061 92 2.021�04 1.675�04 1.343�04 9.095�05 4.863�05 2.970�05 1.979�05 1.402�05 7.085�06 4.163�061 93 7.895�04 8.504�04 9.230�04 1.055�03 1.270�03 1.424�03 1.537�03 1.626�03 1.784�03 1.879�031 94 5.432�04 4.679�04 3.923�04 2.869�04 1.740�04 1.176�04 8.520�05 6.504�05 3.910�05 2.744�051 95 3.079�04 2.808�04 2.565�04 2.312�04 2.225�04 2.318�04 2.467�04 2.633�04 3.039�04 3.393�041 96 1.668�04 1.489�04 1.320�04 1.119�04 9.761�05 9.555�05 9.806�05 1.024�04 1.153�04 1.276�041 97 3.044�04 2.557�04 2.083�04 1.460�04 8.371�05 5.456�05 3.888�05 2.958�05 1.818�05 1.344�051 98 2.479�04 2.058�04 1.656�04 1.133�04 6.253�05 4.004�05 2.837�05 2.163�05 1.372�05 1.058�051 99 1.983�04 1.930�04 1.909�04 1.970�04 2.245�04 2.546�04 2.837�04 3.109�04 3.700�04 4.184�041 100 2.443�04 2.776�04 3.173�04 3.918�04 5.197�04 6.237�04 7.124�04 7.904�04 9.525�04 1.081�031 101 2.007�04 1.838�04 1.696�04 1.546�04 1.467�04 1.477�04 1.501�04 1.523�04 1.597�04 1.687�041 102 1.236�04 1.198�04 1.177�04 1.173�04 1.214�04 1.267�04 1.308�04 1.339�04 1.415�04 1.498�041 103 1.113�04 8.988�05 6.981�05 4.476�05 2.201�05 1.255�05 7.956�06 5.473�06 2.773�06 1.792�061 104 8.831�05 7.312�05 5.855�05 3.970�05 2.140�05 1.308�05 8.717�06 6.178�06 3.127�06 1.869�061 105 5.265�05 4.411�05 3.582�05 2.486�05 1.394�05 8.768�06 5.979�06 4.325�06 2.287�06 1.414�061 106 1.237�04 1.134�04 1.037�04 9.244�05 8.594�05 8.712�05 8.917�05 9.143�05 9.801�05 1.034�041 107 9.117�05 9.247�05 9.531�05 1.033�04 1.204�04 1.362�04 1.473�04 1.559�04 1.731�04 1.850�041 108 7.515�05 8.166�05 9.082�05 1.108�04 1.508�04 1.871�04 2.190�04 2.486�04 3.125�04 3.628�041 109 1.207�03 1.245�03 1.278�03 1.324�03 1.383�03 1.418�03 1.439�03 1.454�03 1.474�03 1.485�031 110 5.107�05 4.621�05 4.135�05 3.501�05 2.936�05 2.721�05 2.667�05 2.658�05 2.736�05 2.892�051 111 2.546�04 2.630�04 2.758�04 3.000�04 3.381�04 3.659�04 3.853�04 3.986�04 4.277�04 4.567�041 112 2.934�04 2.440�04 1.964�04 1.336�04 7.193�05 4.410�05 2.945�05 2.092�05 1.062�05 6.269�061 113 2.105�04 2.141�04 2.211�04 2.358�04 2.610�04 2.801�04 2.936�04 3.030�04 3.229�04 3.422�041 114 1.550�03 1.765�03 2.022�03 2.506�03 3.339�03 4.017�03 4.594�03 5.100�03 6.149�03 6.981�031 115 1.053�03 1.182�03 1.337�03 1.628�03 2.127�03 2.532�03 2.877�03 3.179�03 3.800�03 4.296�031 116 1.319�03 1.232�03 1.165�03 1.115�03 1.186�03 1.328�03 1.491�03 1.663�03 2.057�03 2.375�031 117 1.452�04 1.340�04 1.244�04 1.136�04 1.067�04 1.062�04 1.071�04 1.080�04 1.116�04 1.162�041 118 1.625�04 1.603�04 1.609�04 1.664�04 1.806�04 1.931�04 2.025�04 2.090�04 2.233�04 2.372�041 119 1.027�04 1.112�04 1.217�04 1.395�04 1.644�04 1.811�04 1.923�04 1.998�04 2.153�04 2.300�041 120 5.254�04 5.878�04 6.626�04 8.039�04 1.048�03 1.246�03 1.415�03 1.564�03 1.871�03 2.116�031 121 3.045�04 3.164�04 3.334�04 3.727�04 4.533�04 5.246�04 5.882�04 6.453�04 7.660�04 8.635�041 122 1.976�04 2.091�04 2.255�04 2.613�04 3.332�04 3.960�04 4.520�04 5.023�04 6.090�04 6.954�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 495

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 123 1.278�02 1.283�02 1.285�02 1.287�02 1.304�02 1.318�02 1.328�02 1.335�02 1.348�02 1.356�021 124 5.664�03 5.064�03 4.463�03 3.664�03 2.951�03 2.664�03 2.546�03 2.500�03 2.579�03 2.756�031 125 1.296�03 1.270�03 1.239�03 1.194�03 1.155�03 1.140�03 1.132�03 1.128�03 1.124�03 1.123�031 126 8.776�04 7.567�04 6.337�04 4.643�04 2.963�04 2.200�04 1.813�04 1.587�04 1.446�04 1.565�041 127 3.380�02 3.603�02 3.883�02 4.442�02 5.451�02 6.276�02 6.984�02 7.605�02 8.879�02 9.884�021 128 1.181�02 9.877�03 8.075�03 5.849�03 3.860�03 3.052�03 2.664�03 2.450�03 2.372�03 2.579�031 129 3.558�03 3.452�03 3.476�03 3.792�03 4.581�03 5.256�03 5.849�03 6.296�03 7.092�03 7.736�031 130 3.424�03 2.723�03 2.128�03 1.481�03 9.997�04 8.463�04 7.948�04 7.800�04 8.114�04 8.672�041 131 2.876�04 2.693�04 2.542�04 2.386�04 2.312�04 2.335�04 2.374�04 2.408�04 2.518�04 2.650�041 132 2.652�04 2.640�04 2.663�04 2.797�04 3.185�04 3.563�04 3.916�04 4.231�04 4.895�04 5.436�041 133 1.116�03 9.567�04 7.976�04 5.857�04 3.799�04 2.845�04 2.323�04 2.005�04 1.594�04 1.403�041 134 1.400�03 1.181�03 9.627�04 6.718�04 3.870�04 2.540�04 1.806�04 1.357�04 7.695�05 4.933�051 135 9.959�06 8.590�06 7.205�06 5.263�06 3.169�06 2.117�06 1.513�06 1.133�06 6.333�07 4.026�071 136 1.698�02 1.778�02 1.854�02 1.965�02 2.111�02 2.198�02 2.253�02 2.290�02 2.346�02 2.376�021 137 1.406�04 1.185�04 9.678�05 6.816�05 4.058�05 2.796�05 2.153�05 1.776�05 1.340�05 1.209�051 138 8.058�04 7.213�04 6.478�04 5.601�04 4.970�04 4.970�04 5.196�04 5.528�04 6.475�04 7.350�041 139 1.235�03 1.058�03 8.898�04 6.572�04 3.964�04 2.670�04 1.948�04 1.502�04 9.352�05 7.036�051 140 1.237�03 1.059�03 8.907�04 6.547�04 3.899�04 2.568�04 1.803�04 1.328�04 7.140�05 4.307�051 141 1.501�03 1.441�03 1.416�03 1.452�03 1.663�03 1.923�03 2.181�03 2.434�03 3.014�03 3.493�031 142 8.598�07 6.630�07 4.970�07 3.063�07 1.485�07 8.612�08 5.552�08 3.822�08 1.770�08 9.610�091 143 1.598�03 2.001�03 2.510�03 3.505�03 5.321�03 6.859�03 8.184�03 9.390�03 1.198�02 1.404�021 144 1.202�03 1.505�03 1.887�03 2.635�03 3.997�03 5.148�03 6.137�03 7.036�03 8.967�03 1.050�021 145 5.911�04 5.281�04 4.725�04 4.046�04 3.509�04 3.447�04 3.559�04 3.752�04 4.328�04 4.870�041 146 2.246�04 1.935�04 1.640�04 1.227�04 7.671�05 5.415�05 4.162�05 3.422�05 2.573�05 2.276�051 147 2.978�04 2.558�04 2.158�04 1.593�04 9.537�05 6.305�05 4.439�05 3.275�05 1.767�05 1.069�051 148 2.883�03 3.642�03 4.600�03 6.474�03 9.862�03 1.270�02 1.511�02 1.729�02 2.194�02 2.560�021 149 1.538�04 1.337�04 1.142�04 8.642�05 5.458�05 3.837�05 2.899�05 2.315�05 1.554�05 1.189�051 150 2.333�03 2.017�03 1.701�03 1.265�03 8.085�04 5.901�04 4.703�04 3.980�04 3.091�04 2.729�041 151 2.909�03 2.492�03 2.074�03 1.492�03 8.725�04 5.697�04 4.017�04 2.981�04 1.627�04 1.017�041 152 2.670�03 2.286�03 1.900�03 1.366�03 7.997�04 5.229�04 3.674�04 2.716�04 1.485�04 9.322�051 153 1.196�06 9.423�07 7.226�07 4.598�07 2.237�07 1.297�07 8.358�08 5.774�08 2.754�08 1.511�081 154 4.539�04 5.700�04 7.215�04 1.026�03 1.585�03 2.057�03 2.457�03 2.814�03 3.559�03 4.121�031 155 3.177�03 2.814�03 2.457�03 1.980�03 1.512�03 1.311�03 1.213�03 1.163�03 1.122�03 1.121�031 156 1.679�03 1.446�03 1.214�03 8.946�04 5.609�04 4.021�04 3.164�04 2.649�04 2.004�04 1.733�041 157 7.584�04 6.478�04 5.373�04 3.850�04 2.246�04 1.468�04 1.034�04 7.687�05 4.291�05 2.768�051 158 4.085�03 4.585�03 5.154�03 6.106�03 7.526�03 8.511�03 9.227�03 9.775�03 1.074�02 1.137�021 159 4.776�04 4.072�04 3.371�04 2.407�04 1.394�04 9.049�05 6.320�05 4.648�05 2.507�05 1.541�051 160 2.374�03 2.643�03 2.951�03 3.470�03 4.251�03 4.796�03 5.193�03 5.498�03 6.036�03 6.389�031 161 1.426�03 1.578�03 1.753�03 2.048�03 2.496�03 2.810�03 3.040�03 3.216�03 3.528�03 3.733�031 162 8.181�05 7.917�05 7.712�05 7.568�05 7.766�05 8.110�05 8.442�05 8.735�05 9.327�05 9.756�051 163 8.070�06 6.816�06 5.578�06 3.914�06 2.231�06 1.443�06 1.012�06 7.494�07 4.133�07 2.612�071 164 1.365�03 1.122�03 9.138�04 6.684�04 4.579�04 3.843�04 3.506�04 3.326�04 3.129�04 3.051�041 165 1.789�03 1.483�03 1.224�03 9.205�04 6.670�04 5.834�04 5.474�04 5.289�04 5.094�04 5.015�041 166 5.807�04 4.610�04 3.555�04 2.265�04 1.113�04 6.445�05 4.079�05 2.749�05 1.267�05 7.392�061 167 1.553�03 1.234�03 9.526�04 6.075�04 2.982�04 1.719�04 1.079�04 7.169�05 3.069�05 1.522�051 168 9.673�04 8.483�04 7.552�04 6.554�04 5.934�04 5.915�04 5.974�04 6.029�04 6.103�04 6.124�041 169 1.537�03 1.534�03 1.568�03 1.667�03 1.873�03 2.046�03 2.163�03 2.239�03 2.331�03 2.362�031 170 5.822�03 6.508�03 7.291�03 8.603�03 1.056�02 1.191�02 1.288�02 1.362�02 1.493�02 1.578�021 171 1.401�03 1.496�03 1.624�03 1.846�03 2.195�03 2.448�03 2.614�03 2.721�03 2.850�03 2.895�031 172 1.031�03 1.188�03 1.367�03 1.649�03 2.047�03 2.313�03 2.483�03 2.590�03 2.718�03 2.762�031 173 2.462�03 2.738�03 3.053�03 3.584�03 4.377�03 4.924�03 5.317�03 5.616�03 6.142�03 6.485�031 174 4.382�04 3.742�04 3.103�04 2.227�04 1.305�04 8.595�05 6.117�05 4.589�05 2.643�05 1.788�051 175 6.223�05 4.965�05 3.846�05 2.467�05 1.228�05 7.180�06 4.573�06 3.084�06 1.365�06 6.986�071 176 2.178�04 2.005�04 1.885�04 1.788�04 1.815�04 1.911�04 1.991�04 2.049�04 2.123�04 2.147�041 177 1.428�06 1.117�06 8.512�07 5.461�07 2.515�07 1.300�07 7.508�08 4.704�08 1.778�08 8.362�091 178 1.525�04 1.428�04 1.337�04 1.241�04 1.230�04 1.309�04 1.412�04 1.516�04 1.751�04 1.938�041 179 8.170�05 7.510�05 7.050�05 6.688�05 6.822�05 7.226�05 7.579�05 7.844�05 8.203�05 8.303�051 180 1.573�04 1.357�04 1.185�04 1.004�04 8.770�05 8.638�05 8.711�05 8.797�05 8.928�05 8.958�051 181 4.208�05 3.373�05 2.633�05 1.729�05 9.580�06 6.264�06 4.684�06 3.785�06 2.589�06 2.092�061 182 3.774�05 3.005�05 2.326�05 1.496�05 7.595�06 4.629�06 3.157�06 2.336�06 1.498�06 1.338�061 183 1.677�07 1.499�07 1.300�07 9.731�08 5.617�08 3.351�08 2.104�08 1.378�08 5.270�09 2.113�091 184 1.999�04 2.350�04 2.748�04 3.378�04 4.266�04 4.869�04 5.270�04 5.532�04 5.856�04 5.962�04

496 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 185 3.638�05 3.167�05 2.758�05 2.283�05 1.939�05 1.894�05 1.973�05 2.061�05 2.491�05 3.185�051 186 5.521�04 5.232�04 5.060�04 5.070�04 5.738�04 6.637�04 7.549�04 8.482�04 1.068�03 1.249�031 187 8.122�03 8.276�03 8.405�03 8.592�03 8.898�03 9.110�03 9.258�03 9.369�03 9.555�03 9.661�031 188 2.772�03 2.467�03 2.161�03 1.747�03 1.368�03 1.213�03 1.147�03 1.124�03 1.133�03 1.154�031 189 1.242�02 1.317�02 1.412�02 1.604�02 1.953�02 2.235�02 2.475�02 2.686�02 3.122�02 3.469�021 190 1.314�03 1.344�03 1.373�03 1.421�03 1.492�03 1.536�03 1.564�03 1.581�03 1.604�03 1.614�031 191 4.735�03 3.945�03 3.205�03 2.283�03 1.452�03 1.108�03 9.441�04 8.582�04 7.780�04 7.665�041 192 5.600�04 4.763�04 3.951�04 2.888�04 1.882�04 1.439�04 1.211�04 1.085�04 9.450�05 8.901�051 193 2.520�04 2.299�04 2.201�04 2.226�04 2.491�04 2.748�04 2.917�04 3.035�04 3.227�04 3.324�041 194 2.958�04 2.236�04 1.648�04 1.009�04 5.320�05 3.820�05 3.201�05 2.908�05 2.613�05 2.477�051 195 2.725�03 2.758�03 2.876�03 3.232�03 3.991�03 4.593�03 5.098�03 5.506�03 6.180�03 6.553�031 196 2.310�03 1.851�03 1.451�03 9.945�04 6.369�04 5.122�04 4.615�04 4.392�04 4.267�04 4.331�041 197 3.982�04 4.171�04 4.553�04 5.585�04 8.024�04 1.042�03 1.257�03 1.463�03 1.920�03 2.276�031 198 6.591�04 5.793�04 4.996�04 3.822�04 2.446�04 1.725�04 1.302�04 1.038�04 6.889�05 5.293�051 199 4.304�04 5.113�04 6.217�04 8.541�04 1.303�03 1.692�03 2.025�03 2.322�03 2.942�03 3.413�031 200 5.388�04 5.580�04 5.985�04 7.074�04 9.567�04 1.195�03 1.407�03 1.603�03 2.022�03 2.346�031 201 3.898�04 4.021�04 4.226�04 4.736�04 5.871�04 6.976�04 8.026�04 9.031�04 1.134�03 1.333�031 202 1.421�03 1.492�03 1.581�03 1.747�03 2.025�03 2.233�03 2.387�03 2.505�03 2.720�03 2.865�031 203 1.333�03 1.257�03 1.187�03 1.107�03 1.064�03 1.071�03 1.090�03 1.112�03 1.166�03 1.208�031 204 1.396�03 1.198�03 9.983�04 7.203�04 4.240�04 2.789�04 1.976�04 1.474�04 8.295�05 5.415�051 205 2.115�03 2.267�03 2.450�03 2.774�03 3.287�03 3.664�03 3.945�03 4.158�03 4.535�03 4.800�031 206 3.786�04 3.263�04 2.736�04 2.014�04 1.294�04 1.005�04 8.956�05 8.713�05 9.509�05 1.081�041 207 1.156�03 1.177�03 1.212�03 1.290�03 1.450�03 1.586�03 1.696�03 1.783�03 1.945�03 2.059�031 208 3.997�04 3.759�04 3.618�04 3.560�04 3.759�04 4.057�04 4.301�04 4.479�04 4.719�04 4.793�041 209 5.177�04 4.554�04 4.061�04 3.545�04 3.247�04 3.288�04 3.379�04 3.458�04 3.576�04 3.608�041 210 5.637�04 5.887�04 6.284�04 7.046�04 8.279�04 9.247�04 9.910�04 1.034�03 1.087�03 1.106�031 211 6.027�04 4.833�04 3.761�04 2.429�04 1.221�04 7.183�05 4.624�05 3.164�05 1.465�05 8.042�061 212 2.437�04 1.959�04 1.534�04 1.020�04 5.775�05 4.092�05 3.362�05 2.917�05 2.399�05 2.425�051 213 3.936�04 3.872�04 3.919�04 4.126�04 4.606�04 5.051�04 5.359�04 5.556�04 5.792�04 5.879�041 219 2.147�04 1.953�04 1.780�04 1.578�04 1.467�04 1.509�04 1.603�04 1.723�04 2.032�04 2.276�041 228 2.054�03 2.049�03 2.036�03 2.018�03 2.024�03 2.041�03 2.055�03 2.069�03 2.094�03 2.110�031 229 1.065�03 9.326�04 7.993�04 6.166�04 4.405�04 3.634�04 3.256�04 3.069�04 2.923�04 2.893�041 236 4.339�03 4.559�03 4.842�03 5.429�03 6.522�03 7.414�03 8.175�03 8.848�03 1.022�02 1.129�021 237 1.831�03 1.526�03 1.239�03 8.790�04 5.528�04 4.173�04 3.520�04 3.174�04 2.839�04 2.782�041 242 4.126�06 3.021�06 2.209�06 1.471�06 1.035�06 9.791�07 1.152�06 1.353�06 1.467�06 1.151�061 243 5.057�06 3.516�06 2.341�06 1.203�06 5.782�07 5.156�07 4.688�07 4.268�07 3.509�07 3.880�071 247 8.540�04 8.255�04 8.263�04 8.917�04 1.081�03 1.243�03 1.387�03 1.508�03 1.716�03 1.834�031 248 8.471�04 6.756�04 5.268�04 3.578�04 2.292�04 1.877�04 1.728�04 1.672�04 1.658�04 1.701�041 249 7.442�05 5.901�05 4.835�05 3.975�05 3.858�05 4.124�05 4.296�05 4.426�05 4.613�05 4.692�051 250 9.205�05 6.838�05 4.969�05 3.026�05 1.703�05 1.368�05 1.279�05 1.254�05 1.203�05 1.130�052 3 9.986�03 9.029�03 7.958�03 6.265�03 4.186�03 3.055�03 2.380�03 1.950�03 1.378�03 1.116�032 4 2.877�02 2.588�02 2.265�02 1.755�02 1.129�02 7.868�03 5.812�03 4.490�03 2.712�03 1.868�032 5 6.432�02 5.794�02 5.081�02 3.955�02 2.571�02 1.816�02 1.364�02 1.073�02 6.837�03 5.008�032 6 1.121+00 1.207+00 1.297+00 1.440+00 1.649+00 1.797+00 1.909+00 2.001+00 2.177+00 2.305+002 7 1.307�01 1.353�01 1.400�01 1.475�01 1.596�01 1.692�01 1.771�01 1.840�01 1.978�01 2.085�012 8 3.445�01 3.690�01 3.956�01 4.383�01 5.024�01 5.490�01 5.850�01 6.145�01 6.711�01 7.131�012 9 4.738�01 5.074�01 5.443�01 6.038�01 6.937�01 7.591�01 8.100�01 8.515�01 9.310�01 9.903�012 10 1.761+00 1.888+00 2.027+00 2.251+00 2.589+00 2.836+00 3.027+00 3.183+00 3.482+00 3.704+002 11 2.131�03 1.789�03 1.446�03 9.907�04 5.456�04 3.346�04 2.229�04 1.582�04 8.167�05 5.116�052 12 4.184�03 4.224�03 4.267�03 4.257�03 7.470�03 5.584�03 5.220�03 5.309�03 4.922�03 5.044�032 13 8.737�03 9.173�03 9.619�03 1.003�02 1.887�02 1.415�02 1.331�02 1.360�02 1.266�02 1.301�022 14 2.235�03 2.289�03 2.349�03 2.464�03 2.718�03 3.572�03 3.223�03 2.896�03 3.005�03 2.962�032 15 8.378�03 8.340�03 8.270�03 8.183�03 8.273�03 9.133�03 8.621�03 8.512�03 6.252�03 1.083�022 16 1.046�02 1.083�02 1.155�02 1.349�02 1.785�02 2.189�02 2.582�02 2.932�02 3.648�02 4.234�022 17 2.246�02 2.073�02 1.904�02 1.699�02 1.537�02 1.495�02 1.501�02 1.562�02 1.699�02 1.675�022 18 1.160�01 1.142�01 1.121�01 1.095�01 1.078�01 1.075�01 1.076�01 1.083�01 1.097�01 1.095�012 19 8.050�02 7.735�02 7.552�02 7.618�02 8.346�02 9.211�02 1.003�01 1.087�01 1.268�01 1.390�012 20 3.447�01 3.710�01 4.042�01 4.706�01 5.879�01 6.857�01 7.684�01 8.424�01 9.954�01 1.112+002 21 4.401�04 3.719�04 3.043�04 2.141�04 1.245�04 8.212�05 5.861�05 4.416�05 2.524�05 1.633�052 22 3.574�03 3.071�03 2.571�03 1.903�03 1.245�03 9.344�04 7.623�04 6.562�04 5.167�04 4.509�042 23 1.145�02 9.674�03 7.907�03 5.549�03 3.219�03 2.120�03 1.510�03 1.134�03 6.394�04 4.071�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 497

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 24 7.474�04 6.358�04 5.282�04 3.895�04 2.612�04 2.062�04 1.800�04 1.754�04 1.804�04 1.614�042 25 2.038�01 2.116�01 2.190�01 2.295�01 2.427�01 2.501�01 2.545�01 2.575�01 2.618�01 2.641�012 26 1.224�03 1.568�03 2.000�03 2.834�03 4.328�03 5.559�03 6.640�03 7.614�03 9.606�03 1.114�022 27 5.924�03 7.318�03 9.100�03 1.258�02 1.891�02 2.416�02 2.881�02 3.299�02 4.158�02 4.818�022 28 2.640�03 2.993�03 3.480�03 4.488�03 6.417�03 8.074�03 9.563�03 1.092�02 1.372�02 1.588�022 29 1.168�02 1.437�02 1.781�02 2.457�02 3.688�02 4.713�02 5.619�02 6.437�02 8.115�02 9.407�022 30 4.093�03 3.495�03 2.928�03 2.146�03 1.264�03 8.332�04 5.824�04 4.263�04 2.291�04 1.385�042 31 9.382�03 8.018�03 6.729�03 4.928�03 2.917�03 1.911�03 1.338�03 9.826�04 5.227�04 3.120�042 32 2.916�03 2.601�03 2.325�03 1.985�03 1.717�03 1.683�03 1.741�03 1.839�03 2.118�03 2.374�032 33 8.541�04 7.343�04 6.203�04 4.612�04 2.820�04 1.947�04 1.453�04 1.154�04 8.000�05 6.581�052 34 3.015�03 2.598�03 2.203�03 1.653�03 1.042�03 7.478�04 5.858�04 4.916�04 3.875�04 3.531�042 35 5.936�03 5.220�03 4.563�03 3.694�03 2.846�03 2.543�03 2.460�03 2.484�03 2.701�03 2.954�032 36 4.216�03 5.258�03 6.606�03 9.265�03 1.417�02 1.827�02 2.191�02 2.522�02 3.202�02 3.725�022 37 2.832�02 3.650�02 4.694�02 6.731�02 1.045�01 1.354�01 1.627�01 1.875�01 2.383�01 2.774�012 38 1.650�03 1.406�03 1.171�03 8.606�04 5.495�04 4.071�04 3.308�04 2.860�04 2.325�04 2.105�042 39 4.944�03 4.186�03 3.456�03 2.486�03 1.504�03 1.046�03 7.980�04 6.498�04 4.672�04 3.886�042 40 1.162�02 9.786�03 8.009�03 5.631�03 3.205�03 2.074�03 1.445�03 1.062�03 5.824�04 3.717�042 41 5.770�03 7.550�03 9.835�03 1.433�02 2.261�02 2.955�02 3.571�02 4.131�02 5.285�02 6.172�022 42 2.432�02 2.045�02 1.673�02 1.176�02 6.686�03 4.298�03 2.982�03 2.185�03 1.180�03 7.301�042 43 1.981�03 1.664�03 1.359�03 9.568�04 5.529�04 3.673�04 2.660�04 2.053�04 1.306�04 9.812�052 44 3.900�03 3.336�03 2.801�03 2.106�03 1.430�03 1.131�03 9.789�04 8.938�04 8.005�04 7.680�042 45 6.140�03 5.574�03 5.057�03 4.445�03 3.986�03 3.869�03 3.871�03 3.910�03 4.040�03 4.157�032 46 1.492�02 1.250�02 1.018�02 7.112�03 4.010�03 2.571�03 1.784�03 1.311�03 7.204�04 4.590�042 47 1.623�02 1.750�02 1.897�02 2.158�02 2.562�02 2.834�02 3.043�02 3.203�02 3.475�02 3.645�022 48 3.072�02 3.344�02 3.652�02 4.193�02 5.020�02 5.570�02 5.991�02 6.313�02 6.856�02 7.193�022 49 1.594�02 1.509�02 1.439�02 1.375�02 1.373�02 1.409�02 1.456�02 1.500�02 1.586�02 1.647�022 50 8.144�03 6.872�03 5.649�03 4.029�03 2.400�03 1.652�03 1.245�03 1.001�03 7.052�04 5.802�042 51 4.317�03 3.622�03 2.954�03 2.067�03 1.166�03 7.466�04 5.161�04 3.769�04 2.028�04 1.254�042 52 2.722�03 2.507�03 2.306�03 2.074�03 1.933�03 1.913�03 1.932�03 1.965�03 2.049�03 2.110�032 53 4.950�02 5.128�02 5.299�02 5.557�02 5.909�02 6.120�02 6.256�02 6.351�02 6.496�02 6.576�022 54 1.585�02 1.755�02 1.947�02 2.275�02 2.767�02 3.090�02 3.333�02 3.520�02 3.837�02 4.033�022 55 7.441�02 8.404�02 9.467�02 1.126�01 1.388�01 1.558�01 1.685�01 1.782�01 1.945�01 2.046�012 56 1.898�02 2.106�02 2.338�02 2.734�02 3.325�02 3.712�02 4.003�02 4.227�02 4.604�02 4.836�022 57 1.626�02 1.827�02 2.049�02 2.426�02 2.983�02 3.346�02 3.617�02 3.825�02 4.177�02 4.394�022 58 1.740�03 1.832�03 1.997�03 2.404�03 3.297�03 4.131�03 4.901�03 5.625�03 7.166�03 8.365�032 59 4.543�03 5.331�03 6.423�03 8.720�03 1.326�02 1.723�02 2.082�02 2.413�02 3.109�02 3.646�022 60 4.151�03 4.276�03 4.567�03 5.358�03 7.314�03 9.185�03 1.098�02 1.269�02 1.631�02 1.913�022 61 3.032�03 2.759�03 2.508�03 2.187�03 1.925�03 1.898�03 1.962�03 2.071�03 2.395�03 2.694�032 62 2.954�03 3.116�03 3.356�03 3.883�03 4.937�03 5.877�03 6.715�03 7.492�03 9.129�03 1.039�022 63 2.165�05 1.964�05 1.766�05 1.493�05 1.217�05 1.112�05 1.082�05 1.088�05 1.163�05 1.251�052 64 5.856�05 5.242�05 4.655�05 3.886�05 3.228�05 3.071�05 3.121�05 3.274�05 3.766�05 4.226�052 65 1.203�04 1.060�04 9.174�05 7.147�05 4.965�05 3.958�05 3.472�05 3.252�05 3.167�05 3.290�052 66 2.716�02 2.824�02 2.966�02 3.255�02 3.765�02 4.135�02 4.429�02 4.663�02 5.075�02 5.343�022 67 1.276�02 1.161�02 1.058�02 9.395�03 8.587�03 8.446�03 8.528�03 8.676�03 9.067�03 9.380�032 68 1.090�02 1.127�02 1.176�02 1.279�02 1.467�02 1.605�02 1.714�02 1.803�02 1.961�02 2.062�022 69 2.117�02 2.263�02 2.435�02 2.750�02 3.263�02 3.617�02 3.888�02 4.104�02 4.486�02 4.725�022 70 2.163�04 2.371�04 2.692�04 3.406�04 4.936�04 6.335�04 7.616�04 8.840�04 1.144�03 1.342�032 71 6.610�03 7.014�03 7.497�03 8.400�03 9.893�03 1.093�02 1.174�02 1.238�02 1.350�02 1.421�022 72 9.763�03 9.740�03 9.812�03 1.017�02 1.110�02 1.188�02 1.254�02 1.310�02 1.412�02 1.478�022 73 7.249�04 8.546�04 1.036�03 1.415�03 2.180�03 2.856�03 3.464�03 4.037�03 5.247�03 6.160�032 74 8.073�05 7.248�05 6.430�05 5.370�05 4.467�05 4.141�05 4.040�05 4.027�05 4.121�05 4.241�052 75 7.227�05 6.352�05 5.442�05 4.141�05 2.744�05 2.043�05 1.646�05 1.402�05 1.096�05 9.687�062 76 1.742�04 1.516�04 1.282�04 9.466�05 5.821�05 3.970�05 2.901�05 2.231�05 1.362�05 9.708�062 77 3.387�04 2.946�04 2.488�04 1.833�04 1.125�04 7.668�05 5.616�05 4.336�05 2.675�05 1.934�052 78 2.883�04 3.131�04 3.548�04 4.509�04 6.690�04 8.698�04 1.054�03 1.232�03 1.608�03 1.889�032 79 1.448�04 1.456�04 1.517�04 1.726�04 2.310�04 2.894�04 3.446�04 3.988�04 5.152�04 6.033�042 80 5.709�04 4.989�04 4.242�04 3.181�04 2.049�04 1.486�04 1.167�04 9.721�05 7.271�05 6.214�052 81 1.012�04 8.828�05 7.479�05 5.539�05 3.433�05 2.362�05 1.744�05 1.357�05 8.550�06 6.279�062 82 2.068�04 1.811�04 1.541�04 1.153�04 7.328�05 5.184�05 3.948�05 3.174�05 2.168�05 1.718�052 83 3.255�04 2.841�04 2.406�04 1.778�04 1.098�04 7.501�05 5.478�05 4.198�05 2.512�05 1.750�052 84 1.942�04 1.699�04 1.451�04 1.109�04 7.534�05 5.927�05 5.096�05 4.594�05 4.167�05 4.281�052 85 3.557�04 3.096�04 2.629�04 1.992�04 1.351�04 1.072�04 9.327�05 8.511�05 7.941�05 8.298�05

498 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 86 8.079�04 8.192�04 8.289�04 8.442�04 8.730�04 8.946�04 9.096�04 9.209�04 9.408�04 9.533�042 87 9.150�05 8.598�05 8.081�05 7.498�05 7.236�05 7.393�05 7.579�05 7.761�05 8.252�05 8.646�052 88 1.577�04 1.379�04 1.177�04 8.977�05 6.205�05 4.927�05 4.252�05 3.865�05 3.423�05 3.258�052 89 1.538�04 1.271�04 1.017�04 6.877�05 3.692�05 2.283�05 1.555�05 1.138�05 6.492�06 4.515�062 90 2.703�04 2.240�04 1.798�04 1.229�04 6.882�05 4.542�05 3.371�05 2.728�05 2.043�05 1.828�052 91 4.255�04 3.504�04 2.791�04 1.872�04 9.886�05 5.988�05 3.984�05 2.840�05 1.492�05 9.315�062 92 6.466�04 5.319�04 4.228�04 2.823�04 1.482�04 8.955�05 5.948�05 4.232�05 2.221�05 1.404�052 93 1.023�03 9.310�04 8.413�04 7.251�04 6.213�04 5.831�04 5.683�04 5.643�04 5.714�04 5.814�042 94 1.848�03 1.890�03 1.950�03 2.089�03 2.364�03 2.582�03 2.751�03 2.887�03 3.139�03 3.294�032 95 3.809�04 3.833�04 3.927�04 4.254�04 5.073�04 5.861�04 6.583�04 7.244�04 8.657�04 9.801�042 96 1.134�04 9.781�05 8.330�05 6.559�05 5.131�05 4.741�05 4.720�05 4.850�05 5.369�05 5.909�052 97 4.537�04 3.804�04 3.093�04 2.154�04 1.221�04 7.871�05 5.548�05 4.182�05 2.520�05 1.820�052 98 7.571�04 6.378�04 5.212�04 3.668�04 2.115�04 1.379�04 9.801�05 7.412�05 4.450�05 3.194�052 99 5.838�04 5.958�04 6.185�04 6.813�04 8.235�04 9.554�04 1.075�03 1.183�03 1.414�03 1.600�032 100 2.232�04 2.179�04 2.163�04 2.247�04 2.579�04 2.935�04 3.275�04 3.591�04 4.277�04 4.836�042 101 2.921�04 2.658�04 2.429�04 2.165�04 1.974�04 1.938�04 1.940�04 1.950�04 2.020�04 2.122�042 102 5.320�04 4.763�04 4.268�04 3.686�04 3.244�04 3.131�04 3.108�04 3.110�04 3.204�04 3.357�042 103 3.043�04 2.533�04 2.046�04 1.418�04 8.192�05 5.545�05 4.214�05 3.487�05 2.728�05 2.514�052 104 1.857�04 1.532�04 1.225�04 8.364�05 4.780�05 3.270�05 2.546�05 2.170�05 1.821�05 1.762�052 105 8.420�05 6.931�05 5.542�05 3.821�05 2.312�05 1.732�05 1.489�05 1.390�05 1.368�05 1.442�052 106 2.956�04 2.931�04 2.946�04 3.070�04 3.441�04 3.814�04 4.087�04 4.303�04 4.742�04 5.037�042 107 2.089�04 1.990�04 1.903�04 1.823�04 1.839�04 1.924�04 1.998�04 2.064�04 2.213�04 2.319�042 108 1.744�04 1.888�04 2.093�04 2.545�04 3.460�04 4.291�04 5.022�04 5.705�04 7.179�04 8.328�042 109 6.415�05 5.756�05 5.093�05 4.218�05 3.410�05 3.088�05 2.985�05 2.947�05 3.006�05 3.191�052 110 2.560�03 2.631�03 2.693�03 2.776�03 2.889�03 2.956�03 2.998�03 3.026�03 3.068�03 3.090�032 111 5.263�04 4.512�04 3.801�04 2.887�04 2.026�04 1.665�04 1.488�04 1.390�04 1.308�04 1.317�042 112 6.822�04 6.497�04 6.261�04 6.070�04 6.112�04 6.301�04 6.478�04 6.612�04 6.989�04 7.424�042 113 2.275�03 2.559�03 2.904�03 3.562�03 4.711�03 5.651�03 6.453�03 7.158�03 8.623�03 9.785�032 114 5.153�04 5.544�04 6.051�04 7.046�04 8.809�04 1.025�03 1.146�03 1.251�03 1.469�03 1.645�032 115 3.679�04 3.682�04 3.744�04 3.998�04 4.675�04 5.332�04 5.940�04 6.492�04 7.667�04 8.627�042 116 2.620�03 2.451�03 2.323�03 2.232�03 2.385�03 2.676�03 3.007�03 3.353�03 4.148�03 4.786�032 117 2.114�03 2.354�03 2.645�03 3.197�03 4.158�03 4.941�03 5.612�03 6.198�03 7.410�03 8.378�032 118 4.302�04 4.593�04 4.974�04 5.629�04 6.580�04 7.230�04 7.669�04 7.965�04 8.564�04 9.125�042 119 8.122�04 8.849�04 9.762�04 1.150�03 1.448�03 1.686�03 1.885�03 2.055�03 2.405�03 2.688�032 120 3.591�04 3.727�04 3.924�04 4.380�04 5.318�04 6.148�04 6.889�04 7.553�04 8.959�04 1.009�032 121 1.516�03 1.667�03 1.852�03 2.208�03 2.840�03 3.360�03 3.807�03 4.200�03 5.019�03 5.673�032 122 4.738�04 5.052�04 5.480�04 6.392�04 8.179�04 9.721�04 1.109�03 1.231�03 1.490�03 1.700�032 123 5.657�03 5.061�03 4.466�03 3.675�03 2.970�03 2.686�03 2.570�03 2.526�03 2.606�03 2.782�032 124 3.101�02 3.053�02 2.997�02 2.923�02 2.886�02 2.886�02 2.895�02 2.906�02 2.940�02 2.972�022 125 8.882�04 7.655�04 6.407�04 4.691�04 2.991�04 2.221�04 1.833�04 1.607�04 1.469�04 1.596�042 126 3.733�03 3.560�03 3.374�03 3.114�03 2.872�03 2.768�03 2.716�03 2.688�03 2.669�03 2.681�032 127 2.102�02 1.913�02 1.753�02 1.597�02 1.560�02 1.628�02 1.723�02 1.822�02 2.068�02 2.294�022 128 7.050�02 7.298�02 7.660�02 8.490�02 1.015�01 1.157�01 1.282�01 1.392�01 1.621�01 1.803�012 129 5.456�03 4.519�03 3.756�03 3.010�03 2.620�03 2.617�03 2.722�03 2.833�03 3.104�03 3.360�032 130 8.607�03 7.923�03 7.541�03 7.633�03 8.661�03 9.720�03 1.071�02 1.148�02 1.288�02 1.404�022 131 8.213�04 8.081�04 8.062�04 8.318�04 9.241�04 1.019�03 1.107�03 1.186�03 1.355�03 1.495�032 132 4.440�04 4.208�04 4.028�04 3.876�04 3.898�04 4.037�04 4.184�04 4.313�04 4.632�04 4.947�042 133 1.062�04 8.978�05 7.341�05 5.146�05 2.981�05 1.962�05 1.398�05 1.052�05 5.991�06 3.867�062 134 1.194�03 1.069�03 9.450�04 7.802�04 6.245�04 5.547�04 5.172�04 4.947�04 4.664�04 4.534�042 135 3.448�03 2.909�03 2.373�03 1.657�03 9.554�04 6.273�04 4.460�04 3.349�04 1.898�04 1.214�042 136 2.352�04 1.980�04 1.614�04 1.131�04 6.637�05 4.493�05 3.367�05 2.695�05 1.877�05 1.571�052 137 3.309�02 3.457�02 3.597�02 3.803�02 4.075�02 4.238�02 4.342�02 4.412�02 4.518�02 4.573�022 138 8.706�05 8.528�05 8.567�05 9.095�05 1.084�04 1.276�04 1.462�04 1.641�04 2.047�04 2.381�042 139 4.458�04 4.116�04 3.855�04 3.629�04 3.712�04 4.053�04 4.461�04 4.896�04 5.952�04 6.852�042 140 1.204�03 1.039�03 8.853�04 6.778�04 4.564�04 3.563�04 3.075�04 2.830�04 2.672�04 2.750�042 141 1.004�03 1.187�03 1.425�03 1.903�03 2.797�03 3.569�03 4.241�03 4.857�03 6.188�03 7.249�032 142 3.211�03 2.746�03 2.306�03 1.693�03 1.006�03 6.619�04 4.643�04 3.416�04 1.834�04 1.105�042 143 7.300�04 8.338�04 9.733�04 1.261�03 1.814�03 2.300�03 2.726�03 3.119�03 3.972�03 4.654�032 144 2.694�03 3.098�03 3.637�03 4.745�03 6.861�03 8.708�03 1.032�02 1.181�02 1.504�02 1.761�022 145 3.254�04 2.787�04 2.343�04 1.726�04 1.027�04 6.768�05 4.782�05 3.534�05 1.891�05 1.162�052 146 1.538�03 1.332�03 1.140�03 8.770�04 5.967�04 4.701�04 4.080�04 3.778�04 3.596�04 3.685�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 499

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 147 2.389�03 2.082�03 1.796�03 1.412�03 1.013�03 8.442�04 7.704�04 7.430�04 7.567�04 8.054�042 148 1.822�03 2.168�03 2.618�03 3.519�03 5.194�03 6.625�03 7.859�03 8.983�03 1.140�02 1.332�022 149 6.880�03 8.524�03 1.062�02 1.472�02 2.220�02 2.849�02 3.386�02 3.872�02 4.909�02 5.727�022 150 3.472�04 3.073�04 2.678�04 2.144�04 1.612�04 1.378�04 1.262�04 1.199�04 1.141�04 1.134�042 151 1.047�03 9.141�04 7.816�04 6.002�04 4.135�04 3.265�04 2.800�04 2.527�04 2.216�04 2.111�042 152 2.578�03 2.221�03 1.864�03 1.369�03 8.450�04 5.914�04 4.524�04 3.676�04 2.594�04 2.132�042 153 5.848�03 5.010�03 4.167�03 3.000�03 1.758�03 1.151�03 8.088�04 5.977�04 3.252�04 2.011�042 154 1.479�03 1.841�03 2.311�03 3.252�03 4.983�03 6.446�03 7.693�03 8.815�03 1.117�02 1.298�022 155 1.150�03 1.141�03 1.142�03 1.167�03 1.255�03 1.341�03 1.414�03 1.475�03 1.591�03 1.672�032 156 9.343�04 8.470�04 7.627�04 6.538�04 5.572�04 5.233�04 5.116�04 5.093�04 5.178�04 5.303�042 157 4.964�04 4.312�04 3.668�04 2.785�04 1.877�04 1.454�04 1.230�04 1.099�04 9.426�05 8.832�052 158 2.435�03 2.555�03 2.705�03 2.985�03 3.462�03 3.824�03 4.102�03 4.321�03 4.719�03 4.986�032 159 4.453�03 3.811�03 3.170�03 2.285�03 1.353�03 9.007�04 6.501�04 4.966�04 2.994�04 2.111�042 160 5.070�03 5.170�03 5.324�03 5.664�03 6.340�03 6.898�03 7.340�03 7.697�03 8.356�03 8.806�032 161 4.139�03 3.914�03 3.712�03 3.491�03 3.400�03 3.459�03 3.550�03 3.645�03 3.856�03 4.020�032 162 2.374�03 2.030�03 1.687�03 1.211�03 7.079�04 4.632�04 3.272�04 2.436�04 1.353�04 8.624�052 163 1.204�03 1.030�03 8.552�04 6.139�04 3.585�04 2.341�04 1.646�04 1.218�04 6.662�05 4.159�052 164 1.002�04 8.319�05 6.877�05 5.187�05 3.756�05 3.275�05 3.061�05 2.952�05 2.861�05 2.864�052 165 1.631�04 1.290�04 9.988�05 6.460�05 3.181�05 1.880�05 1.227�05 8.568�06 4.446�06 2.911�062 166 3.824�04 3.125�04 2.527�04 1.819�04 1.207�04 9.879�05 8.876�05 8.343�05 7.773�05 7.555�052 167 8.845�04 7.558�04 6.492�04 5.284�04 4.407�04 4.208�04 4.162�04 4.155�04 4.161�04 4.157�042 168 5.713�04 5.314�04 5.047�04 4.847�04 4.964�04 5.222�04 5.416�04 5.546�04 5.704�04 5.756�042 169 6.760�04 6.732�04 6.849�04 7.213�04 8.051�04 8.750�04 9.208�04 9.499�04 9.841�04 9.957�042 170 4.774�03 5.132�03 5.558�03 6.305�03 7.489�03 8.343�03 8.975�03 9.465�03 1.034�02 1.092�022 171 7.634�04 6.142�04 4.871�04 3.345�04 1.968�04 1.448�04 1.198�04 1.060�04 9.069�05 8.479�052 172 6.695�04 5.788�04 5.049�04 4.221�04 3.639�04 3.528�04 3.507�04 3.507�04 3.528�04 3.555�042 173 5.048�03 5.520�03 6.069�03 7.009�03 8.459�03 9.487�03 1.024�02 1.082�02 1.186�02 1.254�022 174 1.356�02 1.497�02 1.660�02 1.936�02 2.353�02 2.645�02 2.856�02 3.018�02 3.304�02 3.492�022 175 2.340�03 1.866�03 1.457�03 9.625�04 5.094�04 3.309�04 2.418�04 1.914�04 1.345�04 1.132�042 176 1.804�03 1.598�03 1.438�03 1.274�03 1.185�03 1.198�03 1.219�03 1.236�03 1.258�03 1.265�032 177 2.884�03 2.293�03 1.771�03 1.130�03 5.560�04 3.212�04 2.020�04 1.345�04 5.771�05 2.859�052 178 3.594�03 3.975�03 4.412�03 5.152�03 6.267�03 7.042�03 7.601�03 8.028�03 8.781�03 9.273�032 179 2.128�03 2.160�03 2.242�03 2.422�03 2.764�03 3.035�03 3.215�03 3.330�03 3.469�03 3.517�032 180 1.258�03 1.034�03 8.448�04 6.222�04 4.320�04 3.670�04 3.381�04 3.230�04 3.073�04 3.020�042 181 2.959�03 3.252�03 3.612�03 4.213�03 5.106�03 5.732�03 6.141�03 6.403�03 6.722�03 6.832�032 182 8.863�04 7.114�04 5.594�04 3.761�04 2.136�04 1.506�04 1.196�04 1.024�04 8.301�05 7.565�052 183 4.584�04 3.639�04 2.805�04 1.785�04 8.751�05 5.048�05 3.170�05 2.108�05 9.020�06 4.451�062 184 1.481�03 1.581�03 1.716�03 1.951�03 2.322�03 2.591�03 2.770�03 2.885�03 3.029�03 3.088�032 185 1.086�03 1.202�03 1.344�03 1.579�03 1.926�03 2.169�03 2.329�03 2.433�03 2.559�03 2.603�032 186 1.113�03 1.060�03 1.030�03 1.041�03 1.192�03 1.386�03 1.580�03 1.778�03 2.242�03 2.622�032 187 2.807�03 2.501�03 2.193�03 1.778�03 1.399�03 1.245�03 1.180�03 1.158�03 1.168�03 1.191�032 188 1.945�02 1.947�02 1.944�02 1.942�02 1.969�02 1.998�02 2.022�02 2.043�02 2.082�02 2.106�022 189 8.216�03 7.415�03 6.716�03 5.993�03 5.700�03 5.859�03 6.147�03 6.471�03 7.259�03 7.948�032 190 6.041�04 5.139�04 4.264�04 3.120�04 2.038�04 1.561�04 1.316�04 1.180�04 1.028�04 9.687�052 191 2.629�02 2.703�02 2.817�02 3.092�02 3.660�02 4.145�02 4.567�02 4.943�02 5.728�02 6.357�022 192 3.688�03 3.683�03 3.677�03 3.691�03 3.771�03 3.837�03 3.883�03 3.916�03 3.961�03 3.981�032 193 4.977�04 3.900�04 3.057�04 2.189�04 1.616�04 1.499�04 1.473�04 1.473�04 1.497�04 1.510�042 194 6.412�04 5.549�04 4.990�04 4.611�04 4.764�04 5.118�04 5.376�04 5.566�04 5.877�04 6.028�042 195 3.811�03 3.222�03 2.736�03 2.243�03 1.997�03 2.010�03 2.090�03 2.179�03 2.358�03 2.475�032 196 6.434�03 6.167�03 6.091�03 6.394�03 7.470�03 8.435�03 9.282�03 9.979�03 1.115�02 1.181�022 197 9.944�04 9.228�04 8.640�04 8.075�04 8.171�04 8.914�04 9.823�04 1.081�03 1.323�03 1.526�032 198 1.400�03 1.417�03 1.485�03 1.707�03 2.288�03 2.882�03 3.428�03 3.952�03 5.124�03 6.043�032 199 6.090�04 6.175�04 6.460�04 7.332�04 9.459�04 1.155�03 1.344�03 1.519�03 1.895�03 2.189�032 200 1.532�03 1.700�03 1.947�03 2.494�03 3.597�03 4.581�03 5.432�03 6.199�03 7.814�03 9.050�032 201 8.065�04 8.195�04 8.476�04 9.269�04 1.118�03 1.312�03 1.500�03 1.681�03 2.104�03 2.471�032 202 2.318�03 2.291�03 2.283�03 2.317�03 2.465�03 2.617�03 2.743�03 2.848�03 3.050�03 3.195�032 203 4.329�03 4.486�03 4.693�03 5.099�03 5.819�03 6.375�03 6.791�03 7.117�03 7.712�03 8.117�032 204 4.787�03 4.846�03 4.954�03 5.216�03 5.769�03 6.247�03 6.627�03 6.927�03 7.483�03 7.890�032 205 2.409�03 2.120�03 1.833�03 1.440�03 1.041�03 8.602�04 7.684�04 7.163�04 6.609�04 6.482�042 206 1.277�03 1.302�03 1.342�03 1.432�03 1.612�03 1.764�03 1.887�03 1.984�03 2.163�03 2.291�032 207 2.101�03 2.012�03 1.936�03 1.868�03 1.891�03 1.980�03 2.077�03 2.168�03 2.362�03 2.516�032 208 8.651�04 7.686�04 6.937�04 6.196�04 5.840�04 5.995�04 6.202�04 6.371�04 6.612�04 6.680�04

500 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 209 1.168�03 1.075�03 1.010�03 9.583�04 9.742�04 1.034�03 1.088�03 1.127�03 1.182�03 1.198�032 210 1.093�03 9.251�04 7.823�04 6.165�04 4.834�04 4.452�04 4.320�04 4.263�04 4.205�04 4.178�042 211 1.475�03 1.434�03 1.430�03 1.473�03 1.611�03 1.751�03 1.854�03 1.922�03 2.006�03 2.036�032 212 5.767�04 5.577�04 5.542�04 5.706�04 6.251�04 6.804�04 7.198�04 7.451�04 7.753�04 7.869�042 213 8.302�04 7.305�04 6.503�04 5.656�04 5.214�04 5.272�04 5.397�04 5.483�04 5.589�04 5.667�042 219 4.261�04 3.880�04 3.540�04 3.146�04 2.936�04 3.028�04 3.219�04 3.462�04 4.087�04 4.580�042 228 1.065�03 9.333�04 8.000�04 6.175�04 4.416�04 3.645�04 3.268�04 3.081�04 2.936�04 2.907�042 229 5.154�03 5.013�03 4.855�03 4.638�03 4.475�03 4.432�03 4.424�03 4.431�03 4.466�03 4.495�032 236 3.076�03 2.753�03 2.464�03 2.148�03 1.975�03 1.992�03 2.066�03 2.159�03 2.395�03 2.603�032 237 9.307�03 9.462�03 9.745�03 1.052�02 1.223�02 1.374�02 1.506�02 1.625�02 1.871�02 2.064�022 242 8.503�06 5.966�06 4.042�06 2.196�06 1.179�06 1.060�06 1.051�06 1.065�06 1.010�06 9.519�072 243 1.008�05 7.259�06 5.160�06 3.211�06 2.097�06 1.965�06 2.207�06 2.498�06 2.634�06 2.183�062 247 1.340�03 1.110�03 9.183�04 7.181�04 6.068�04 6.001�04 6.222�04 6.496�04 7.076�04 7.468�042 248 2.079�03 1.906�03 1.801�03 1.793�03 2.028�03 2.277�03 2.514�03 2.718�03 3.073�03 3.278�032 249 1.482�04 1.113�04 8.257�05 5.378�05 3.559�05 3.206�05 3.148�05 3.157�05 3.155�05 3.093�052 250 1.859�04 1.442�04 1.137�04 8.617�05 7.531�05 7.744�05 7.972�05 8.173�05 8.454�05 8.545�053 4 1.298�01 1.253�01 1.103�01 8.225�02 5.040�02 3.478�02 2.619�02 2.100�02 1.444�02 1.154�023 5 4.030�02 1.556�01 1.866�01 1.608�01 1.041�01 7.921�02 6.820�02 6.296�02 5.863�02 5.799�023 6 3.055�02 2.628�02 2.182�02 1.560�02 9.234�03 6.063�03 4.258�03 3.143�03 1.709�03 1.065�033 7 5.443�02 4.654�02 3.840�02 2.713�02 1.576�02 1.020�02 7.078�03 5.177�03 2.771�03 1.713�033 8 1.289�02 1.077�02 8.624�03 5.803�03 3.110�03 1.868�03 1.214�03 8.366�04 3.927�04 2.172�043 9 2.786�03 2.375�03 1.964�03 1.409�03 8.575�04 5.868�04 4.286�04 3.276�04 1.912�04 1.259�043 10 7.645�03 6.564�03 5.439�03 3.893�03 2.301�03 1.509�03 1.059�03 7.815�04 4.244�04 2.641�043 11 4.863�01 5.215�01 5.594�01 6.205�01 7.113�01 7.771�01 8.278�01 8.692�01 9.486�01 1.007+003 12 1.819�02 1.626�02 1.413�02 1.083�02 6.864�03 4.721�03 3.438�03 2.615�03 1.509�03 9.836�043 13 1.948�03 1.737�03 1.507�03 1.152�03 7.286�04 5.003�04 3.638�04 2.763�04 1.587�04 1.029�043 14 4.513�03 4.029�03 3.497�03 2.677�03 1.712�03 1.201�03 8.991�04 7.086�04 4.593�04 3.456�043 15 2.382�03 2.119�03 1.831�03 1.387�03 8.642�04 5.867�04 4.223�04 3.178�04 1.794�04 1.147�043 16 1.542�06 1.461�06 1.381�06 1.275�06 1.180�06 1.144�06 1.132�06 1.127�06 1.134�06 1.137�063 17 9.650�05 8.423�05 7.229�05 5.482�05 3.389�05 2.290�05 1.645�05 1.240�05 7.140�06 4.669�063 18 5.603�05 4.882�05 4.180�05 3.158�05 1.945�05 1.311�05 9.423�06 7.115�06 4.117�06 2.716�063 19 1.759�05 1.609�05 1.448�05 1.215�05 9.622�06 8.346�06 7.655�06 7.276�06 6.836�06 6.589�063 20 2.181�05 1.990�05 1.790�05 1.501�05 1.183�05 1.020�05 9.291�06 8.775�06 8.134�06 7.742�063 21 2.174�03 2.409�03 2.746�03 3.475�03 4.908�03 6.151�03 7.303�03 8.326�03 1.040�02 1.206�023 22 7.452�03 9.064�03 1.117�02 1.543�02 2.330�02 2.988�02 3.584�02 4.108�02 5.162�02 5.998�023 23 7.893�04 6.803�04 5.755�04 4.273�04 2.562�04 1.690�04 1.191�04 8.807�05 4.788�05 2.951�053 24 1.831�03 1.602�03 1.376�03 1.043�03 6.422�04 4.313�04 3.073�04 2.293�04 1.274�04 7.917�053 25 9.964�04 8.739�04 7.532�04 5.757�04 3.639�04 2.537�04 1.902�04 1.512�04 1.024�04 8.145�053 26 3.922�03 3.372�03 2.809�03 2.024�03 1.208�03 8.032�04 5.735�04 4.307�04 2.432�04 1.566�043 27 9.117�03 8.261�03 7.434�03 6.417�03 5.570�03 5.297�03 5.254�03 5.419�03 5.838�03 5.749�033 28 5.236�03 4.520�03 3.781�03 2.745�03 1.665�03 1.130�03 8.271�04 6.395�04 3.950�04 2.826�043 29 2.712�03 2.592�03 2.480�03 2.379�03 2.363�03 2.421�03 2.508�03 2.661�03 2.964�03 2.952�033 30 1.291�02 1.291�02 1.300�02 1.352�02 1.468�02 1.571�02 1.667�02 1.796�02 2.035�02 2.039�023 31 2.034�03 1.720�03 1.409�03 9.888�04 5.663�04 3.646�04 2.530�04 1.850�04 9.823�05 5.968�053 32 3.058�03 2.580�03 2.099�03 1.441�03 7.841�04 4.789�04 3.166�04 2.222�04 1.099�04 6.401�053 33 1.390�01 1.427�01 1.460�01 1.504�01 1.559�01 1.589�01 1.605�01 1.616�01 1.631�01 1.638�013 34 4.440�03 3.889�03 3.321�03 2.535�03 1.731�03 1.344�03 1.135�03 1.027�03 9.080�04 8.180�043 35 5.538�03 5.322�03 5.137�03 5.015�03 5.105�03 5.305�03 5.543�03 5.918�03 6.644�03 6.636�033 36 5.878�03 4.976�03 4.078�03 2.852�03 1.620�03 1.031�03 7.078�04 5.130�04 2.683�04 1.608�043 37 2.904�03 2.466�03 2.032�03 1.440�03 8.454�04 5.606�04 4.039�04 3.104�04 1.931�04 1.387�043 38 6.265�03 5.190�03 4.217�03 3.068�03 2.159�03 1.881�03 1.811�03 1.825�03 1.973�03 2.140�033 39 1.041�02 9.206�03 8.171�03 6.999�03 6.204�03 6.027�03 6.018�03 6.357�03 7.197�03 6.998�033 40 1.260�02 1.178�02 1.117�02 1.063�02 1.061�02 1.090�02 1.119�02 1.202�02 1.384�02 1.353�023 41 1.261�03 1.082�03 9.003�04 6.521�04 4.044�04 2.894�04 2.283�04 1.927�04 1.507�04 1.338�043 42 3.031�03 2.477�03 1.956�03 1.295�03 6.763�04 4.077�04 2.697�04 1.905�04 9.632�05 5.707�053 43 1.291�01 1.446�01 1.628�01 1.967�01 2.531�01 2.985�01 3.364�01 3.699�01 4.388�01 4.916�013 44 1.633�01 1.814�01 2.030�01 2.435�01 3.115�01 3.666�01 4.127�01 4.535�01 5.374�01 6.019�013 45 1.130�02 9.311�03 7.455�03 5.124�03 2.957�03 2.016�03 1.535�03 1.290�03 1.037�03 8.803�043 46 6.689�03 6.098�03 5.608�03 5.074�03 4.772�03 4.758�03 4.811�03 5.108�03 5.798�03 5.657�033 47 1.287�02 1.077�02 8.814�03 6.355�03 4.090�03 3.153�03 2.721�03 2.517�03 2.396�03 2.452�033 48 6.412�03 5.233�03 4.127�03 2.728�03 1.426�03 8.643�04 5.780�04 4.156�04 2.245�04 1.441�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 501

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 49 3.455�03 2.748�03 2.103�03 1.322�03 6.496�04 3.850�04 2.610�04 1.987�04 1.370�04 1.099�043 50 3.166�02 3.491�02 3.875�02 4.598�02 5.807�02 6.785�02 7.601�02 8.321�02 9.805�02 1.094�013 51 6.969�03 7.377�03 7.904�03 8.996�03 1.098�02 1.267�02 1.411�02 1.539�02 1.807�02 2.014�023 52 1.009�04 8.665�05 7.370�05 5.820�05 4.550�05 4.173�05 4.111�05 4.185�05 4.551�05 4.940�053 53 1.168�04 9.402�05 7.336�05 4.866�05 2.807�05 2.065�05 1.771�05 1.662�05 1.667�05 1.772�053 54 8.292�03 6.709�03 5.234�03 3.390�03 1.707�03 9.973�04 6.457�04 4.479�04 2.164�04 1.274�043 55 4.659�03 3.809�03 3.009�03 1.992�03 1.038�03 6.230�04 4.125�04 2.913�04 1.458�04 8.746�053 56 3.888�03 3.134�03 2.440�03 1.587�03 8.312�04 5.240�04 3.777�04 3.009�04 2.244�04 2.037�043 57 2.285�03 1.899�03 1.537�03 1.079�03 6.461�04 4.591�04 3.670�04 3.180�04 2.708�04 2.618�043 58 2.968�04 2.520�04 2.077�04 1.489�04 9.134�05 6.448�05 4.972�05 4.069�05 2.896�05 2.357�053 59 5.837�05 4.952�05 4.068�05 2.871�05 1.668�05 1.092�05 7.719�06 5.756�06 3.211�06 2.053�063 60 6.060�05 5.155�05 4.252�05 3.011�05 1.748�05 1.133�05 7.910�06 5.819�06 3.149�06 1.971�063 61 1.189�04 1.011�04 8.334�05 5.892�05 3.415�05 2.220�05 1.559�05 1.159�05 6.520�06 4.288�063 62 1.215�04 1.136�04 1.054�04 9.446�05 8.416�05 7.966�05 7.723�05 7.589�05 7.450�05 7.395�053 63 4.156�02 4.309�02 4.453�02 4.667�02 4.948�02 5.112�02 5.214�02 5.283�02 5.386�02 5.441�023 64 1.137�03 9.579�04 7.820�04 5.499�04 3.240�04 2.193�04 1.621�04 1.273�04 8.222�05 6.129�053 65 1.196�04 1.241�04 1.296�04 1.403�04 1.593�04 1.717�04 1.815�04 1.897�04 2.046�04 2.132�043 66 3.414�05 2.808�05 2.235�05 1.500�05 8.014�06 4.958�06 3.399�06 2.503�06 1.447�06 1.044�063 67 9.440�05 7.700�05 6.063�05 3.985�05 2.045�05 1.210�05 7.904�06 5.523�06 2.716�06 1.602�063 68 1.136�04 9.473�05 7.677�05 5.344�05 3.056�05 2.022�05 1.486�05 1.181�05 8.384�06 7.179�063 69 7.788�05 6.415�05 5.111�05 3.430�05 1.816�05 1.101�05 7.305�06 5.163�06 2.594�06 1.522�063 70 9.671�04 8.062�04 6.507�04 4.489�04 2.564�04 1.694�04 1.223�04 9.376�05 5.661�05 3.922�053 71 1.595�05 1.438�05 1.287�05 1.072�05 8.537�06 7.663�06 7.462�06 7.551�06 8.150�06 8.900�063 72 5.687�06 5.825�06 6.198�06 7.279�06 1.018�05 1.293�05 1.565�05 1.822�05 2.356�05 2.777�053 73 2.221�04 1.879�04 1.541�04 1.083�04 6.258�05 4.083�05 2.877�05 2.138�05 1.182�05 7.442�063 74 6.283�04 5.462�04 4.683�04 3.593�04 2.395�04 1.834�04 1.544�04 1.392�04 1.269�04 1.272�043 75 2.291�03 2.721�03 3.335�03 4.641�03 7.310�03 9.639�03 1.179�02 1.378�02 1.789�02 2.107�023 76 2.906�03 3.397�03 4.105�03 5.618�03 8.736�03 1.147�02 1.399�02 1.633�02 2.118�02 2.492�023 77 8.378�04 7.362�04 6.344�04 4.826�04 3.029�04 2.075�04 1.514�04 1.158�04 6.902�05 4.794�053 78 2.915�05 2.549�05 2.166�05 1.611�05 9.921�06 6.701�06 4.816�06 3.618�06 2.027�06 1.298�063 79 3.686�05 3.191�05 2.681�05 1.958�05 1.177�05 7.845�06 5.602�06 4.203�06 2.388�06 1.579�063 80 8.778�05 7.837�05 7.016�05 6.101�05 5.468�05 5.352�05 5.401�05 5.478�05 6.019�05 6.813�053 81 7.613�04 8.515�04 9.827�04 1.266�03 1.842�03 2.353�03 2.820�03 3.254�03 4.163�03 4.866�033 82 3.276�03 3.883�03 4.711�03 6.419�03 9.756�03 1.264�02 1.525�02 1.766�02 2.267�02 2.653�023 83 2.967�04 2.558�04 2.160�04 1.593�04 9.545�05 6.306�05 4.444�05 3.284�05 1.776�05 1.083�053 84 1.171�03 1.041�03 9.108�04 7.171�04 4.934�04 3.813�04 3.212�04 2.884�04 2.583�04 2.552�043 85 1.165�04 1.010�04 8.552�05 6.332�05 3.838�05 2.557�05 1.818�05 1.355�05 7.473�06 4.651�063 86 2.842�04 2.520�04 2.209�04 1.778�04 1.331�04 1.149�04 1.077�04 1.063�04 1.121�04 1.210�043 87 4.241�04 3.705�04 3.173�04 2.402�04 1.499�04 1.043�04 7.759�05 6.112�05 4.096�05 3.250�053 88 1.658�03 1.904�03 2.248�03 2.973�03 4.404�03 5.656�03 6.781�03 7.823�03 1.000�02 1.168�023 89 2.316�02 2.510�02 2.732�02 3.128�02 3.746�02 4.164�02 4.484�02 4.732�02 5.160�02 5.426�023 90 1.869�02 2.001�02 2.156�02 2.438�02 2.889�02 3.199�02 3.438�02 3.625�02 3.949�02 4.151�023 91 2.625�03 2.206�03 1.803�03 1.266�03 7.196�04 4.625�04 3.213�04 2.359�04 1.286�04 8.070�053 92 1.305�05 1.177�05 1.091�05 1.055�05 1.094�05 1.144�05 1.195�05 1.244�05 1.369�05 1.470�053 93 7.037�08 5.886�08 4.792�08 3.358�08 1.912�08 1.248�08 8.865�09 6.678�09 3.936�09 2.736�093 94 1.212�07 1.033�07 8.675�08 6.707�08 5.076�08 4.497�08 4.286�08 4.205�08 4.522�08 5.166�083 95 6.775�03 6.520�03 6.326�03 6.210�03 6.407�03 6.689�03 6.974�03 7.228�03 7.720�03 8.051�033 96 9.532�04 8.030�04 6.578�04 4.636�04 2.646�04 1.706�04 1.187�04 8.729�05 4.774�05 3.004�053 97 1.651�02 1.768�02 1.905�02 2.155�02 2.558�02 2.835�02 3.047�02 3.214�02 3.504�02 3.686�023 98 1.250�03 1.052�03 8.610�04 6.059�04 3.449�04 2.217�04 1.539�04 1.127�04 6.097�05 3.778�053 99 2.452�03 2.639�03 2.856�03 3.249�03 3.873�03 4.301�03 4.628�03 4.884�03 5.329�03 5.609�033 100 5.050�06 4.238�06 3.448�06 2.398�06 1.346�06 8.630�07 6.022�07 4.471�07 2.570�07 1.743�073 101 3.970�03 3.432�03 2.921�03 2.262�03 1.633�03 1.363�03 1.230�03 1.161�03 1.095�03 1.079�033 102 2.145�04 1.792�04 1.455�04 1.012�04 5.682�05 3.621�05 2.497�05 1.822�05 9.760�06 5.996�063 103 9.200�03 9.749�03 1.041�02 1.163�02 1.366�02 1.508�02 1.616�02 1.702�02 1.854�02 1.949�023 104 1.124�03 1.129�03 1.146�03 1.200�03 1.326�03 1.427�03 1.511�03 1.580�03 1.707�03 1.788�033 105 2.192�04 2.191�04 2.194�04 2.222�04 2.304�04 2.378�04 2.436�04 2.483�04 2.575�04 2.626�043 106 7.712�05 6.747�05 5.775�05 4.341�05 2.678�05 1.803�05 1.290�05 9.655�06 5.350�06 3.330�063 107 6.034�04 5.341�04 4.631�04 3.549�04 2.236�04 1.526�04 1.100�04 8.277�05 4.624�05 2.889�053 108 1.320�06 1.140�06 9.552�07 6.979�07 4.308�07 3.014�07 2.301�07 1.871�07 1.353�07 1.126�073 109 2.268�04 1.988�04 1.707�04 1.294�04 7.983�05 5.417�05 3.879�05 2.900�05 1.632�05 1.044�053 110 1.053�04 9.199�05 7.876�05 5.943�05 3.649�05 2.468�05 1.764�05 1.318�05 7.415�06 4.755�06

502 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 111 1.730�06 1.392�06 1.089�06 7.173�07 3.773�07 2.330�07 1.581�07 1.142�07 6.079�08 3.778�083 112 3.645�07 2.799�07 2.089�07 1.302�07 6.741�08 4.516�08 3.475�08 2.909�08 2.334�08 2.174�083 113 2.137�03 1.791�03 1.457�03 1.015�03 5.691�04 3.632�04 2.502�04 1.821�04 9.766�05 6.068�053 114 2.207�03 1.852�03 1.509�03 1.055�03 5.968�04 3.864�04 2.711�04 2.016�04 1.162�04 7.939�053 115 2.514�04 2.099�04 1.701�04 1.175�04 6.495�05 4.107�05 2.805�05 2.026�05 1.072�05 6.616�063 116 4.214�07 3.695�07 3.145�07 2.353�07 1.491�07 1.064�07 8.300�08 6.952�08 5.568�08 5.363�083 117 9.429�04 7.880�04 6.398�04 4.444�04 2.489�04 1.592�04 1.104�04 8.122�05 4.528�05 2.955�053 118 2.315�04 1.930�04 1.563�04 1.083�04 6.041�05 3.831�05 2.631�05 1.913�05 1.020�05 6.248�063 119 1.189�03 9.936�04 8.071�04 5.614�04 3.144�04 1.998�04 1.375�04 1.001�04 5.348�05 3.282�053 120 1.378�05 1.149�05 9.318�06 6.495�06 3.717�06 2.444�06 1.743�06 1.313�06 7.547�07 4.935�073 121 9.478�05 7.899�05 6.382�05 4.390�05 2.412�05 1.517�05 1.037�05 7.529�06 4.088�06 2.607�063 122 3.812�07 3.361�07 2.882�07 2.191�07 1.440�07 1.062�07 8.439�08 7.104�08 5.485�08 4.804�083 123 1.832�06 1.599�06 1.361�06 1.018�06 6.238�07 4.226�07 3.039�07 2.297�07 1.349�07 9.215�083 124 7.745�07 6.741�07 5.772�07 4.517�07 3.348�07 2.922�07 2.785�07 2.800�07 3.069�07 3.392�073 125 2.113�05 1.874�05 1.631�05 1.261�05 7.994�06 5.519�06 4.005�06 3.028�06 1.738�06 1.124�063 126 8.583�06 7.596�06 6.601�06 5.109�06 3.285�06 2.324�06 1.750�06 1.389�06 9.344�07 7.326�073 127 4.816�06 4.256�06 3.649�06 2.748�06 1.720�06 1.168�06 8.398�07 6.302�07 3.520�07 2.232�073 128 3.365�06 2.970�06 2.546�06 1.919�06 1.212�06 8.345�07 6.092�07 4.651�07 2.738�07 1.854�073 129 3.032�07 2.436�07 1.898�07 1.260�07 7.230�08 5.150�08 4.140�08 3.584�08 2.917�08 2.592�083 130 9.963�08 8.505�08 7.308�08 5.983�08 5.034�08 4.796�08 4.693�08 4.650�08 4.619�08 4.582�083 131 3.496�05 2.899�05 2.338�05 1.617�05 9.275�06 6.263�06 4.683�06 3.773�06 2.716�06 2.285�063 132 7.684�05 6.390�05 5.161�05 3.563�05 2.003�05 1.309�05 9.386�06 7.217�06 4.636�06 3.558�063 133 4.034�04 3.865�04 3.786�04 3.875�04 4.529�04 5.332�04 6.149�04 6.964�04 8.799�04 1.027�033 134 1.175�03 1.199�03 1.265�03 1.464�03 1.974�03 2.471�03 2.935�03 3.378�03 4.341�03 5.097�033 135 2.167�04 1.880�04 1.601�04 1.199�04 7.269�05 4.832�05 3.421�05 2.539�05 1.398�05 8.722�063 136 5.977�04 5.225�04 4.480�04 3.385�04 2.079�04 1.398�04 9.968�05 7.446�05 4.167�05 2.645�053 137 2.639�04 2.322�04 2.009�04 1.557�04 1.036�04 7.804�05 6.421�05 5.658�05 4.941�05 4.826�053 138 9.427�04 8.221�04 6.998�04 5.307�04 3.603�04 2.796�04 2.352�04 2.086�04 1.756�04 1.613�043 139 2.194�03 1.952�03 1.715�03 1.409�03 1.149�03 1.053�03 1.022�03 1.017�03 1.079�03 1.181�033 140 3.341�03 3.073�03 2.823�03 2.530�03 2.370�03 2.367�03 2.426�03 2.495�03 2.765�03 3.084�033 141 1.837�03 1.569�03 1.295�03 9.133�04 5.254�04 3.407�04 2.396�04 1.792�04 1.058�04 7.590�053 142 6.646�04 5.664�04 4.675�04 3.312�04 1.921�04 1.249�04 8.718�05 6.410�05 3.453�05 2.118�053 143 2.439�03 2.212�03 1.968�03 1.613�03 1.240�03 1.053�03 9.446�04 8.768�04 7.878�04 7.462�043 144 1.197�03 1.021�03 8.423�04 5.958�04 3.447�04 2.241�04 1.570�04 1.162�04 6.523�05 4.304�053 145 2.648�02 2.729�02 2.801�02 2.901�02 3.038�02 3.120�02 3.172�02 3.207�02 3.260�02 3.289�023 146 9.828�04 8.567�04 7.243�04 5.353�04 3.364�04 2.370�04 1.802�04 1.450�04 1.004�04 8.184�053 147 1.186�03 1.058�03 9.337�04 7.730�04 6.382�04 5.896�04 5.756�04 5.741�04 6.100�04 6.672�043 148 1.949�03 1.660�03 1.368�03 9.629�04 5.509�04 3.536�04 2.440�04 1.776�04 9.436�05 5.778�053 149 9.780�04 8.371�04 6.949�04 4.988�04 2.995�04 2.038�04 1.507�04 1.186�04 7.954�05 6.402�053 150 2.372�03 2.097�03 1.853�03 1.591�03 1.454�03 1.477�03 1.548�03 1.634�03 1.847�03 2.033�033 151 3.013�03 2.543�03 2.118�03 1.619�03 1.229�03 1.106�03 1.064�03 1.048�03 1.126�03 1.288�033 152 3.867�03 3.357�03 2.913�03 2.431�03 2.131�03 2.098�03 2.125�03 2.154�03 2.401�03 2.788�033 153 8.316�04 6.856�04 5.460�04 3.663�04 1.954�04 1.193�04 7.962�05 5.657�05 2.879�05 1.704�053 154 5.638�04 4.986�04 4.317�04 3.394�04 2.483�04 2.068�04 1.850�04 1.725�04 1.579�04 1.522�043 155 4.003�03 3.273�03 2.585�03 1.717�03 9.071�04 5.517�04 3.687�04 2.639�04 1.404�04 9.006�053 156 3.254�02 3.526�02 3.851�02 4.462�02 5.512�02 6.348�02 7.062�02 7.690�02 8.983�02 1.001�013 157 2.362�02 2.590�02 2.858�02 3.352�02 4.181�02 4.835�02 5.389�02 5.875�02 6.874�02 7.667�023 158 4.337�03 3.780�03 3.264�03 2.647�03 2.155�03 2.011�03 1.997�03 2.036�03 2.205�03 2.387�033 159 1.267�03 1.077�03 9.029�04 6.955�04 5.269�04 4.700�04 4.487�04 4.428�04 4.521�04 4.673�043 160 1.855�03 1.528�03 1.216�03 8.148�04 4.343�04 2.658�04 1.780�04 1.274�04 6.695�05 4.156�053 161 1.235�03 1.008�03 7.952�04 5.273�04 2.808�04 1.755�04 1.224�04 9.271�05 5.936�05 4.656�053 162 1.425�03 1.409�03 1.411�03 1.463�03 1.630�03 1.796�03 1.951�03 2.094�03 2.398�03 2.646�033 163 5.814�04 5.299�04 4.833�04 4.323�04 4.040�04 4.075�04 4.222�04 4.406�04 4.881�04 5.313�043 164 1.099�03 1.123�03 1.187�03 1.369�03 1.720�03 2.000�03 2.234�03 2.411�03 2.679�03 2.834�033 165 8.872�04 7.224�04 5.852�04 4.416�04 3.491�04 3.249�04 3.196�04 3.221�04 3.369�04 3.490�043 166 2.448�03 2.652�03 2.941�03 3.560�03 4.610�03 5.401�03 6.052�03 6.540�03 7.280�03 7.703�033 167 1.651�03 1.384�03 1.169�03 9.753�04 8.979�04 9.027�04 9.241�04 9.517�04 1.018�03 1.063�033 168 2.321�03 2.178�03 2.110�03 2.174�03 2.491�03 2.809�03 3.099�03 3.325�03 3.676�03 3.882�033 169 1.427�03 1.107�03 8.347�04 5.302�04 2.896�04 2.037�04 1.656�04 1.469�04 1.302�04 1.263�043 170 2.713�03 2.209�03 1.733�03 1.133�03 5.789�04 3.414�04 2.207�04 1.530�04 7.592�05 4.459�053 171 1.012�03 7.660�04 5.572�04 3.255�04 1.456�04 8.470�05 5.830�05 4.497�05 3.142�05 2.662�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 503

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 172 9.937�04 7.988�04 6.381�04 4.689�04 3.637�04 3.466�04 3.545�04 3.666�04 3.910�04 4.080�043 173 1.454�03 1.229�03 1.023�03 7.806�04 5.923�04 5.380�04 5.294�04 5.391�04 5.864�04 6.370�043 174 1.537�03 1.267�03 1.009�03 6.783�04 3.642�04 2.254�04 1.529�04 1.113�04 6.255�05 4.210�053 175 1.988�04 1.539�04 1.164�04 7.588�05 4.644�05 3.749�05 3.403�05 3.273�05 3.251�05 3.298�053 176 2.387�04 1.799�04 1.303�04 7.647�05 3.656�05 2.376�05 1.865�05 1.629�05 1.417�05 1.355�053 177 2.477�04 1.904�04 1.415�04 8.541�05 3.935�05 2.184�05 1.349�05 8.956�06 3.949�06 2.091�063 178 8.735�04 7.640�04 6.628�04 5.418�04 4.462�04 4.194�04 4.179�04 4.270�04 4.639�04 5.024�043 179 1.230�04 9.395�05 6.982�05 4.430�05 2.693�05 2.201�05 2.046�05 2.008�05 2.039�05 2.085�053 180 3.190�04 3.056�04 3.043�04 3.277�04 3.943�04 4.533�04 5.045�04 5.437�04 6.037�04 6.384�043 181 2.237�04 1.795�04 1.420�04 1.035�04 7.687�05 6.924�05 6.701�05 6.686�05 6.898�05 7.113�053 182 2.473�04 2.243�04 2.091�04 2.035�04 2.215�04 2.452�04 2.684�04 2.869�04 3.161�04 3.335�043 183 8.704�05 6.815�05 5.159�05 3.193�05 1.491�05 8.150�06 4.932�06 3.193�06 1.281�06 6.045�073 184 3.137�04 2.882�04 2.742�04 2.777�04 3.187�04 3.610�04 3.997�04 4.299�04 4.766�04 5.037�043 185 2.062�04 1.859�04 1.724�04 1.662�04 1.808�04 2.000�04 2.192�04 2.346�04 2.589�04 2.733�043 186 1.040�06 9.518�07 8.584�07 7.273�07 5.975�07 5.395�07 5.108�07 4.961�07 4.842�07 4.841�073 187 2.793�06 2.481�06 2.155�06 1.671�06 1.108�06 8.107�07 6.367�07 5.292�07 3.970�07 3.450�073 188 2.026�06 1.786�06 1.543�06 1.191�06 7.951�07 5.945�07 4.819�07 4.156�07 3.431�07 3.233�073 189 1.858�06 1.642�06 1.410�06 1.064�06 6.694�07 4.570�07 3.298�07 2.483�07 1.394�07 8.823�083 190 7.207�07 6.161�07 5.195�07 3.944�07 2.710�07 2.172�07 1.913�07 1.780�07 1.675�07 1.696�073 191 9.823�07 8.704�07 7.502�07 5.711�07 3.652�07 2.534�07 1.856�07 1.418�07 8.242�08 5.359�083 192 1.604�06 1.316�06 1.047�06 7.133�07 4.126�07 2.895�07 2.314�07 2.012�07 1.712�07 1.636�073 193 1.157�08 9.337�09 7.431�09 5.399�09 4.047�09 3.636�09 3.605�09 3.633�09 3.498�09 3.461�093 194 2.469�08 2.037�08 1.668�08 1.303�08 1.099�08 1.055�08 1.071�08 1.097�08 1.130�08 1.158�083 195 1.074�06 8.833�07 7.014�07 4.688�07 2.506�07 1.560�07 1.077�07 8.037�08 4.898�08 3.619�083 196 1.167�06 9.722�07 7.843�07 5.403�07 3.057�07 2.012�07 1.463�07 1.146�07 7.691�08 6.112�083 197 8.176�06 6.994�06 5.792�06 4.116�06 2.390�06 1.550�06 1.076�06 7.857�07 4.166�07 2.529�073 198 2.357�06 2.024�06 1.685�06 1.213�06 7.249�07 4.861�07 3.509�07 2.681�07 1.633�07 1.167�073 199 4.199�06 3.685�06 3.142�06 2.354�06 1.499�06 1.056�06 7.935�07 6.248�07 3.958�07 2.864�073 200 4.911�06 4.217�06 3.504�06 2.504�06 1.464�06 9.540�07 6.654�07 4.878�07 2.602�07 1.587�073 201 6.040�06 5.164�06 4.262�06 3.004�06 1.718�06 1.104�06 7.701�07 5.716�07 3.295�07 2.277�073 202 1.095�05 9.136�06 7.411�06 5.170�06 2.968�06 1.971�06 1.450�06 1.153�06 8.158�07 6.966�073 203 1.063�05 8.837�06 7.107�06 4.838�06 2.618�06 1.609�06 1.075�06 7.634�07 3.865�07 2.267�073 204 2.759�06 2.296�06 1.848�06 1.261�06 6.903�07 4.325�07 2.968�07 2.182�07 1.250�07 8.628�083 205 7.778�06 6.399�06 5.077�06 3.376�06 1.762�06 1.052�06 6.872�07 4.798�07 2.395�07 1.409�073 206 2.183�06 2.041�06 1.893�06 1.685�06 1.490�06 1.426�06 1.418�06 1.438�06 1.533�06 1.639�063 207 1.330�06 1.227�06 1.127�06 9.993�07 8.961�07 8.745�07 8.849�07 9.091�07 9.860�07 1.062�063 208 4.515�07 3.845�07 3.187�07 2.300�07 1.390�07 9.656�08 7.358�08 5.982�08 4.268�08 3.517�083 209 8.668�08 6.903�08 5.323�08 3.438�08 1.799�08 1.147�08 8.301�09 6.542�09 4.481�09 3.623�093 210 4.515�08 3.541�08 2.699�08 1.744�08 9.787�09 6.921�09 5.738�09 5.143�09 4.511�09 4.438�093 211 4.130�08 3.404�08 2.793�08 2.190�08 1.857�08 1.791�08 1.822�08 1.866�08 1.961�08 2.054�083 212 9.467�08 9.871�08 1.046�07 1.183�07 1.452�07 1.663�07 1.850�07 2.005�07 2.257�07 2.394�073 213 3.470�07 3.067�07 2.708�07 2.307�07 2.056�07 2.035�07 2.096�07 2.178�07 2.350�07 2.450�073 219 4.607�07 3.989�07 3.347�07 2.441�07 1.508�07 1.062�07 8.207�08 6.786�08 5.109�08 4.473�083 228 3.149�07 2.811�07 2.452�07 1.902�07 1.236�07 8.687�08 6.456�08 5.016�08 3.086�08 2.173�083 229 1.878�07 1.677�07 1.466�07 1.144�07 7.552�08 5.431�08 4.159�08 3.348�08 2.269�08 1.749�083 236 4.454�07 3.986�07 3.466�07 2.670�07 1.725�07 1.198�07 8.755�08 6.653�08 3.803�08 2.475�083 237 2.693�07 2.417�07 2.111�07 1.640�07 1.074�07 7.559�08 5.590�08 4.290�08 2.504�08 1.678�083 242 2.089�11 2.077�11 2.424�11 3.283�11 3.879�11 9.545�11 1.130�10 1.157�10 2.231�10 1.473�103 243 2.504�11 2.508�11 2.927�11 3.928�11 4.651�11 1.145�10 1.356�10 1.389�10 2.677�10 1.767�103 247 4.081�07 3.380�07 2.703�07 1.824�07 9.784�08 6.038�08 4.107�08 3.011�08 1.735�08 1.212�083 248 2.895�07 2.421�07 1.962�07 1.357�07 7.642�08 4.960�08 3.556�08 2.746�08 1.783�08 1.381�084 5 1.910�01 3.334�01 3.568�01 2.935�01 1.870�01 1.384�01 1.151�01 1.029�01 9.029�02 8.637�024 6 8.762�02 7.519�02 6.229�02 4.431�02 2.601�02 1.697�02 1.186�02 8.728�03 4.727�03 2.944�034 7 8.321�02 7.123�02 5.873�02 4.154�02 2.420�02 1.569�02 1.089�02 7.964�03 4.255�03 2.607�034 8 2.451�02 2.046�02 1.638�02 1.101�02 5.891�03 3.533�03 2.293�03 1.579�03 7.390�04 4.073�044 9 7.248�03 6.187�03 5.109�03 3.652�03 2.174�03 1.448�03 1.033�03 7.746�04 4.362�04 2.803�044 10 1.603�02 1.374�02 1.136�02 8.119�03 4.801�03 3.158�03 2.225�03 1.648�03 9.037�04 5.677�044 11 9.718�01 1.043+00 1.119+00 1.241+00 1.423+00 1.555+00 1.656+00 1.739+00 1.898+00 2.015+004 12 2.456�02 2.202�02 1.922�02 1.488�02 9.685�03 6.892�03 5.230�03 4.170�03 2.766�03 2.117�034 13 1.563�02 1.397�02 1.215�02 9.318�03 5.929�03 4.099�03 3.005�03 2.303�03 1.361�03 9.158�044 14 7.060�03 6.291�03 5.444�03 4.136�03 2.591�03 1.769�03 1.281�03 9.706�04 5.590�04 3.671�044 15 8.080�03 7.236�03 6.310�03 4.884�03 3.215�03 2.337�03 1.824�03 1.503�03 1.090�03 9.103�04

504 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 16 1.074�06 9.133�07 7.550�07 5.342�07 3.074�07 2.086�07 1.602�07 1.355�07 1.118�07 1.026�074 17 1.351�04 1.179�04 1.011�04 7.678�05 4.770�05 3.253�05 2.377�05 1.831�05 1.127�05 8.147�064 18 1.631�04 1.422�04 1.218�04 9.217�05 5.667�05 3.803�05 2.713�05 2.028�05 1.132�05 7.119�064 19 3.115�05 2.770�05 2.398�05 1.844�05 1.203�05 8.572�06 6.522�06 5.223�06 3.521�06 2.755�064 20 3.412�05 3.021�05 2.601�05 1.975�05 1.249�05 8.540�06 6.179�06 4.664�06 2.633�06 1.682�064 21 7.424�03 9.041�03 1.115�02 1.541�02 2.328�02 2.985�02 3.580�02 4.103�02 5.156�02 5.990�024 22 4.233�03 4.488�03 4.908�03 5.898�03 7.968�03 9.827�03 1.159�02 1.316�02 1.638�02 1.897�024 23 9.106�03 1.074�02 1.292�02 1.740�02 2.581�02 3.290�02 3.935�02 4.505�02 5.654�02 6.566�024 24 2.508�03 2.196�03 1.887�03 1.433�03 8.878�04 6.012�04 4.345�04 3.298�04 1.932�04 1.311�044 25 3.259�03 2.853�03 2.453�03 1.864�03 1.159�03 7.889�04 5.737�04 4.392�04 2.656�04 1.869�044 26 1.194�02 1.105�02 1.018�02 9.156�03 8.376�03 8.194�03 8.257�03 8.599�03 9.355�03 9.244�034 27 9.985�03 9.378�03 8.801�03 8.177�03 7.815�03 7.839�03 8.017�03 8.428�03 9.274�03 9.205�034 28 6.715�03 6.375�03 6.035�03 5.657�03 5.426�03 5.434�03 5.544�03 5.816�03 6.379�03 6.316�034 29 1.454�02 1.299�02 1.143�02 9.380�03 7.433�03 6.601�03 6.229�03 6.173�03 6.283�03 6.076�034 30 8.618�03 7.358�03 6.107�03 4.422�03 2.757�03 1.990�03 1.588�03 1.374�03 1.139�03 9.996�044 31 1.886�02 1.852�02 1.831�02 1.854�02 1.960�02 2.072�02 2.184�02 2.344�02 2.645�02 2.646�024 32 9.352�03 8.608�03 7.845�03 6.804�03 5.800�03 5.348�03 5.113�03 4.981�03 4.833�03 4.776�034 33 5.165�03 4.512�03 3.842�03 2.915�03 1.968�03 1.514�03 1.270�03 1.142�03 1.000�03 8.978�044 34 2.765�01 2.839�01 2.903�01 2.990�01 3.101�01 3.161�01 3.196�01 3.220�01 3.254�01 3.267�014 35 1.285�02 1.196�02 1.109�02 1.009�02 9.385�03 9.276�03 9.411�03 9.853�03 1.080�02 1.070�024 36 9.073�03 7.739�03 6.410�03 4.600�03 2.777�03 1.909�03 1.431�03 1.143�03 7.795�04 6.196�044 37 9.683�03 8.214�03 6.754�03 4.766�03 2.765�03 1.810�03 1.285�03 9.711�04 5.795�04 3.993�044 38 1.519�02 1.401�02 1.308�02 1.219�02 1.200�02 1.231�02 1.270�02 1.363�02 1.569�02 1.564�024 39 1.719�02 1.564�02 1.437�02 1.319�02 1.299�02 1.357�02 1.428�02 1.533�02 1.771�02 1.864�024 40 1.245�02 1.003�02 7.784�03 5.007�03 2.519�03 1.491�03 9.843�04 7.082�04 3.998�04 2.721�044 41 2.517�03 2.126�03 1.731�03 1.191�03 6.489�04 3.963�04 2.614�04 1.828�04 8.892�05 5.058�054 42 1.893�02 1.737�02 1.611�02 1.482�02 1.425�02 1.437�02 1.463�02 1.564�02 1.791�02 1.747�024 43 2.024�02 2.110�02 2.235�02 2.521�02 3.077�02 3.564�02 3.987�02 4.367�02 5.163�02 5.780�024 44 1.242�01 1.372�01 1.528�01 1.826�01 2.330�01 2.741�01 3.086�01 3.393�01 4.024�01 4.507�014 45 3.697�01 4.107�01 4.595�01 5.512�01 7.049�01 8.292�01 9.332�01 1.025+00 1.215+00 1.360+004 46 1.883�02 1.643�02 1.428�02 1.168�02 9.519�03 8.742�03 8.427�03 8.667�03 9.483�03 9.137�034 47 2.392�02 2.083�02 1.803�02 1.475�02 1.229�02 1.175�02 1.188�02 1.229�02 1.360�02 1.484�024 48 2.460�02 2.299�02 2.176�02 2.104�02 2.224�02 2.435�02 2.656�02 2.874�02 3.357�02 3.739�024 49 2.042�02 1.965�02 1.921�02 1.947�02 2.149�02 2.386�02 2.609�02 2.819�02 3.272�02 3.624�024 50 6.162�02 6.688�02 7.335�02 8.606�02 1.082�01 1.264�01 1.418�01 1.555�01 1.838�01 2.055�014 51 7.985�02 8.874�02 9.922�02 1.188�01 1.513�01 1.775�01 1.994�01 2.187�01 2.584�01 2.889�014 52 3.087�04 2.833�04 2.627�04 2.450�04 2.470�04 2.637�04 2.835�04 3.038�04 3.504�04 3.885�044 53 4.530�04 3.987�04 3.518�04 3.028�04 2.781�04 2.847�04 2.997�04 3.175�04 3.613�04 3.984�044 54 1.339�02 1.085�02 8.483�03 5.515�03 2.799�03 1.650�03 1.074�03 7.506�04 3.762�04 2.270�044 55 1.364�02 1.111�02 8.734�03 5.733�03 2.951�03 1.758�03 1.154�03 8.106�04 4.069�04 2.432�044 56 8.010�03 6.478�03 5.061�03 3.308�03 1.727�03 1.069�03 7.473�04 5.727�04 3.852�04 3.233�044 57 4.965�03 4.062�03 3.217�03 2.149�03 1.141�03 6.977�04 4.688�04 3.374�04 1.824�04 1.197�044 58 3.242�04 2.731�04 2.225�04 1.555�04 8.960�05 5.879�05 4.179�05 3.135�05 1.766�05 1.125�054 59 3.361�04 2.951�04 2.542�04 1.997�04 1.464�04 1.214�04 1.077�04 9.921�05 8.812�05 8.290�054 60 1.970�04 1.680�04 1.390�04 9.902�05 5.826�05 3.853�05 2.759�05 2.092�05 1.250�05 8.865�064 61 2.361�04 2.007�04 1.654�04 1.173�04 6.882�05 4.564�05 3.278�05 2.492�05 1.484�05 1.031�054 62 1.259�04 1.066�04 8.710�05 6.022�05 3.308�05 2.030�05 1.343�05 9.403�06 4.569�06 2.587�064 63 1.126�03 9.491�04 7.752�04 5.454�04 3.214�04 2.174�04 1.605�04 1.258�04 8.092�05 6.007�054 64 8.334�02 8.641�02 8.934�02 9.365�02 9.933�02 1.026�01 1.047�01 1.061�01 1.082�01 1.093�014 65 1.346�03 1.163�03 9.855�04 7.546�04 5.408�04 4.461�04 3.982�04 3.718�04 3.430�04 3.319�044 66 1.154�04 9.458�05 7.494�05 4.986�05 2.624�05 1.598�05 1.076�05 7.779�06 4.286�06 2.916�064 67 1.364�04 1.117�04 8.846�05 5.923�05 3.259�05 2.164�05 1.648�05 1.385�05 1.150�05 1.115�054 68 1.799�04 1.495�04 1.206�04 8.321�05 4.681�05 3.047�05 2.206�05 1.729�05 1.191�05 1.002�054 69 2.205�04 1.830�04 1.474�04 1.015�04 5.747�05 3.809�05 2.829�05 2.285�05 1.695�05 1.506�054 70 1.357�03 1.131�03 9.121�04 6.272�04 3.544�04 2.305�04 1.632�04 1.223�04 6.917�05 4.427�054 71 1.178�05 1.051�05 9.306�06 7.681�06 6.027�06 5.381�06 5.153�06 5.138�06 5.447�06 5.863�064 72 1.172�05 1.047�05 9.207�06 7.351�06 5.170�06 4.033�06 3.375�06 2.967�06 2.467�06 2.280�064 73 1.118�03 9.425�04 7.713�04 5.466�04 3.299�04 2.306�04 1.767�04 1.439�04 1.016�04 8.212�054 74 1.077�03 9.418�04 8.147�04 6.419�04 4.583�04 3.812�04 3.469�04 3.346�04 3.422�04 3.642�044 75 9.093�04 8.994�04 9.158�04 9.969�04 1.255�03 1.524�03 1.796�03 2.058�03 2.620�03 3.063�034 76 3.136�03 3.500�03 4.060�03 5.310�03 7.992�03 1.039�02 1.263�02 1.471�02 1.905�02 2.241�02

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 505

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 77 6.328�03 7.557�03 9.305�03 1.300�02 2.054�02 2.709�02 3.315�02 3.874�02 5.029�02 5.920�024 78 7.700�05 6.732�05 5.722�05 4.267�05 2.664�05 1.840�05 1.361�05 1.059�05 6.647�06 4.856�064 79 8.995�05 7.970�05 6.922�05 5.454�05 3.909�05 3.146�05 2.714�05 2.449�05 2.111�05 1.964�054 80 1.077�03 9.485�04 8.207�04 6.330�04 4.149�04 3.011�04 2.353�04 1.939�04 1.441�04 1.272�044 81 3.391�03 4.122�03 5.108�03 7.123�03 1.103�02 1.439�02 1.742�02 2.021�02 2.600�02 3.047�024 82 2.072�03 2.344�03 2.739�03 3.589�03 5.323�03 6.854�03 8.254�03 9.554�03 1.227�02 1.436�024 83 3.445�03 3.886�03 4.515�03 5.863�03 8.575�03 1.097�02 1.315�02 1.517�02 1.940�02 2.268�024 84 2.009�03 1.774�03 1.537�03 1.183�03 7.651�04 5.477�04 4.223�04 3.458�04 2.531�04 2.164�044 85 9.898�04 9.032�04 8.221�04 7.155�04 6.300�04 6.197�04 6.416�04 6.792�04 7.871�04 8.852�044 86 8.743�04 7.814�04 6.945�04 5.794�04 4.742�04 4.453�04 4.474�04 4.651�04 5.283�04 5.901�044 87 7.319�04 6.400�04 5.492�04 4.160�04 2.619�04 1.825�04 1.372�04 1.095�04 7.514�05 6.096�054 88 3.464�03 4.026�03 4.802�03 6.419�03 9.585�03 1.234�02 1.480�02 1.709�02 2.186�02 2.552�024 89 9.380�03 9.581�03 9.884�03 1.058�02 1.194�02 1.297�02 1.380�02 1.447�02 1.566�02 1.641�024 90 2.637�02 2.818�02 3.031�02 3.421�02 4.048�02 4.479�02 4.812�02 5.072�02 5.523�02 5.804�024 91 4.258�02 4.625�02 5.047�02 5.794�02 6.955�02 7.738�02 8.336�02 8.800�02 9.600�02 1.010�014 92 3.237�03 2.721�03 2.224�03 1.564�03 8.929�04 5.775�04 4.045�04 3.000�04 1.694�04 1.115�044 93 8.242�07 1.015�06 1.286�06 1.862�06 3.035�06 4.053�06 4.979�06 5.838�06 7.622�06 8.986�064 94 1.077�06 9.494�07 8.242�07 6.452�07 4.440�07 3.426�07 2.854�07 2.501�07 2.130�07 2.078�074 95 1.139�02 1.182�02 1.238�02 1.351�02 1.553�02 1.699�02 1.815�02 1.908�02 2.071�02 2.173�024 96 1.254�02 1.341�02 1.442�02 1.628�02 1.928�02 2.136�02 2.295�02 2.420�02 2.637�02 2.772�024 97 4.667�03 4.612�03 4.602�03 4.708�03 5.078�03 5.407�03 5.697�03 5.939�03 6.388�03 6.680�034 98 1.801�02 1.889�02 1.998�02 2.209�02 2.569�02 2.826�02 3.026�02 3.185�02 3.464�02 3.642�024 99 8.622�03 8.612�03 8.690�03 9.033�03 9.908�03 1.063�02 1.125�02 1.176�02 1.268�02 1.329�024 100 1.475�03 1.583�03 1.709�03 1.937�03 2.303�03 2.555�03 2.748�03 2.899�03 3.162�03 3.328�034 101 7.941�03 6.692�03 5.490�03 3.897�03 2.286�03 1.539�03 1.131�03 8.869�04 5.863�04 4.564�044 102 3.204�03 2.874�03 2.570�03 2.202�03 1.903�03 1.807�03 1.785�03 1.791�03 1.838�03 1.884�034 103 1.584�02 1.685�02 1.806�02 2.029�02 2.393�02 2.645�02 2.838�02 2.991�02 3.259�02 3.426�024 104 7.211�03 7.615�03 8.102�03 9.013�03 1.053�02 1.158�02 1.239�02 1.304�02 1.417�02 1.487�024 105 1.356�03 1.347�03 1.351�03 1.393�03 1.515�03 1.619�03 1.708�03 1.783�03 1.921�03 2.010�034 106 5.422�04 4.786�04 4.138�04 3.160�04 1.981�04 1.350�04 9.719�05 7.299�05 4.081�05 2.552�054 107 8.147�04 7.206�04 6.243�04 4.782�04 3.007�04 2.053�04 1.479�04 1.111�04 6.209�05 3.876�054 108 3.799�06 3.486�06 3.176�06 2.784�06 2.467�06 2.366�06 2.349�06 2.365�06 2.441�06 2.510�064 109 3.478�04 3.049�04 2.620�04 1.981�04 1.225�04 8.247�05 5.888�05 4.393�05 2.414�05 1.484�054 110 4.000�04 3.506�04 3.013�04 2.290�04 1.437�04 9.969�05 7.400�05 5.806�05 3.806�05 2.946�054 111 1.289�05 1.295�05 1.320�05 1.399�05 1.574�05 1.712�05 1.825�05 1.916�05 2.082�05 2.189�054 112 3.296�06 2.706�06 2.162�06 1.474�06 8.153�07 5.212�07 3.644�07 2.716�07 1.578�07 1.083�074 113 4.527�03 3.794�03 3.090�03 2.158�03 1.218�03 7.818�04 5.437�04 4.007�04 2.234�04 1.456�044 114 4.072�03 3.412�03 2.779�03 1.940�03 1.094�03 7.011�04 4.871�04 3.588�04 1.993�04 1.287�044 115 4.222�04 3.523�04 2.854�04 1.974�04 1.095�04 6.916�05 4.738�05 3.442�05 1.847�05 1.147�054 116 8.260�07 7.213�07 6.113�07 4.543�07 2.853�07 2.010�07 1.544�07 1.268�07 9.403�08 8.137�084 117 1.408�03 1.177�03 9.567�04 6.660�04 3.752�04 2.421�04 1.698�04 1.266�04 7.376�05 5.092�054 118 1.863�03 1.557�03 1.265�03 8.793�04 4.923�04 3.139�04 2.165�04 1.580�04 8.549�05 5.359�054 119 2.140�03 1.790�03 1.455�03 1.015�03 5.733�04 3.695�04 2.587�04 1.925�04 1.105�04 7.440�054 120 6.736�05 5.618�05 4.542�05 3.131�05 1.731�05 1.102�05 7.582�06 5.514�06 2.965�06 1.858�064 121 1.959�04 1.638�04 1.330�04 9.249�05 5.240�05 3.445�05 2.479�05 1.908�05 1.226�05 9.415�064 122 1.046�06 9.514�07 8.552�07 7.265�07 6.097�07 5.632�07 5.453�07 5.402�07 5.473�07 5.590�074 123 2.618�06 2.285�06 1.945�06 1.447�06 8.906�07 6.071�07 4.450�07 3.454�07 2.217�07 1.720�074 124 2.680�06 2.320�06 1.957�06 1.442�06 8.748�07 5.921�07 4.308�07 3.323�07 2.098�07 1.578�074 125 3.127�05 2.771�05 2.409�05 1.856�05 1.176�05 8.050�06 5.829�06 4.402�06 2.483�06 1.566�064 126 3.120�05 2.766�05 2.406�05 1.860�05 1.187�05 8.261�06 6.090�06 4.705�06 2.892�06 2.055�064 127 7.921�06 7.023�06 6.057�06 4.626�06 3.020�06 2.176�06 1.686�06 1.384�06 1.017�06 8.878�074 128 8.477�06 7.480�06 6.409�06 4.821�06 3.022�06 2.060�06 1.486�06 1.118�06 6.260�07 3.960�074 129 4.170�07 3.325�07 2.573�07 1.680�07 9.482�08 6.841�08 5.673�08 5.108�08 4.733�08 4.848�084 130 2.450�07 1.924�07 1.461�07 9.110�08 4.489�08 2.699�08 1.812�08 1.300�08 6.663�09 3.990�094 131 1.075�04 8.890�05 7.137�05 4.868�05 2.655�05 1.662�05 1.135�05 8.251�06 4.503�06 2.895�064 132 1.129�04 9.346�05 7.505�05 5.121�05 2.787�05 1.736�05 1.178�05 8.511�06 4.551�06 2.850�064 133 1.155�03 1.178�03 1.243�03 1.438�03 1.938�03 2.425�03 2.879�03 3.313�03 4.255�03 4.992�034 134 8.791�04 8.191�04 7.733�04 7.383�04 7.808�04 8.738�04 9.813�04 1.095�03 1.362�03 1.579�034 135 1.488�03 1.494�03 1.549�03 1.744�03 2.285�03 2.829�03 3.342�03 3.835�03 4.914�03 5.764�034 136 7.495�04 6.561�04 5.634�04 4.276�04 2.666�04 1.831�04 1.349�04 1.051�04 6.771�05 5.152�054 137 1.039�03 9.089�04 7.803�04 5.919�04 3.686�04 2.529�04 1.858�04 1.443�04 9.208�05 6.935�054 138 2.622�03 2.379�03 2.146�03 1.855�03 1.645�03 1.591�03 1.598�03 1.623�03 1.770�03 1.959�03

506 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 139 4.040�03 3.732�03 3.432�03 3.053�03 2.769�03 2.687�03 2.683�03 2.704�03 2.852�03 3.049�034 140 2.784�03 2.384�03 1.981�03 1.429�03 8.807�04 6.246�04 4.879�04 4.080�04 3.218�04 2.991�044 141 1.135�02 1.109�02 1.079�02 1.038�02 1.006�02 9.955�03 9.917�03 9.907�03 9.930�03 9.966�034 142 4.334�03 3.948�03 3.583�03 3.138�03 2.841�03 2.784�03 2.820�03 2.879�03 3.163�03 3.516�034 143 1.693�03 1.480�03 1.255�03 9.346�04 5.981�04 4.307�04 3.361�04 2.778�04 2.071�04 1.809�044 144 3.413�03 3.095�03 2.767�03 2.308�03 1.846�03 1.626�03 1.504�03 1.430�03 1.338�03 1.298�034 145 1.919�03 1.667�03 1.403�03 1.026�03 6.319�04 4.356�04 3.240�04 2.549�04 1.670�04 1.293�044 146 4.559�02 4.690�02 4.806�02 4.968�02 5.194�02 5.333�02 5.420�02 5.481�02 5.574�02 5.627�024 147 3.812�03 3.380�03 2.945�03 2.361�03 1.823�03 1.596�03 1.497�03 1.452�03 1.481�03 1.588�034 148 3.124�03 2.667�03 2.205�03 1.566�03 9.151�04 6.025�04 4.290�04 3.239�04 1.920�04 1.346�044 149 3.778�03 3.224�03 2.664�03 1.890�03 1.101�03 7.215�04 5.098�04 3.809�04 2.195�04 1.496�044 150 4.881�03 4.312�03 3.821�03 3.312�03 3.066�03 3.121�03 3.243�03 3.370�03 3.807�03 4.320�034 151 7.968�03 7.606�03 7.369�03 7.362�03 8.026�03 8.830�03 9.605�03 1.031�02 1.191�02 1.330�024 152 4.005�03 3.264�03 2.569�03 1.698�03 9.051�04 5.698�04 4.021�04 3.083�04 2.091�04 1.817�044 153 4.304�03 3.705�03 3.173�03 2.578�03 2.165�03 2.077�03 2.076�03 2.109�03 2.235�03 2.351�034 154 1.098�03 9.311�04 7.614�04 5.264�04 2.897�04 1.789�04 1.193�04 8.428�05 4.188�05 2.401�054 155 5.470�02 5.886�02 6.389�02 7.355�02 9.038�02 1.039�01 1.155�01 1.256�01 1.466�01 1.633�014 156 1.515�02 1.604�02 1.717�02 1.947�02 2.368�02 2.714�02 3.014�02 3.280�02 3.832�02 4.273�024 157 3.052�03 2.924�03 2.835�03 2.817�03 3.028�03 3.303�03 3.582�03 3.850�03 4.440�03 4.929�034 158 7.477�03 6.410�03 5.405�03 4.153�03 3.041�03 2.611�03 2.443�03 2.394�03 2.460�03 2.601�034 159 5.147�03 4.340�03 3.591�03 2.676�03 1.879�03 1.569�03 1.429�03 1.364�03 1.330�03 1.348�034 160 1.467�02 1.539�02 1.635�02 1.836�02 2.217�02 2.535�02 2.813�02 3.060�02 3.574�02 3.985�024 161 5.183�03 4.468�03 3.809�03 3.024�03 2.407�03 2.232�03 2.214�03 2.261�03 2.464�03 2.679�034 162 1.806�02 1.947�02 2.118�02 2.444�02 3.010�02 3.464�02 3.851�02 4.193�02 4.896�02 5.456�024 163 1.475�02 1.612�02 1.773�02 2.071�02 2.572�02 2.966�02 3.300�02 3.592�02 4.193�02 4.669�024 164 2.937�03 2.644�03 2.446�03 2.374�03 2.590�03 2.853�03 3.100�03 3.300�03 3.627�03 3.821�034 165 4.978�03 4.884�03 4.964�03 5.470�03 6.644�03 7.626�03 8.463�03 9.103�03 1.009�02 1.067�024 166 9.938�04 9.123�04 8.630�04 8.581�04 9.554�04 1.065�03 1.170�03 1.252�03 1.381�03 1.457�034 167 1.322�03 1.047�03 8.164�04 5.654�04 3.818�04 3.211�04 2.983�04 2.906�04 2.920�04 2.981�044 168 1.445�03 1.397�03 1.398�03 1.511�03 1.804�03 2.065�03 2.292�03 2.466�03 2.733�03 2.888�034 169 1.645�03 1.359�03 1.124�03 8.893�04 7.598�04 7.557�04 7.862�04 8.192�04 8.803�04 9.210�044 170 4.750�03 3.875�03 3.048�03 2.001�03 1.032�03 6.145�04 4.025�04 2.827�04 1.441�04 8.838�054 171 2.116�03 2.152�03 2.265�03 2.600�03 3.250�03 3.772�03 4.210�03 4.541�03 5.046�03 5.337�034 172 1.531�03 1.230�03 9.741�04 6.858�04 4.719�04 4.036�04 3.835�04 3.798�04 3.877�04 3.987�044 173 3.068�03 2.511�03 1.991�03 1.346�03 7.665�04 5.289�04 4.167�04 3.597�04 3.096�04 3.033�044 174 5.312�03 4.362�03 3.456�03 2.298�03 1.209�03 7.311�04 4.843�04 3.430�04 1.764�04 1.073�044 175 1.197�03 9.401�04 7.255�04 4.966�04 3.364�04 2.900�04 2.744�04 2.707�04 2.766�04 2.839�044 176 1.022�03 7.935�04 6.018�04 3.905�04 2.377�04 1.916�04 1.773�04 1.732�04 1.735�04 1.766�044 177 1.490�03 1.252�03 1.061�03 8.938�04 8.349�04 8.473�04 8.715�04 8.999�04 9.658�04 1.009�034 178 2.099�03 1.732�03 1.383�03 9.388�04 5.143�04 3.236�04 2.240�04 1.663�04 9.797�05 7.059�054 179 1.077�03 8.563�04 6.745�04 4.860�04 3.667�04 3.462�04 3.515�04 3.620�04 3.848�04 4.008�044 180 1.147�03 1.087�03 1.070�03 1.136�03 1.349�03 1.545�03 1.716�03 1.848�03 2.050�03 2.167�034 181 1.392�03 1.067�03 7.888�04 4.728�04 2.169�04 1.219�04 7.750�05 5.371�05 2.768�05 1.818�054 182 1.266�03 1.347�03 1.474�03 1.766�03 2.277�03 2.667�03 2.989�03 3.231�03 3.598�03 3.808�034 183 8.846�04 9.693�04 1.086�03 1.330�03 1.737�03 2.041�03 2.290�03 2.477�03 2.760�03 2.921�034 184 8.639�04 6.590�04 4.836�04 2.838�04 1.236�04 6.590�05 4.018�05 2.691�05 1.279�05 7.707�064 185 8.103�04 6.270�04 4.685�04 2.840�04 1.307�04 7.274�05 4.636�05 3.263�05 1.807�05 1.318�054 186 1.383�06 1.182�06 9.750�07 6.841�07 3.839�07 2.393�07 1.600�07 1.127�07 5.507�08 3.099�084 187 3.954�06 3.489�06 3.006�06 2.287�06 1.443�06 9.927�07 7.241�07 5.522�07 3.226�07 2.153�074 188 5.592�06 4.918�06 4.225�06 3.198�06 2.002�06 1.367�06 9.894�07 7.486�07 4.274�07 2.755�074 189 2.849�06 2.518�06 2.161�06 1.631�06 1.027�06 7.023�07 5.086�07 3.847�07 2.202�07 1.444�074 190 1.529�06 1.253�06 9.982�07 6.716�07 3.558�07 2.168�07 1.445�07 1.030�07 5.473�08 3.594�084 191 2.784�06 2.466�06 2.123�06 1.611�06 1.022�06 7.028�07 5.105�07 3.865�07 2.194�07 1.407�074 192 2.818�06 2.288�06 1.797�06 1.183�06 6.246�07 3.964�07 2.884�07 2.332�07 1.831�07 1.743�074 193 7.436�09 6.081�09 4.975�09 3.991�09 3.787�09 4.106�09 4.424�09 4.696�09 5.117�09 4.529�094 194 1.417�08 1.109�08 8.467�09 5.587�09 3.503�09 2.842�09 2.578�09 2.449�09 2.395�09 2.539�094 195 2.019�06 1.666�06 1.329�06 8.941�07 4.810�07 2.993�07 2.061�07 1.531�07 9.203�08 6.863�084 196 2.531�06 2.091�06 1.668�06 1.120�06 5.944�07 3.608�07 2.394�07 1.695�07 8.622�08 5.106�084 197 1.099�05 9.416�06 7.811�06 5.577�06 3.276�06 2.157�06 1.530�06 1.146�06 6.569�07 4.413�074 198 8.686�06 7.441�06 6.175�06 4.412�06 2.596�06 1.713�06 1.217�06 9.138�07 5.292�07 3.597�074 199 6.858�06 5.949�06 5.006�06 3.658�06 2.223�06 1.496�06 1.073�06 8.056�07 4.503�07 2.846�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 507

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 200 1.256�05 1.092�05 9.224�06 6.815�06 4.279�06 3.011�06 2.282�06 1.826�06 1.232�06 9.612�074 201 1.227�05 1.045�05 8.589�06 5.989�06 3.334�06 2.070�06 1.383�06 9.752�07 4.795�07 2.717�074 202 1.751�05 1.457�05 1.176�05 8.108�06 4.524�06 2.897�06 2.042�06 1.548�06 9.722�07 7.475�074 203 2.491�05 2.085�05 1.697�05 1.192�05 7.051�06 4.890�06 3.791�06 3.187�06 2.555�06 2.376�064 204 9.915�06 8.223�06 6.589�06 4.460�06 2.404�06 1.483�06 1.003�06 7.257�07 3.970�07 2.608�074 205 1.212�05 9.979�06 7.932�06 5.292�06 2.781�06 1.676�06 1.109�06 7.863�07 4.102�07 2.592�074 206 2.230�06 1.982�06 1.722�06 1.334�06 8.870�07 6.536�07 5.180�07 4.345�07 3.328�07 2.939�074 207 3.155�06 2.812�06 2.453�06 1.924�06 1.326�06 1.020�06 8.455�07 7.417�07 6.242�07 5.885�074 208 8.118�07 6.863�07 5.649�07 4.048�07 2.443�07 1.709�07 1.320�07 1.090�07 8.081�08 6.909�084 209 3.208�07 2.882�07 2.578�07 2.211�07 1.931�07 1.869�07 1.893�07 1.935�07 2.022�07 2.088�074 210 4.557�08 3.613�08 2.810�08 1.954�08 1.364�08 1.204�08 1.169�08 1.169�08 1.196�08 1.228�084 211 4.825�08 3.880�08 3.083�08 2.246�08 1.707�08 1.565�08 1.535�08 1.544�08 1.605�08 1.662�084 212 2.694�07 2.251�07 1.831�07 1.291�07 7.814�08 5.695�08 4.685�08 4.149�08 3.561�08 3.305�084 213 2.272�07 1.929�07 1.603�07 1.191�07 8.197�08 6.822�08 6.302�08 6.104�08 6.029�08 6.091�084 219 8.846�07 7.582�07 6.268�07 4.417�07 2.495�07 1.561�07 1.046�07 7.382�08 3.601�08 2.009�084 228 4.478�07 3.995�07 3.482�07 2.697�07 1.741�07 1.213�07 8.914�08 6.824�08 3.978�08 2.616�084 229 5.533�07 4.931�07 4.294�07 3.319�07 2.138�07 1.487�07 1.090�07 8.326�08 4.823�08 3.140�084 236 6.989�07 6.254�07 5.440�07 4.192�07 2.707�07 1.879�07 1.372�07 1.042�07 5.901�08 3.744�084 237 7.288�07 6.536�07 5.699�07 4.411�07 2.869�07 2.003�07 1.470�07 1.120�07 6.405�08 4.098�084 242 1.089�11 1.029�11 1.453�11 3.468�11 9.343�11 1.203�10 1.353�10 1.335�10 2.100�10 3.157�104 243 1.300�11 1.178�11 1.560�11 2.523�11 6.943�11 8.802�11 7.592�11 5.204�11 1.823�10 4.082�104 247 6.936�07 5.754�07 4.612�07 3.122�07 1.681�07 1.038�07 7.055�08 5.152�08 2.913�08 2.007�084 248 6.996�07 5.818�07 4.674�07 3.170�07 1.701�07 1.037�07 6.888�08 4.866�08 2.443�08 1.417�084 249 3.247�10 2.575�10 2.000�10 1.476�10 1.347�10 1.663�10 2.263�10 3.419�10 5.955�10 8.279�105 6 1.908�01 1.634�01 1.352�01 9.584�02 5.592�02 3.632�02 2.531�02 1.858�02 1.006�02 6.290�035 7 6.700�02 5.761�02 4.786�02 3.420�02 2.021�02 1.326�02 9.311�03 6.877�03 3.754�03 2.353�035 8 3.398�02 2.837�02 2.271�02 1.529�02 8.184�03 4.911�03 3.190�03 2.199�03 1.034�03 5.747�045 9 1.629�02 1.393�02 1.148�02 8.142�03 4.747�03 3.074�03 2.135�03 1.561�03 8.320�04 5.098�045 10 2.407�02 2.053�02 1.693�02 1.204�02 7.120�03 4.708�03 3.335�03 2.484�03 1.378�03 8.727�045 11 1.459+00 1.566+00 1.680+00 1.864+00 2.138+00 2.336+00 2.488+00 2.612+00 2.850+00 3.026+005 12 3.939�03 3.516�03 3.055�03 2.342�03 1.491�03 1.032�03 7.580�04 5.821�04 3.460�04 2.342�045 13 5.471�02 4.913�02 4.298�02 3.345�02 2.206�02 1.595�02 1.233�02 1.003�02 7.000�03 5.621�035 14 4.229�03 3.765�03 3.256�03 2.470�03 1.543�03 1.049�03 7.560�04 5.696�04 3.220�04 2.063�045 15 2.121�02 1.892�02 1.639�02 1.248�02 7.873�03 5.419�03 3.966�03 3.042�03 1.822�03 1.255�035 16 2.021�06 1.809�06 1.603�06 1.330�06 1.067�06 9.737�07 9.408�07 9.387�07 9.603�07 9.594�075 17 7.266�05 6.344�05 5.441�05 4.124�05 2.542�05 1.708�05 1.222�05 9.149�06 5.116�06 3.239�065 18 3.630�04 3.174�04 2.730�04 2.089�04 1.329�04 9.380�05 7.166�05 5.818�05 4.162�05 3.500�055 19 2.395�05 2.128�05 1.841�05 1.409�05 9.022�06 6.238�06 4.557�06 3.472�06 2.006�06 1.305�065 20 8.102�05 7.253�05 6.337�05 4.974�05 3.401�05 2.553�05 2.047�05 1.724�05 1.295�05 1.093�055 21 8.135�04 7.027�04 5.958�04 4.439�04 2.673�04 1.768�04 1.249�04 9.254�05 5.049�05 3.121�055 22 9.072�03 1.071�02 1.289�02 1.735�02 2.572�02 3.278�02 3.920�02 4.486�02 5.628�02 6.534�025 23 2.110�02 2.490�02 2.997�02 4.036�02 5.986�02 7.628�02 9.124�02 1.044�01 1.310�01 1.522�015 24 1.563�03 1.367�03 1.174�03 8.894�04 5.472�04 3.671�04 2.619�04 1.955�04 1.081�04 6.753�055 25 7.339�03 6.423�03 5.519�03 4.187�03 2.586�03 1.743�03 1.249�03 9.385�04 5.320�04 3.430�045 26 1.193�03 1.109�03 1.030�03 9.430�04 8.880�04 8.867�04 9.061�04 9.536�04 1.053�03 1.046�035 27 1.401�02 1.277�02 1.153�02 9.933�03 8.502�03 7.964�03 7.800�03 7.963�03 8.446�03 8.259�035 28 5.743�03 4.907�03 4.083�03 2.975�03 1.879�03 1.366�03 1.092�03 9.419�04 7.687�04 6.674�045 29 1.883�02 1.649�02 1.410�02 1.080�02 7.445�03 5.832�03 4.963�03 4.515�03 4.020�03 3.638�035 30 2.373�02 2.303�02 2.245�02 2.222�02 2.290�02 2.389�02 2.499�02 2.663�02 2.978�02 2.976�025 31 3.745�02 3.553�02 3.380�02 3.222�02 3.188�02 3.267�02 3.387�02 3.598�02 4.014�02 4.001�025 32 8.456�03 7.163�03 5.861�03 4.081�03 2.304�03 1.479�03 1.041�03 7.923�04 5.010�04 3.718�045 33 5.904�03 5.768�03 5.668�03 5.688�03 5.964�03 6.284�03 6.614�03 7.089�03 7.989�03 7.995�035 34 1.415�02 1.317�02 1.221�02 1.112�02 1.034�02 1.022�02 1.037�02 1.086�02 1.190�02 1.179�025 35 4.277�01 4.377�01 4.462�01 4.577�01 4.728�01 4.811�01 4.860�01 4.894�01 4.943�01 4.961�015 36 8.336�03 7.063�03 5.801�03 4.084�03 2.352�03 1.521�03 1.061�03 7.819�04 4.272�04 2.680�045 37 2.411�02 2.094�02 1.777�02 1.346�02 9.138�03 7.083�03 5.954�03 5.276�03 4.429�03 4.052�035 38 5.367�03 4.667�03 4.042�03 3.299�03 2.713�03 2.524�03 2.463�03 2.556�03 2.832�03 2.763�035 39 1.450�02 1.313�02 1.200�02 1.083�02 1.032�02 1.049�02 1.082�02 1.155�02 1.323�02 1.347�025 40 3.146�02 2.944�02 2.797�02 2.700�02 2.807�02 2.999�02 3.191�02 3.447�02 4.006�02 4.222�025 41 4.019�03 3.393�03 2.761�03 1.897�03 1.032�03 6.296�04 4.150�04 2.899�04 1.409�04 8.011�055 42 3.955�02 3.429�02 2.969�02 2.437�02 2.042�02 1.927�02 1.896�02 1.985�02 2.228�02 2.160�025 43 6.020�03 5.511�03 5.092�03 4.640�03 4.398�03 4.400�03 4.456�03 4.735�03 5.379�03 5.249�03

508 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

5 44 1.387�02 1.304�02 1.244�02 1.203�02 1.243�02 1.320�02 1.399�02 1.508�02 1.748�02 1.833�025 45 4.245�02 4.477�02 4.796�02 5.475�02 6.743�02 7.822�02 8.744�02 9.601�02 1.138�01 1.265�015 46 5.949�01 6.610�01 7.399�01 8.881�01 1.137+00 1.339+00 1.507+00 1.657+00 1.965+00 2.200+005 47 1.656�02 1.401�02 1.164�02 8.747�03 6.270�03 5.398�03 5.100�03 5.054�03 5.308�03 5.651�035 48 1.115�01 1.125�01 1.155�01 1.248�01 1.462�01 1.663�01 1.843�01 2.007�01 2.356�01 2.626�015 49 2.284�01 2.482�01 2.725�01 3.197�01 4.013�01 4.685�01 5.251�01 5.753�01 6.791�01 7.589�015 50 9.739�02 1.051�01 1.148�01 1.340�01 1.677�01 1.956�01 2.191�01 2.401�01 2.833�01 3.165�015 51 6.628�03 5.286�03 4.058�03 2.563�03 1.258�03 7.323�04 4.800�04 3.471�04 2.059�04 1.486�045 52 2.744�04 2.207�04 1.712�04 1.103�04 5.539�05 3.248�05 2.119�05 1.498�05 7.971�06 5.162�065 53 1.069�03 8.897�04 7.246�04 5.212�04 3.403�04 2.701�04 2.406�04 2.291�04 2.289�04 2.400�045 54 1.413�02 1.154�02 9.097�03 6.003�03 3.114�03 1.865�03 1.229�03 8.652�04 4.320�04 2.560�045 55 2.857�02 2.317�02 1.812�02 1.179�02 5.982�03 3.519�03 2.287�03 1.591�03 7.783�04 4.577�045 56 1.498�02 1.222�02 9.635�03 6.384�03 3.339�03 2.007�03 1.324�03 9.317�04 4.668�04 2.781�045 57 6.082�03 4.869�03 3.753�03 2.382�03 1.161�03 6.584�04 4.145�04 2.807�04 1.301�04 7.405�055 58 1.343�06 1.187�06 1.037�06 8.455�07 6.765�07 6.104�07 5.854�07 5.766�07 5.794�07 5.914�075 59 6.929�04 5.843�04 4.770�04 3.342�04 1.935�04 1.276�04 9.119�05 6.885�05 3.965�05 2.606�055 60 5.009�04 4.369�04 3.727�04 2.847�04 1.958�04 1.531�04 1.297�04 1.155�04 9.764�05 8.996�055 61 3.497�04 2.962�04 2.429�04 1.711�04 9.927�05 6.502�05 4.597�05 3.426�05 1.900�05 1.197�055 62 1.935�04 1.639�04 1.338�04 9.255�05 5.089�05 3.131�05 2.079�05 1.462�05 7.232�06 4.218�065 63 1.100�04 1.135�04 1.180�04 1.267�04 1.430�04 1.536�04 1.621�04 1.693�04 1.824�04 1.899�045 64 1.312�03 1.134�03 9.594�04 7.323�04 5.208�04 4.264�04 3.782�04 3.515�04 3.217�04 3.098�045 65 1.272�01 1.314�01 1.355�01 1.415�01 1.495�01 1.543�01 1.572�01 1.593�01 1.623�01 1.639�015 66 2.675�04 2.236�04 1.834�04 1.350�04 9.677�05 8.606�05 8.510�05 8.810�05 1.001�04 1.121�045 67 1.203�04 9.899�05 7.881�05 5.301�05 2.873�05 1.830�05 1.309�05 1.022�05 7.088�06 6.055�065 68 1.880�04 1.551�04 1.237�04 8.331�05 4.442�05 2.713�05 1.815�05 1.295�05 6.706�06 4.119�065 69 4.546�04 3.773�04 3.038�04 2.085�04 1.155�04 7.346�05 5.164�05 3.909�05 2.445�05 1.893�055 70 1.976�04 1.694�04 1.407�04 1.006�04 5.888�05 3.836�05 2.681�05 1.971�05 1.058�05 6.495�065 71 4.086�06 3.567�06 3.033�06 2.251�06 1.374�06 9.213�07 6.565�07 4.901�07 2.740�07 1.759�075 72 2.054�05 1.835�05 1.617�05 1.303�05 9.549�06 7.919�06 7.109�06 6.735�06 6.604�06 6.837�065 73 3.624�03 3.021�03 2.437�03 1.676�03 9.466�04 6.153�04 4.356�04 3.263�04 1.842�04 1.178�045 74 1.245�03 1.072�03 9.063�04 6.709�04 4.029�04 2.664�04 1.879�04 1.388�04 7.481�05 4.515�055 75 9.774�05 8.698�05 7.706�05 6.456�05 5.311�05 4.865�05 4.690�05 4.612�05 4.837�05 5.346�055 76 5.472�04 5.173�04 4.978�04 4.924�04 5.487�04 6.277�04 7.159�04 8.042�04 1.001�03 1.164�035 77 2.679�03 2.797�03 3.034�03 3.642�03 5.096�03 6.455�03 7.764�03 8.996�03 1.158�02 1.360�025 78 2.475�04 2.297�04 2.110�04 1.843�04 1.564�04 1.427�04 1.351�04 1.305�04 1.249�04 1.227�045 79 1.424�04 1.219�04 1.014�04 7.324�05 4.427�05 3.014�05 2.215�05 1.718�05 1.068�05 7.681�065 80 1.182�02 1.362�02 1.625�02 2.197�02 3.389�02 4.440�02 5.417�02 6.323�02 8.199�02 9.650�025 81 4.661�04 4.022�04 3.401�04 2.514�04 1.510�04 9.991�05 7.047�05 5.210�05 2.814�05 1.711�055 82 3.879�03 4.525�03 5.424�03 7.307�03 1.104�02 1.429�02 1.723�02 1.995�02 2.563�02 3.001�025 83 9.842�03 1.166�02 1.415�02 1.933�02 2.950�02 3.832�02 4.631�02 5.368�02 6.903�02 8.086�025 84 5.629�04 4.994�04 4.378�04 3.520�04 2.642�04 2.282�04 2.148�04 2.128�04 2.257�04 2.446�045 85 4.576�03 4.141�03 3.726�03 3.159�03 2.630�03 2.479�03 2.492�03 2.587�03 2.927�03 3.262�035 86 2.273�03 1.995�03 1.722�03 1.329�03 8.853�04 6.687�04 5.519�04 4.871�04 4.246�04 4.136�045 87 5.669�04 4.925�04 4.194�04 3.129�04 1.903�04 1.269�04 8.994�05 6.674�05 3.628�05 2.214�055 88 5.783�03 6.838�03 8.275�03 1.124�02 1.697�02 2.192�02 2.635�02 3.044�02 3.897�02 4.551�025 89 7.420�04 6.976�04 6.598�04 6.230�04 6.141�04 6.270�04 6.458�04 6.645�04 7.034�04 7.308�045 90 4.812�03 4.826�03 4.889�03 5.111�03 5.634�03 6.058�03 6.415�03 6.707�03 7.233�03 7.571�035 91 2.120�02 2.214�02 2.332�02 2.566�02 2.970�02 3.257�02 3.484�02 3.663�02 3.977�02 4.175�025 92 7.969�02 8.547�02 9.224�02 1.045�01 1.241�01 1.375�01 1.478�01 1.558�01 1.698�01 1.786�015 93 1.899�06 1.663�06 1.431�06 1.101�06 7.326�07 5.527�07 4.554�07 4.005�07 3.459�07 3.355�075 94 9.272�06 1.059�05 1.255�05 1.686�05 2.596�05 3.404�05 4.153�05 4.851�05 6.307�05 7.426�055 95 5.086�03 5.404�03 5.785�03 6.492�03 7.648�03 8.453�03 9.076�03 9.565�03 1.042�02 1.095�025 96 9.919�04 1.053�03 1.126�03 1.261�03 1.485�03 1.640�03 1.761�03 1.855�03 2.020�03 2.123�035 97 2.472�02 2.640�02 2.839�02 3.204�02 3.793�02 4.200�02 4.513�02 4.758�02 5.184�02 5.451�025 98 4.108�02 4.402�02 4.747�02 5.375�02 6.382�02 7.073�02 7.604�02 8.020�02 8.742�02 9.195�025 99 7.823�03 7.354�03 6.946�03 6.533�03 6.406�03 6.526�03 6.713�03 6.902�03 7.299�03 7.580�035 100 5.083�03 4.306�03 3.555�03 2.557�03 1.546�03 1.078�03 8.235�04 6.725�04 4.888�04 4.104�045 101 2.662�03 2.343�03 2.044�03 1.667�03 1.328�03 1.195�03 1.140�03 1.117�03 1.112�03 1.126�035 102 1.623�02 1.402�02 1.192�02 9.191�03 6.573�03 5.443�03 4.882�03 4.581�03 4.292�03 4.222�035 103 1.707�02 1.804�02 1.921�02 2.140�02 2.504�02 2.758�02 2.954�02 3.108�02 3.380�02 3.550�025 104 1.972�02 2.101�02 2.254�02 2.534�02 2.992�02 3.308�02 3.551�02 3.742�02 4.078�02 4.285�02

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 509

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

5 105 1.244�02 1.330�02 1.431�02 1.615�02 1.912�02 2.117�02 2.274�02 2.397�02 2.613�02 2.746�025 106 1.858�03 1.643�03 1.424�03 1.091�03 6.861�04 4.694�04 3.384�04 2.545�04 1.433�04 9.038�055 107 1.372�04 1.203�04 1.031�04 7.784�05 4.836�05 3.292�05 2.380�05 1.805�05 1.051�05 6.995�065 108 1.663�05 1.675�05 1.700�05 1.776�05 1.956�05 2.100�05 2.220�05 2.321�05 2.505�05 2.623�055 109 2.080�04 1.820�04 1.560�04 1.176�04 7.244�05 4.866�05 3.468�05 2.584�05 1.415�05 8.675�065 110 1.151�03 1.010�03 8.689�04 6.600�04 4.122�04 2.829�04 2.068�04 1.590�04 9.763�05 7.005�055 111 6.529�06 6.392�06 6.361�06 6.551�06 7.198�06 7.762�06 8.243�06 8.640�06 9.366�06 9.841�065 112 5.697�05 6.077�05 6.535�05 7.385�05 8.772�05 9.733�05 1.047�04 1.106�04 1.208�04 1.272�045 113 8.110�03 6.800�03 5.538�03 3.865�03 2.174�03 1.391�03 9.622�04 7.039�04 3.830�04 2.418�045 114 4.409�03 3.695�03 3.008�03 2.099�03 1.180�03 7.538�04 5.207�04 3.806�04 2.063�04 1.294�045 115 4.030�04 3.389�04 2.777�04 1.978�04 1.191�04 8.378�05 6.513�05 5.432�05 4.169�05 3.663�055 116 1.509�06 1.361�06 1.210�06 1.002�06 8.031�07 7.178�07 6.793�07 6.633�07 6.624�07 6.754�075 117 6.626�04 5.606�04 4.633�04 3.366�04 2.131�04 1.587�04 1.304�04 1.144�04 9.669�05 9.031�055 118 6.607�03 5.528�03 4.494�03 3.130�03 1.761�03 1.130�03 7.854�04 5.787�04 3.228�04 2.104�045 119 2.752�03 2.300�03 1.867�03 1.296�03 7.232�04 4.594�04 3.154�04 2.290�04 1.221�04 7.517�055 120 2.095�04 1.752�04 1.423�04 9.919�05 5.660�05 3.737�05 2.717�05 2.120�05 1.409�05 1.110�055 121 3.217�04 2.699�04 2.204�04 1.557�04 9.194�05 6.327�05 4.803�05 3.912�05 2.852�05 2.412�055 122 4.210�06 4.167�06 4.150�06 4.219�06 4.515�06 4.788�06 5.032�06 5.244�06 5.653�06 5.924�065 123 1.775�06 1.539�06 1.302�06 9.598�07 5.789�07 3.849�07 2.729�07 2.028�07 1.113�07 7.010�085 124 6.936�06 6.038�06 5.128�06 3.810�06 2.337�06 1.596�06 1.172�06 9.139�07 5.986�07 4.760�075 125 1.886�05 1.669�05 1.448�05 1.112�05 7.026�06 4.802�06 3.471�06 2.617�06 1.471�06 9.239�075 126 8.070�05 7.154�05 6.220�05 4.799�05 3.046�05 2.098�05 1.527�05 1.160�05 6.710�06 4.401�065 127 6.058�06 5.354�06 4.598�06 3.478�06 2.203�06 1.517�06 1.105�06 8.399�07 4.831�07 3.157�075 128 1.916�05 1.704�05 1.477�05 1.142�05 7.694�06 5.745�06 4.613�06 3.913�06 3.045�06 2.707�065 129 4.819�07 3.870�07 3.009�07 1.969�07 1.062�07 7.044�08 5.304�08 4.362�08 3.423�08 3.214�085 130 6.156�07 5.133�07 4.264�07 3.344�07 2.823�07 2.873�07 3.073�07 3.303�07 3.914�07 4.519�075 131 2.449�04 2.029�04 1.630�04 1.113�04 6.054�05 3.773�05 2.553�05 1.833�05 9.584�06 5.821�065 132 1.142�04 9.441�05 7.571�05 5.153�05 2.792�05 1.734�05 1.172�05 8.404�06 4.388�06 2.656�065 133 1.955�04 1.700�04 1.451�04 1.090�04 6.642�05 4.429�05 3.143�05 2.338�05 1.291�05 8.079�065 134 1.431�03 1.435�03 1.485�03 1.669�03 2.181�03 2.695�03 3.181�03 3.648�03 4.668�03 5.469�035 135 3.444�03 3.447�03 3.560�03 3.987�03 5.190�03 6.408�03 7.559�03 8.668�03 1.109�02 1.300�025 136 5.225�04 4.567�04 3.915�04 2.957�04 1.814�04 1.216�04 8.659�05 6.458�05 3.584�05 2.253�055 137 2.359�03 2.063�03 1.770�03 1.341�03 8.287�04 5.621�04 4.065�04 3.092�04 1.845�04 1.278�045 138 3.992�04 3.512�04 3.038�04 2.411�04 1.841�04 1.606�04 1.504�04 1.458�04 1.491�04 1.604�045 139 2.129�03 1.901�03 1.677�03 1.385�03 1.137�03 1.045�03 1.016�03 1.009�03 1.069�03 1.169�035 140 7.245�03 6.809�03 6.380�03 5.844�03 5.470�03 5.383�03 5.402�03 5.451�03 5.710�03 6.036�035 141 2.022�03 1.749�03 1.471�03 1.086�03 7.002�04 5.194�04 4.235�04 3.679�04 3.117�04 3.025�045 142 9.522�03 8.483�03 7.469�03 6.161�03 5.070�03 4.680�03 4.568�03 4.559�03 4.863�03 5.340�035 143 1.806�03 1.540�03 1.272�03 9.028�04 5.257�04 3.435�04 2.415�04 1.791�04 9.973�05 6.437�055 144 5.733�03 4.967�03 4.166�03 3.025�03 1.828�03 1.233�03 8.949�04 6.853�04 4.162�04 2.966�045 145 1.579�03 1.440�03 1.309�03 1.148�03 1.041�03 1.021�03 1.035�03 1.057�03 1.158�03 1.284�035 146 4.989�03 4.401�03 3.810�03 3.012�03 2.268�03 1.950�03 1.807�03 1.739�03 1.755�03 1.874�035 147 8.389�02 8.572�02 8.726�02 8.943�02 9.272�02 9.482�02 9.619�02 9.716�02 9.874�02 9.971�025 148 3.880�03 3.314�03 2.742�03 1.950�03 1.138�03 7.423�04 5.196�04 3.828�04 2.071�04 1.274�045 149 9.124�03 7.917�03 6.695�03 5.004�03 3.290�03 2.470�03 2.014�03 1.738�03 1.392�03 1.240�035 150 1.202�03 1.013�03 8.378�04 6.264�04 4.496�04 3.866�04 3.618�04 3.515�04 3.675�04 4.085�045 151 4.073�03 3.648�03 3.282�03 2.910�03 2.766�03 2.855�03 3.001�03 3.155�03 3.580�03 4.005�035 152 1.398�02 1.379�02 1.384�02 1.450�02 1.654�02 1.852�02 2.033�02 2.195�02 2.546�02 2.842�025 153 1.002�02 8.349�03 6.830�03 5.024�03 3.560�03 3.058�03 2.864�03 2.800�03 2.838�03 2.936�035 154 1.868�03 1.582�03 1.291�03 8.894�04 4.867�04 2.997�04 1.999�04 1.417�04 7.141�05 4.169�055 155 2.823�03 2.499�03 2.211�03 1.895�03 1.704�03 1.695�03 1.736�03 1.795�03 1.952�03 2.091�035 156 2.734�03 2.355�03 2.013�03 1.618�03 1.323�03 1.244�03 1.228�03 1.239�03 1.302�03 1.366�035 157 1.461�03 1.262�03 1.085�03 8.833�04 7.387�04 7.041�04 6.999�04 7.083�04 7.457�04 7.812�045 158 4.368�03 3.629�03 2.923�03 2.020�03 1.169�03 7.956�04 6.052�04 4.991�04 3.831�04 3.439�045 159 1.007�01 1.091�01 1.191�01 1.381�01 1.709�01 1.970�01 2.192�01 2.388�01 2.792�01 3.112�015 160 2.846�02 2.793�02 2.775�02 2.854�02 3.167�02 3.494�02 3.807�02 4.097�02 4.724�02 5.237�025 161 4.276�02 4.500�02 4.789�02 5.387�02 6.493�02 7.409�02 8.204�02 8.908�02 1.037�01 1.154�015 162 1.915�02 1.988�02 2.091�02 2.321�02 2.771�02 3.151�02 3.485�02 3.781�02 4.398�02 4.891�025 163 2.233�03 1.799�03 1.397�03 9.001�04 4.581�04 2.764�04 1.882�04 1.405�04 8.929�05 7.141�055 164 2.687�04 2.231�04 1.861�04 1.491�04 1.297�04 1.299�04 1.355�04 1.413�04 1.520�04 1.590�045 165 6.606�04 6.306�04 6.225�04 6.582�04 7.715�04 8.762�04 9.695�04 1.042�03 1.152�03 1.217�035 166 7.865�04 6.604�04 5.575�04 4.662�04 4.289�04 4.319�04 4.425�04 4.559�04 4.879�04 5.093�04

510 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

5 167 5.325�03 5.557�03 5.974�03 7.007�03 8.889�03 1.035�02 1.157�02 1.249�02 1.389�02 1.469�025 168 1.124�03 9.227�04 7.589�04 5.979�04 5.103�04 4.954�04 4.981�04 5.081�04 5.383�04 5.597�045 169 1.897�03 1.560�03 1.284�03 1.002�03 8.425�04 8.264�04 8.504�04 8.809�04 9.430�04 9.851�045 170 6.737�03 5.566�03 4.447�03 3.010�03 1.647�03 1.045�03 7.331�04 5.555�04 3.502�04 2.692�045 171 1.906�03 1.518�03 1.190�03 8.319�04 5.734�04 4.885�04 4.576�04 4.485�04 4.540�04 4.648�045 172 1.300�03 1.016�03 7.728�04 5.060�04 2.977�04 2.250�04 1.936�04 1.790�04 1.679�04 1.670�045 173 6.868�03 5.640�03 4.480�03 3.007�03 1.612�03 9.894�04 6.646�04 4.772�04 2.547�04 1.624�045 174 1.147�02 9.417�03 7.476�03 5.022�03 2.759�03 1.797�03 1.319�03 1.059�03 7.843�04 6.958�045 175 5.209�03 5.044�03 5.056�03 5.470�03 6.547�03 7.459�03 8.238�03 8.840�03 9.783�03 1.033�025 176 4.582�03 4.465�03 4.501�03 4.904�03 5.892�03 6.741�03 7.472�03 8.032�03 8.901�03 9.405�035 177 3.113�03 2.477�03 1.953�03 1.422�03 1.097�03 1.018�03 1.006�03 1.019�03 1.069�03 1.108�035 178 2.619�03 2.113�03 1.640�03 1.055�03 5.246�04 3.022�04 1.917�04 1.308�04 6.315�05 3.706�055 179 4.299�03 3.773�03 3.386�03 3.109�03 3.198�03 3.464�03 3.756�03 3.997�03 4.383�03 4.616�035 180 3.336�03 3.253�03 3.285�03 3.587�03 4.328�03 4.967�03 5.517�03 5.939�03 6.589�03 6.964�035 181 2.888�03 2.221�03 1.654�03 1.030�03 5.504�04 3.911�04 3.283�04 2.998�04 2.750�04 2.706�045 182 1.618�03 1.475�03 1.391�03 1.390�03 1.570�03 1.768�03 1.951�03 2.094�03 2.316�03 2.446�035 183 5.639�04 4.572�04 3.719�04 2.894�04 2.513�04 2.569�04 2.726�04 2.873�04 3.123�04 3.277�045 184 2.258�03 1.793�03 1.403�03 9.759�04 6.706�04 5.889�04 5.750�04 5.796�04 6.020�04 6.228�045 185 1.082�03 8.236�04 6.042�04 3.603�04 1.724�04 1.106�04 8.587�05 7.446�05 6.418�05 6.150�055 186 2.102�06 1.797�06 1.482�06 1.039�06 5.833�07 3.640�07 2.441�07 1.727�07 8.716�08 5.225�085 187 2.813�06 2.453�06 2.088�06 1.559�06 9.590�07 6.476�07 4.653�07 3.504�07 1.975�07 1.241�075 188 1.176�05 1.038�05 8.946�06 6.811�06 4.298�06 2.955�06 2.154�06 1.642�06 9.602�07 6.415�075 189 2.358�06 2.082�06 1.787�06 1.352�06 8.556�07 5.885�07 4.279�07 3.244�07 1.858�07 1.214�075 190 2.146�06 1.727�06 1.338�06 8.546�07 4.159�07 2.344�07 1.453�07 9.691�08 4.442�08 2.453�085 191 6.069�06 5.377�06 4.629�06 3.514�06 2.239�06 1.554�06 1.148�06 8.922�07 5.631�07 4.203�075 192 4.425�06 3.612�06 2.859�06 1.903�06 9.972�07 6.072�07 4.097�07 2.992�07 1.757�07 1.300�075 193 3.823�09 3.246�09 2.692�09 2.330�09 2.467�09 2.785�09 2.892�09 2.694�09 2.426�09 2.470�095 194 1.051�08 9.177�09 8.246�09 8.476�09 1.286�08 1.784�08 2.113�08 2.349�08 2.701�08 2.040�085 195 1.996�06 1.654�06 1.325�06 8.978�07 4.864�07 3.025�07 2.064�07 1.505�07 8.053�08 4.837�085 196 5.167�06 4.280�06 3.431�06 2.341�06 1.310�06 8.569�07 6.262�07 4.964�07 3.510�07 3.003�075 197 5.947�06 5.090�06 4.219�06 3.005�06 1.752�06 1.142�06 7.983�07 5.871�07 3.175�07 1.981�075 198 2.124�05 1.825�05 1.520�05 1.096�05 6.614�06 4.509�06 3.331�06 2.614�06 1.709�06 1.313�065 199 8.543�06 7.328�06 6.089�06 4.355�06 2.553�06 1.667�06 1.165�06 8.542�07 4.554�07 2.780�075 200 2.260�05 1.962�05 1.652�05 1.208�05 7.345�06 4.941�06 3.542�06 2.657�06 1.479�06 9.306�075 201 1.916�05 1.632�05 1.341�05 9.351�06 5.211�06 3.245�06 2.178�06 1.547�06 7.775�07 4.544�075 202 2.037�05 1.693�05 1.362�05 9.271�06 5.016�06 3.081�06 2.058�06 1.460�06 7.366�07 4.301�075 203 4.094�05 3.398�05 2.734�05 1.870�05 1.020�05 6.299�06 4.231�06 3.021�06 1.559�06 9.456�075 204 2.376�05 1.981�05 1.604�05 1.121�05 6.735�06 4.862�06 3.977�06 3.536�06 3.193�06 3.212�065 205 1.348�05 1.122�05 9.024�06 6.149�06 3.339�06 2.064�06 1.391�06 9.992�07 5.285�07 3.308�075 206 1.421�06 1.253�06 1.078�06 8.170�07 5.159�07 3.562�07 2.611�07 2.004�07 1.201�07 8.293�085 207 6.385�06 5.654�06 4.886�06 3.731�06 2.383�06 1.663�06 1.234�06 9.614�07 6.037�07 4.422�075 208 2.999�07 2.501�07 2.026�07 1.410�07 8.003�08 5.225�08 3.729�08 2.833�08 1.724�08 1.248�085 209 1.245�06 1.065�06 8.860�07 6.383�07 3.756�07 2.493�07 1.786�07 1.349�07 7.893�08 5.391�085 210 2.654�08 2.131�08 1.686�08 1.197�08 8.541�09 7.687�09 7.570�09 7.639�09 7.906�09 8.125�095 211 3.506�08 3.291�08 3.249�08 3.579�08 4.542�08 5.439�08 6.155�08 6.645�08 7.317�08 7.668�085 212 2.215�07 1.850�07 1.498�07 1.037�07 5.881�08 3.912�08 2.890�08 2.311�08 1.663�08 1.403�085 213 5.041�07 4.231�07 3.442�07 2.398�07 1.365�07 9.111�08 6.754�08 5.415�08 3.927�08 3.390�085 219 1.341�06 1.149�06 9.495�07 6.690�07 3.781�07 2.370�07 1.594�07 1.130�07 5.595�08 3.165�085 228 2.671�07 2.379�07 2.069�07 1.598�07 1.026�07 7.120�08 5.211�08 3.972�08 2.288�08 1.478�085 229 1.239�06 1.105�06 9.637�07 7.471�07 4.841�07 3.391�07 2.510�07 1.939�07 1.163�07 7.874�085 236 5.948�07 5.324�07 4.636�07 3.586�07 2.334�07 1.632�07 1.200�07 9.174�08 5.249�08 3.371�085 237 1.563�06 1.402�06 1.222�06 9.475�07 6.214�07 4.412�07 3.322�07 2.622�07 1.703�07 1.314�075 242 1.327�10 1.205�10 1.603�10 2.734�10 7.475�10 9.490�10 8.542�10 6.314�10 1.918�09 4.120�095 243 1.593�10 1.506�10 2.082�10 4.621�10 1.245�09 1.597�09 1.730�09 1.642�09 2.871�09 4.706�095 247 6.381�07 5.317�07 4.285�07 2.927�07 1.595�07 9.918�08 6.745�08 4.912�08 2.672�08 1.641�085 248 1.510�06 1.261�06 1.019�06 7.057�07 4.042�07 2.714�07 2.044�07 1.669�07 1.237�07 1.063�075 250 1.549�09 1.262�09 1.000�09 8.254�10 1.032�09 1.442�09 1.795�09 2.482�09 3.056�09 4.071�096 8 1.049�01 1.070�01 1.099�01 1.161�01 1.263�01 1.337�01 1.389�01 1.428�01 1.491�01 1.525�016 9 5.913�02 5.094�02 4.237�02 3.062�02 1.886�02 1.315�02 9.962�03 8.032�03 5.611�03 4.555�036 10 9.590�02 8.230�02 6.802�02 4.829�02 2.832�02 1.848�02 1.293�02 9.520�03 5.173�03 3.232�036 11 5.230�05 4.562�05 4.074�05 3.638�05 3.468�05 3.531�05 3.639�05 3.752�05 4.000�05 4.200�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 511

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

6 12 2.446�01 2.574�01 2.706�01 2.918�01 3.241�01 3.482�01 3.673�01 3.832�01 4.145�01 4.381�016 13 2.091+00 2.255+00 2.428+00 2.702+00 3.101+00 3.383+00 3.598+00 3.774+00 4.108+00 4.354+006 14 7.238�03 6.459�03 5.600�03 4.262�03 2.670�03 1.820�03 1.316�03 9.943�04 5.674�04 3.669�046 15 1.013+00 1.087+00 1.167+00 1.296+00 1.489+00 1.629+00 1.736+00 1.825+00 1.994+00 2.119+006 16 7.017�04 7.333�04 7.713�04 8.467�04 9.515�04 1.035�03 1.094�03 1.133�03 1.180�03 1.203�036 17 1.381�04 1.248�04 1.137�04 1.022�04 9.690�05 9.768�05 9.876�05 9.982�05 1.022�04 1.037�046 18 2.117�03 2.692�03 3.404�03 4.755�03 7.094�03 8.969�03 1.063�02 1.203�02 1.474�02 1.690�026 19 3.076�04 2.701�04 2.349�04 1.908�04 1.505�04 1.362�04 1.301�04 1.267�04 1.230�04 1.229�046 20 5.330�03 5.356�03 5.365�03 5.379�03 5.411�03 5.440�03 5.455�03 5.459�03 5.461�03 5.473�036 21 4.038�04 3.485�04 2.949�04 2.190�04 1.319�04 8.726�05 6.153�05 4.542�05 2.448�05 1.507�056 22 2.963�03 2.584�03 2.213�03 1.677�03 1.047�03 7.222�04 5.359�04 4.207�04 2.759�04 2.161�046 23 1.039�02 9.068�03 7.769�03 5.878�03 3.629�03 2.452�03 1.768�03 1.339�03 7.845�04 5.390�046 24 6.889�04 6.001�04 5.134�04 3.881�04 2.399�04 1.629�04 1.181�04 8.988�05 5.327�05 3.690�056 25 8.745�03 1.132�02 1.466�02 2.149�02 3.420�02 4.488�02 5.452�02 6.280�02 7.914�02 9.209�026 26 1.326�03 1.431�03 1.550�03 1.775�03 2.100�03 2.347�03 2.540�03 2.676�03 2.853�03 2.923�036 27 6.850�03 6.727�03 6.636�03 6.689�03 7.015�03 7.435�03 7.830�03 8.125�03 8.516�03 8.662�036 28 3.626�03 3.512�03 3.420�03 3.387�03 3.498�03 3.684�03 3.868�03 4.008�03 4.194�03 4.264�036 29 1.185�02 1.185�02 1.193�02 1.241�02 1.346�02 1.451�02 1.542�02 1.609�02 1.697�02 1.731�026 30 1.480�02 1.271�02 1.058�02 7.603�03 4.525�03 3.006�03 2.148�03 1.619�03 9.358�04 6.300�046 31 3.438�02 2.950�02 2.451�02 1.756�02 1.035�02 6.789�03 4.775�03 3.531�03 1.922�03 1.200�036 32 9.512�03 8.096�03 6.692�03 4.791�03 2.886�03 1.974�03 1.473�03 1.169�03 7.832�04 6.147�046 33 2.511�03 2.126�03 1.743�03 1.225�03 7.042�04 4.536�04 3.149�04 2.306�04 1.237�04 7.755�056 34 8.796�03 7.448�03 6.111�03 4.296�03 2.474�03 1.601�03 1.118�03 8.259�04 4.575�04 2.981�046 35 1.691�02 1.453�02 1.215�02 8.935�03 5.718�03 4.188�03 3.349�03 2.844�03 2.208�03 1.934�036 36 8.819�03 8.021�03 7.221�03 6.205�03 5.301�03 4.995�03 4.913�03 4.890�03 4.865�03 4.843�036 37 2.219�01 2.266�01 2.306�01 2.361�01 2.433�01 2.474�01 2.499�01 2.514�01 2.533�01 2.541�016 38 3.528�03 2.882�03 2.285�03 1.546�03 8.816�04 6.072�04 4.744�04 4.035�04 3.319�04 3.132�046 39 1.386�02 1.150�02 9.306�03 6.597�03 4.176�03 3.199�03 2.754�03 2.544�03 2.411�03 2.456�036 40 3.392�02 2.784�02 2.217�02 1.504�02 8.430�03 5.559�03 4.104�03 3.286�03 2.370�03 2.050�036 41 7.105�02 5.812�02 4.600�02 3.073�02 1.638�02 1.002�02 6.699�03 4.763�03 2.412�03 1.417�036 42 5.904�03 5.829�03 5.799�03 5.952�03 6.396�03 6.885�03 7.332�03 7.662�03 8.098�03 8.284�036 43 3.651�03 2.955�03 2.309�03 1.506�03 7.711�04 4.615�04 3.056�04 2.167�04 1.117�04 7.021�056 44 7.467�03 6.148�03 4.935�03 3.451�03 2.156�03 1.655�03 1.435�03 1.337�03 1.284�03 1.316�036 45 1.774�02 1.677�02 1.610�02 1.589�02 1.711�02 1.881�02 2.051�02 2.212�02 2.562�02 2.839�026 46 2.968�02 2.402�02 1.877�02 1.224�02 6.271�03 3.732�03 2.448�03 1.717�03 8.536�04 5.039�046 47 1.598�02 1.680�02 1.790�02 2.011�02 2.400�02 2.717�02 2.979�02 3.206�02 3.659�02 3.997�026 48 1.209�01 1.329�01 1.473�01 1.744�01 2.194�01 2.556�01 2.859�01 3.125�01 3.667�01 4.080�016 49 4.705�02 4.738�02 4.854�02 5.238�02 6.129�02 6.962�02 7.703�02 8.373�02 9.773�02 1.086�016 50 1.571�02 1.284�02 1.018�02 6.883�03 3.908�03 2.694�03 2.115�03 1.813�03 1.523�03 1.466�036 51 8.433�03 6.847�03 5.369�03 3.516�03 1.810�03 1.081�03 7.094�04 4.970�04 2.447�04 1.417�046 52 2.591�03 2.291�03 1.998�03 1.570�03 1.060�03 7.941�04 6.407�04 5.450�04 4.223�04 3.691�046 53 8.419�03 9.891�03 1.186�02 1.592�02 2.359�02 3.011�02 3.605�02 4.132�02 5.193�02 6.018�026 54 4.377�02 4.565�02 4.835�02 5.437�02 6.587�02 7.579�02 8.435�02 9.200�02 1.078�01 1.200�016 55 4.852�01 5.442�01 6.134�01 7.406�01 9.493�01 1.116+00 1.255+00 1.377+00 1.627+00 1.818+006 56 1.666�02 1.709�02 1.774�02 1.916�02 2.179�02 2.399�02 2.579�02 2.734�02 3.042�02 3.270�026 57 6.020�03 6.253�03 6.596�03 7.204�03 8.187�03 8.890�03 9.411�03 9.809�03 1.046�02 1.083�026 58 4.468�03 4.105�03 3.765�03 3.372�03 3.106�03 3.068�03 3.117�03 3.178�03 3.275�03 3.314�036 59 1.124�02 1.087�02 1.055�02 1.038�02 1.068�02 1.116�02 1.171�02 1.215�02 1.279�02 1.305�026 60 9.901�03 8.461�03 7.004�03 4.997�03 2.944�03 1.947�03 1.388�03 1.044�03 6.027�04 4.061�046 61 2.293�01 2.353�01 2.406�01 2.481�01 2.580�01 2.637�01 2.672�01 2.695�01 2.727�01 2.742�016 62 6.041�03 6.027�03 6.061�03 6.308�03 6.899�03 7.449�03 7.953�03 8.338�03 8.874�03 9.097�036 63 3.943�05 3.491�05 3.027�05 2.382�05 1.726�05 1.420�05 1.263�05 1.173�05 1.060�05 1.006�056 64 4.474�05 3.950�05 3.400�05 2.612�05 1.771�05 1.354�05 1.123�05 9.828�06 8.038�06 7.217�066 65 1.611�04 1.463�04 1.308�04 1.087�04 8.570�05 7.453�05 6.838�05 6.469�05 6.012�05 5.817�056 66 2.564�01 2.881�01 3.262�01 3.984�01 5.211�01 6.211�01 7.055�01 7.805�01 9.350�01 1.053+006 67 3.336�02 3.152�02 3.028�02 3.000�02 3.262�02 3.620�02 3.979�02 4.324�02 5.078�02 5.673�026 68 1.236�02 1.076�02 9.358�03 7.781�03 6.749�03 6.662�03 6.869�03 7.182�03 8.019�03 8.745�036 69 3.669�02 3.757�02 3.924�02 4.364�02 5.302�02 6.155�02 6.906�02 7.589�02 9.018�02 1.012�016 70 8.723�04 7.476�04 6.216�04 4.471�04 2.682�04 1.816�04 1.334�04 1.042�04 6.749�05 5.113�056 71 4.513�03 4.108�03 3.772�03 3.410�03 3.209�03 3.215�03 3.273�03 3.339�03 3.476�03 3.562�036 72 1.283�02 1.189�02 1.115�02 1.055�02 1.078�02 1.153�02 1.237�02 1.320�02 1.505�02 1.651�026 73 1.529�03 1.312�03 1.093�03 7.931�04 4.879�04 3.421�04 2.610�04 2.122�04 1.515�04 1.237�04

512 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

6 74 2.417�05 2.192�05 2.013�05 1.827�05 1.731�05 1.740�05 1.776�05 1.815�05 1.897�05 1.950�056 75 6.787�05 5.600�05 4.478�05 3.052�05 1.718�05 1.142�05 8.527�06 6.891�06 4.949�06 4.151�066 76 1.406�04 1.205�04 1.022�04 8.093�05 6.574�05 6.320�05 6.490�05 6.828�05 7.812�05 8.704�056 77 1.843�04 1.511�04 1.196�04 7.970�05 4.241�05 2.617�05 1.793�05 1.322�05 7.515�06 5.115�066 78 1.404�01 1.453�01 1.498�01 1.566�01 1.655�01 1.706�01 1.739�01 1.760�01 1.791�01 1.808�016 79 6.431�03 5.416�03 4.426�03 3.132�03 1.890�03 1.325�03 1.019�03 8.336�04 5.921�04 4.813�046 80 3.921�04 3.274�04 2.665�04 1.899�04 1.199�04 9.049�05 7.638�05 6.872�05 6.060�05 5.856�056 81 5.119�05 4.233�05 3.382�05 2.282�05 1.226�05 7.571�06 5.124�06 3.695�06 1.936�06 1.175�066 82 1.329�04 1.145�04 9.757�05 7.729�05 6.219�05 5.929�05 6.094�05 6.434�05 7.416�05 8.318�056 83 2.943�04 2.932�04 3.038�04 3.460�04 4.659�04 5.834�04 6.989�04 8.067�04 1.029�03 1.203�036 84 1.642�03 1.475�03 1.336�03 1.180�03 1.107�03 1.155�03 1.252�03 1.365�03 1.636�03 1.866�036 85 3.540�03 4.088�03 4.908�03 6.688�03 1.038�02 1.362�02 1.665�02 1.941�02 2.505�02 2.938�026 86 7.867�03 9.184�03 1.087�02 1.418�02 2.021�02 2.531�02 2.981�02 3.389�02 4.234�02 4.883�026 87 7.440�04 6.412�04 5.443�04 4.093�04 2.596�04 1.854�04 1.433�04 1.177�04 8.610�05 7.300�056 88 7.204�05 8.213�05 9.532�05 1.217�04 1.702�04 2.113�04 2.474�04 2.802�04 3.482�04 4.006�046 89 1.213�05 9.586�06 7.413�06 4.872�06 2.636�06 1.716�06 1.245�06 9.780�07 6.722�07 5.489�076 90 2.167�05 1.777�05 1.447�05 1.064�05 7.480�06 6.279�06 5.747�06 5.496�06 5.294�06 5.250�066 91 4.010�05 3.238�05 2.564�05 1.754�05 1.031�05 7.300�06 5.777�06 4.938�06 4.026�06 3.667�066 92 1.156�04 1.070�04 1.006�04 9.574�05 9.689�05 1.008�04 1.052�04 1.092�04 1.163�04 1.200�046 93 6.897�03 6.122�03 5.358�03 4.260�03 3.065�03 2.519�03 2.265�03 2.159�03 2.148�03 2.257�036 94 1.138�02 1.282�02 1.503�02 1.994�02 3.049�02 3.987�02 4.877�02 5.697�02 7.367�02 8.643�026 95 6.012�04 6.220�04 6.497�04 7.077�04 8.110�04 8.874�04 9.493�04 9.986�04 1.079�03 1.121�036 96 7.396�05 7.215�05 7.111�05 7.160�05 7.592�05 8.033�05 8.444�05 8.794�05 9.395�05 9.714�056 97 2.699�04 2.585�04 2.499�04 2.446�04 2.517�04 2.627�04 2.741�04 2.842�04 3.020�04 3.113�046 98 1.205�03 1.283�03 1.376�03 1.548�03 1.824�03 2.016�03 2.166�03 2.285�03 2.476�03 2.572�036 99 7.323�04 7.473�04 7.706�04 8.257�04 9.325�04 1.015�03 1.082�03 1.137�03 1.227�03 1.274�036 100 4.892�04 4.870�04 4.895�04 5.058�04 5.503�04 5.889�04 6.226�04 6.506�04 6.979�04 7.227�046 101 7.639�03 7.243�03 6.908�03 6.599�03 6.577�03 6.751�03 6.979�03 7.197�03 7.594�03 7.805�036 102 2.328�02 2.511�02 2.721�02 3.099�02 3.687�02 4.090�02 4.404�02 4.650�02 5.044�02 5.244�026 103 4.177�05 3.965�05 3.793�05 3.659�05 3.733�05 3.888�05 4.054�05 4.205�05 4.474�05 4.615�056 104 2.864�05 2.856�05 2.885�05 3.016�05 3.349�05 3.625�05 3.856�05 4.046�05 4.365�05 4.530�056 105 1.440�05 1.452�05 1.485�05 1.577�05 1.776�05 1.931�05 2.059�05 2.162�05 2.337�05 2.427�056 106 1.245�02 1.488�02 1.813�02 2.472�02 3.733�02 4.816�02 5.791�02 6.684�02 8.522�02 9.917�026 107 4.694�03 4.624�03 4.673�03 5.002�03 6.038�03 7.155�03 8.260�03 9.328�03 1.162�02 1.341�026 108 1.383�03 1.401�03 1.436�03 1.528�03 1.720�03 1.868�03 1.991�03 2.093�03 2.263�03 2.345�036 109 1.691�03 1.456�03 1.230�03 9.093�04 5.489�04 3.667�04 2.615�04 1.958�04 1.117�04 7.498�056 110 5.303�03 6.005�03 7.024�03 9.218�03 1.365�02 1.756�02 2.114�02 2.444�02 3.124�02 3.638�026 111 2.608�02 2.266�02 1.940�02 1.518�02 1.114�02 9.405�03 8.558�03 8.116�03 7.673�03 7.503�036 112 7.044�03 7.285�03 7.593�03 8.212�03 9.297�03 1.008�02 1.071�02 1.121�02 1.204�02 1.247�026 113 1.768�03 1.748�03 1.745�03 1.789�03 1.936�03 2.067�03 2.182�03 2.280�03 2.449�03 2.537�036 114 7.891�02 8.446�02 9.095�02 1.027�01 1.215�01 1.345�01 1.446�01 1.526�01 1.657�01 1.723�016 115 1.470�02 1.424�02 1.392�02 1.380�02 1.441�02 1.513�02 1.583�02 1.645�02 1.756�02 1.814�026 116 1.031�04 1.004�04 9.792�05 9.693�05 9.890�05 1.001�04 1.053�04 1.100�04 1.082�04 1.118�046 117 3.560�02 3.809�02 4.103�02 4.634�02 5.484�02 6.069�02 6.524�02 6.886�02 7.483�02 7.787�026 118 3.599�02 3.816�02 4.076�02 4.558�02 5.349�02 5.899�02 6.329�02 6.675�02 7.249�02 7.539�026 119 1.167�02 9.871�03 8.138�03 5.850�03 3.561�03 2.513�03 1.946�03 1.610�03 1.201�03 1.022�036 120 7.955�03 7.843�03 7.807�03 7.961�03 8.560�03 9.114�03 9.607�03 1.003�02 1.077�02 1.116�026 121 2.074�02 2.153�02 2.256�02 2.464�02 2.833�02 3.103�02 3.318�02 3.493�02 3.787�02 3.939�026 122 8.916�03 9.166�03 9.513�03 1.026�02 1.166�02 1.271�02 1.356�02 1.425�02 1.544�02 1.606�026 123 1.835�05 1.510�05 1.281�05 1.076�05 9.377�06 9.357�06 9.667�06 9.133�06 9.639�06 1.391�056 124 4.860�05 4.648�05 4.778�05 5.792�05 9.241�05 1.326�04 1.738�04 2.130�04 2.996�04 3.743�046 125 7.903�05 7.052�05 6.281�05 5.367�05 4.614�05 4.393�05 4.348�05 4.362�05 4.479�05 4.635�056 126 1.774�04 1.522�04 1.284�04 9.811�05 7.113�05 6.096�05 5.707�05 5.581�05 5.639�05 5.857�056 127 3.593�05 2.963�05 2.432�05 1.813�05 1.333�05 1.144�05 1.116�05 1.084�05 1.044�05 1.357�056 128 6.062�04 6.218�04 6.410�04 6.785�04 7.420�04 7.864�04 8.174�04 8.393�04 8.678�04 8.849�046 129 2.188�04 1.921�04 1.669�04 1.371�04 1.153�04 1.107�04 1.120�04 1.157�04 1.280�04 1.396�046 130 8.638�04 9.003�04 9.511�04 1.068�03 1.307�03 1.526�03 1.721�03 1.897�03 2.281�03 2.600�036 131 4.346�04 4.446�04 4.580�04 4.863�04 5.385�04 5.772�04 6.079�04 6.328�04 6.751�04 6.979�046 132 1.505�04 1.392�04 1.293�04 1.183�04 1.118�04 1.117�04 1.137�04 1.163�04 1.217�04 1.250�046 133 9.344�05 8.138�05 6.956�05 5.242�05 3.208�05 2.147�05 1.526�05 1.134�05 6.165�06 3.783�066 134 8.132�04 7.159�04 6.219�04 4.881�04 3.372�04 2.660�04 2.304�04 2.132�04 2.038�04 2.098�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 513

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

6 135 3.116�03 2.720�03 2.331�03 1.763�03 1.084�03 7.290�04 5.202�04 3.881�04 2.155�04 1.356�046 136 2.487�04 2.166�04 1.850�04 1.392�04 8.508�05 5.709�05 4.083�05 3.060�05 1.720�05 1.110�056 137 2.060�03 2.381�03 2.830�03 3.802�03 5.814�03 7.592�03 9.228�03 1.077�02 1.402�02 1.650�026 138 1.801�04 1.568�04 1.338�04 1.029�04 7.367�05 6.104�05 5.503�05 5.207�05 4.948�05 4.869�056 139 1.195�03 1.034�03 8.694�04 6.395�04 4.059�04 2.943�04 2.334�04 1.972�04 1.529�04 1.336�046 140 4.209�03 3.704�03 3.180�03 2.441�03 1.679�03 1.307�03 1.098�03 9.697�04 8.049�04 7.311�046 141 1.181�03 1.088�03 1.000�03 8.942�04 8.293�04 8.247�04 8.438�04 8.701�04 9.270�04 9.592�046 142 1.024�02 8.814�03 7.341�03 5.263�03 3.101�03 2.036�03 1.433�03 1.059�03 5.741�04 3.542�046 143 9.638�04 8.933�04 8.272�04 7.487�04 7.058�04 7.079�04 7.278�04 7.526�04 8.044�04 8.336�046 144 3.489�03 3.162�03 2.847�03 2.448�03 2.144�03 2.060�03 2.064�03 2.102�03 2.204�03 2.267�036 145 9.146�04 7.762�04 6.379�04 4.486�04 2.575�04 1.664�04 1.156�04 8.459�05 4.551�05 2.823�056 146 4.282�03 3.639�03 2.997�03 2.117�03 1.230�03 8.077�04 5.731�04 4.307�04 2.515�04 1.730�046 147 6.731�03 5.832�03 4.928�03 3.689�03 2.451�03 1.868�03 1.549�03 1.357�03 1.120�03 1.018�036 148 2.401�03 2.241�03 2.087�03 1.904�03 1.811�03 1.827�03 1.887�03 1.957�03 2.098�03 2.175�036 149 7.549�02 7.760�02 7.950�02 8.226�02 8.630�02 8.890�02 9.068�02 9.197�02 9.398�02 9.505�026 150 6.582�04 5.457�04 4.407�04 3.106�04 1.942�04 1.466�04 1.243�04 1.133�04 1.048�04 1.050�046 151 2.994�03 2.534�03 2.106�03 1.580�03 1.120�03 9.437�04 8.728�04 8.485�04 8.617�04 9.047�046 152 8.148�03 6.913�03 5.762�03 4.350�03 3.124�03 2.663�03 2.485�03 2.434�03 2.504�03 2.648�036 153 1.905�02 1.566�02 1.247�02 8.411�03 4.551�03 2.811�03 1.893�03 1.354�03 6.967�04 4.159�046 154 2.174�03 2.161�03 2.170�03 2.248�03 2.504�03 2.744�03 2.975�03 3.178�03 3.527�03 3.705�036 155 3.514�03 3.481�03 3.498�03 3.660�03 4.131�03 4.588�03 5.007�03 5.388�03 6.193�03 6.836�036 156 1.828�03 1.532�03 1.258�03 9.213�04 6.311�04 5.218�04 4.775�04 4.613�04 4.653�04 4.868�046 157 1.008�03 8.246�04 6.520�04 4.350�04 2.341�04 1.476�04 1.034�04 7.840�05 4.985�05 3.830�056 158 2.994�03 2.776�03 2.607�03 2.485�03 2.568�03 2.748�03 2.937�03 3.119�03 3.520�03 3.841�036 159 1.039�02 8.513�03 6.748�03 4.531�03 2.485�03 1.603�03 1.158�03 9.100�04 6.365�04 5.383�046 160 1.450�02 1.463�02 1.497�02 1.605�02 1.852�02 2.075�02 2.273�02 2.451�02 2.822�02 3.118�026 161 1.128�02 1.071�02 1.029�02 1.009�02 1.070�02 1.157�02 1.247�02 1.333�02 1.521�02 1.675�026 162 5.157�03 4.225�03 3.343�03 2.228�03 1.188�03 7.355�04 5.029�04 3.706�04 2.167�04 1.543�046 163 2.625�03 2.151�03 1.701�03 1.130�03 5.952�04 3.605�04 2.392�04 1.693�04 8.594�05 5.090�056 164 1.306�04 1.022�04 7.852�05 5.278�05 3.369�05 2.787�05 2.579�05 2.508�05 2.505�05 2.540�056 165 2.932�04 2.260�04 1.681�04 1.015�04 4.693�05 2.626�05 1.647�05 1.117�05 5.331�06 3.137�066 166 5.009�04 3.861�04 2.894�04 1.827�04 1.001�04 7.200�05 5.979�05 5.387�05 4.883�05 4.768�056 167 2.079�03 1.866�03 1.720�03 1.644�03 1.748�03 1.906�03 2.063�03 2.188�03 2.387�03 2.502�036 168 8.035�04 6.842�04 5.932�04 5.164�04 5.011�04 5.247�04 5.549�04 5.822�04 6.302�04 6.586�046 169 1.599�03 1.542�03 1.536�03 1.639�03 1.921�03 2.166�03 2.376�03 2.540�03 2.796�03 2.938�036 170 1.536�02 1.611�02 1.711�02 1.923�02 2.317�02 2.644�02 2.927�02 3.176�02 3.692�02 4.101�026 171 1.196�03 9.345�04 7.150�04 4.732�04 2.908�04 2.331�04 2.127�04 2.048�04 2.008�04 2.027�046 172 9.283�04 7.436�04 5.919�04 4.339�04 3.312�04 3.091�04 3.088�04 3.148�04 3.319�04 3.436�046 173 4.559�03 4.495�03 4.519�03 4.771�03 5.486�03 6.169�03 6.777�03 7.323�03 8.478�03 9.402�036 174 1.245�01 1.380�01 1.536�01 1.819�01 2.286�01 2.652�01 2.960�01 3.228�01 3.778�01 4.213�016 175 4.369�03 3.437�03 2.647�03 1.757�03 1.081�03 8.542�04 7.708�04 7.377�04 7.177�04 7.214�046 176 3.143�03 2.736�03 2.436�03 2.211�03 2.239�03 2.398�03 2.571�03 2.716�03 2.955�03 3.094�036 177 6.538�03 5.065�03 3.795�03 2.318�03 1.075�03 5.941�04 3.658�04 2.420�04 1.041�04 5.311�056 178 1.499�03 1.405�03 1.354�03 1.366�03 1.512�03 1.663�03 1.784�03 1.885�03 2.084�03 2.223�036 179 4.048�03 4.103�03 4.295�03 4.879�03 6.012�03 6.897�03 7.620�03 8.169�03 9.017�03 9.488�036 180 1.725�03 1.345�03 1.027�03 6.810�04 4.196�04 3.368�04 3.051�04 2.921�04 2.855�04 2.874�046 181 1.135�02 1.297�02 1.496�02 1.872�02 2.450�02 2.862�02 3.188�02 3.430�02 3.794�02 3.996�026 182 1.195�03 9.140�04 6.765�04 4.106�04 1.993�04 1.233�04 8.813�05 6.967�05 5.068�05 4.423�056 183 6.212�04 4.728�04 3.476�04 2.062�04 9.331�05 5.130�05 3.160�05 2.103�05 9.418�06 5.107�066 184 1.917�03 1.838�03 1.822�03 1.940�03 2.271�03 2.541�03 2.763�03 2.937�03 3.216�03 3.374�036 185 1.027�03 9.431�04 8.936�04 9.040�04 1.018�03 1.114�03 1.189�03 1.252�03 1.367�03 1.434�036 186 5.413�05 4.776�05 4.190�05 3.459�05 2.859�05 2.722�05 2.818�05 3.005�05 3.621�05 3.879�056 187 1.012�04 8.710�05 7.355�05 5.457�05 3.317�05 2.288�05 1.744�05 1.503�05 9.618�06 1.999�066 188 1.970�04 1.893�04 1.865�04 1.912�04 2.135�04 2.391�04 2.679�04 3.008�04 3.882�04 4.723�046 189 3.407�05 2.870�05 2.355�05 1.671�05 1.036�05 8.050�06 6.881�06 6.226�06 8.703�06 1.401�056 190 5.310�04 4.649�04 3.995�04 3.038�04 1.901�04 1.309�04 9.637�05 7.469�05 4.601�05 3.240�056 191 4.361�04 4.452�04 4.539�04 4.686�04 5.016�04 5.386�04 5.778�04 6.168�04 7.072�04 7.800�046 192 1.028�03 9.707�04 9.284�04 9.047�04 9.848�04 1.116�03 1.265�03 1.418�03 1.761�03 2.025�036 193 6.838�05 5.488�05 4.325�05 3.080�05 2.203�05 1.958�05 1.887�05 1.807�05 1.690�05 1.949�056 194 1.119�04 1.109�04 1.121�04 1.188�04 1.318�04 1.452�04 1.565�04 1.628�04 1.668�04 1.860�046 195 9.774�05 8.130�05 6.655�05 4.925�05 3.615�05 3.287�05 3.218�05 3.321�05 2.930�05 1.992�056 196 1.754�04 1.725�04 1.739�04 1.884�04 2.398�04 2.978�04 3.527�04 4.017�04 4.880�04 5.392�04

514 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 8 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

6 197 3.006�03 2.613�03 2.210�03 1.647�03 1.079�03 8.100�04 6.667�04 5.841�04 4.871�04 4.464�046 198 2.328�02 2.355�02 2.375�02 2.407�02 2.476�02 2.530�02 2.570�02 2.600�02 2.652�02 2.681�026 199 1.430�03 1.235�03 1.041�03 7.763�04 5.185�04 4.026�04 3.444�04 3.132�04 2.809�04 2.692�046 200 2.686�03 2.335�03 1.984�03 1.510�03 1.058�03 8.614�04 7.690�04 7.237�04 6.852�04 6.754�046 201 1.381�03 1.233�03 1.088�03 9.007�04 7.482�04 6.997�04 6.939�04 7.036�04 7.363�04 7.579�046 202 3.453�03 2.947�03 2.480�03 1.921�03 1.467�03 1.322�03 1.283�03 1.288�03 1.367�03 1.461�036 203 9.123�03 9.009�03 9.031�03 9.428�03 1.067�02 1.190�02 1.304�02 1.408�02 1.629�02 1.808�026 204 3.703�02 3.986�02 4.334�02 5.008�02 6.192�02 7.148�02 7.968�02 8.693�02 1.020�01 1.140�016 205 7.312�03 6.319�03 5.397�03 4.287�03 3.384�03 3.103�03 3.048�03 3.090�03 3.329�03 3.600�036 206 1.280�03 1.102�03 9.421�04 7.597�04 6.258�04 5.916�04 5.856�04 5.912�04 6.204�04 6.485�046 207 3.518�03 3.095�03 2.712�03 2.274�03 1.983�03 1.948�03 1.997�03 2.077�03 2.302�03 2.509�036 208 1.096�03 8.906�04 7.205�04 5.495�04 4.487�04 4.341�04 4.424�04 4.557�04 4.854�04 5.068�046 209 1.604�03 1.411�03 1.276�03 1.202�03 1.287�03 1.419�03 1.550�03 1.654�03 1.821�03 1.924�036 210 1.822�03 1.466�03 1.166�03 8.422�04 6.200�04 5.665�04 5.640�04 5.740�04 6.016�04 6.245�046 211 2.882�03 2.865�03 2.958�03 3.342�03 4.168�03 4.851�03 5.430�03 5.861�03 6.510�03 6.888�036 212 6.559�04 5.483�04 4.596�04 3.792�04 3.442�04 3.454�04 3.545�04 3.657�04 3.913�04 4.087�046 213 1.126�03 9.201�04 7.502�04 5.733�04 4.610�04 4.368�04 4.377�04 4.452�04 4.655�04 4.807�046 219 1.014�05 8.955�06 7.701�06 6.095�06 4.735�06 4.045�06 3.783�06 3.919�06 4.786�06 4.995�066 228 5.150�06 4.320�06 3.579�06 2.741�06 2.083�06 1.836�06 1.732�06 1.784�06 1.798�06 1.803�066 229 1.783�05 1.588�05 1.403�05 1.165�05 9.548�06 8.750�06 8.433�06 8.491�06 8.588�06 8.347�066 236 4.414�06 3.371�06 2.521�06 1.590�06 9.435�07 7.054�07 6.754�07 6.076�07 1.457�06 2.665�066 237 2.593�05 2.528�05 2.490�05 2.522�05 2.919�05 3.502�05 4.103�05 4.675�05 6.058�05 7.602�056 242 2.677�07 2.343�07 3.316�07 6.153�07 1.493�06 1.778�06 1.603�06 1.261�06 3.591�06 7.235�066 243 3.348�07 3.213�07 4.655�07 1.056�06 2.427�06 2.915�06 3.259�06 3.336�06 5.084�06 6.872�066 247 3.124�05 2.847�05 2.589�05 2.294�05 2.120�05 2.146�05 2.227�05 2.321�05 2.410�05 2.358�056 248 1.903�04 2.044�04 2.208�04 2.492�04 2.931�04 3.281�04 3.585�04 3.830�04 4.241�04 4.505�046 250 1.095�05 1.044�05 1.049�05 1.192�05 1.568�05 1.929�05 2.344�05 2.821�05 3.570�05 3.929�05

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 515

Table 9Collision strengths X for Si XI at the 10 scattered electron energies (in eV) 10, 50, 100, 200, 400, 600, 800, 1000, 1500 and 2000. See page 389 forExplanation of Tables

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 2 5.681�03 5.114�03 4.499�03 3.539�03 2.325�03 1.634�03 1.208�03 9.291�04 5.441�04 3.558�041 3 1.742�02 1.576�02 1.396�02 1.115�02 7.611�03 5.600�03 4.371�03 3.572�03 2.485�03 1.967�031 4 2.818�02 2.537�02 2.233�02 1.756�02 1.154�02 8.104�03 5.993�03 4.609�03 2.699�03 1.765�031 5 1.006+00 1.081+00 1.162+00 1.292+00 1.484+00 1.624+00 1.731+00 1.818+00 1.984+00 2.105+001 6 2.831�04 2.423�04 2.022�04 1.457�04 8.445�05 5.488�05 3.876�05 2.916�05 1.752�05 1.277�051 7 8.171�04 6.961�04 5.773�04 4.103�04 2.293�04 1.420�04 9.453�05 6.627�05 3.202�05 1.809�051 8 1.362�03 1.168�03 9.784�04 7.116�04 4.237�04 2.857�04 2.110�04 1.669�04 1.142�04 9.318�051 9 6.221�03 6.642�03 7.076�03 7.748�03 8.632�03 9.182�03 9.550�03 9.814�03 1.023�02 1.045�021 10 2.189�03 2.164�03 2.137�03 2.092�03 2.031�03 1.990�03 1.964�03 1.947�03 1.922�03 1.908�031 11 5.048�03 4.298�03 3.577�03 2.591�03 1.551�03 1.041�03 7.491�04 5.648�04 3.172�04 2.000�041 12 5.047�02 5.234�02 5.426�02 5.713�02 6.058�02 6.257�02 6.383�02 6.468�02 6.591�02 6.654�021 13 1.927�02 2.389�02 2.970�02 4.098�02 6.154�02 7.896�02 9.418�02 1.080�01 1.369�01 1.594�011 14 1.100�03 9.537�04 8.077�04 6.005�04 3.668�04 2.440�04 1.716�04 1.256�04 6.488�05 3.749�051 15 4.206�03 4.073�03 4.010�03 4.113�03 4.690�03 5.399�03 6.116�03 6.819�03 8.395�03 9.678�031 16 5.447�03 4.725�03 4.003�03 2.978�03 1.820�03 1.211�03 8.517�04 6.235�04 3.222�04 1.863�041 17 6.439�03 5.493�03 4.568�03 3.290�03 1.930�03 1.262�03 8.858�04 6.534�04 3.531�04 2.156�041 18 1.073�02 9.174�03 7.628�03 5.494�03 3.214�03 2.118�03 1.491�03 1.100�03 5.969�04 3.711�041 19 1.503�02 1.282�02 1.066�02 7.680�03 4.504�03 2.947�03 2.068�03 1.526�03 8.245�04 5.034�041 20 5.673�02 6.346�02 7.095�02 8.372�02 1.030�01 1.161�01 1.256�01 1.331�01 1.462�01 1.532�011 21 1.704�05 1.495�05 1.283�05 9.739�06 6.131�06 4.193�06 3.042�06 2.304�06 1.308�06 8.355�071 22 6.113�05 5.741�05 5.426�05 5.134�05 5.249�05 5.697�05 6.254�05 6.865�05 8.337�05 9.567�051 23 8.172�05 7.172�05 6.157�05 4.673�05 2.943�05 2.014�05 1.462�05 1.108�05 6.297�06 4.029�061 24 6.188�04 7.462�04 9.132�04 1.248�03 1.893�03 2.463�03 2.961�03 3.425�03 4.423�03 5.195�031 25 1.002�04 8.624�05 7.247�05 5.296�05 3.128�05 2.037�05 1.420�05 1.040�05 5.529�06 3.349�061 26 2.096�04 1.836�04 1.574�04 1.193�04 7.482�05 5.114�05 3.706�05 2.805�05 1.597�05 1.026�051 27 3.760�04 3.303�04 2.838�04 2.161�04 1.370�04 9.480�05 6.985�05 5.377�05 3.201�05 2.191�051 28 5.012�04 4.397�04 3.775�04 2.867�04 1.806�04 1.238�04 8.998�05 6.823�05 3.897�05 2.510�051 29 9.111�05 8.102�05 7.084�05 5.573�05 3.720�05 2.669�05 2.014�05 1.573�05 9.364�06 6.183�061 30 2.739�05 2.380�05 2.029�05 1.539�05 1.005�05 7.456�06 6.028�06 5.171�06 4.107�06 3.648�061 31 7.300�05 6.230�05 5.186�05 3.724�05 2.130�05 1.349�05 9.171�06 6.566�06 3.318�06 1.914�061 32 1.225�04 1.055�04 8.896�05 6.602�05 4.154�05 3.004�05 2.385�05 2.025�05 1.616�05 1.465�051 33 2.726�04 2.287�04 1.866�04 1.297�04 7.123�05 4.415�05 2.966�05 2.110�05 1.063�05 6.199�061 34 4.204�04 3.541�04 2.903�04 2.040�04 1.146�04 7.256�05 5.007�05 3.683�05 2.047�05 1.327�051 35 1.609�04 1.329�04 1.064�04 7.141�05 3.693�05 2.179�05 1.406�05 9.699�06 4.689�06 2.730�061 36 5.276�04 4.442�04 3.637�04 2.544�04 1.413�04 8.829�05 5.970�05 4.266�05 2.162�05 1.261�051 37 3.046�04 3.385�04 3.783�04 4.497�04 5.632�04 6.524�04 7.126�04 7.586�04 8.464�04 9.066�041 38 1.097�04 9.886�05 8.944�05 7.901�05 7.390�05 7.601�05 8.054�05 8.558�05 9.782�05 1.089�041 39 1.467�04 1.214�04 9.740�05 6.555�05 3.407�05 2.019�05 1.311�05 9.101�06 4.504�06 2.698�061 40 1.667�04 1.365�04 1.083�04 7.154�05 3.648�05 2.174�05 1.463�05 1.084�05 6.805�06 5.340�061 41 3.908�04 3.363�04 2.822�04 2.058�04 1.219�04 7.995�05 5.624�05 4.160�05 2.272�05 1.415�051 42 2.450�04 2.125�04 1.804�04 1.352�04 8.649�05 6.257�05 4.957�05 4.204�05 3.346�05 3.056�051 43 8.158�05 7.027�05 5.906�05 4.315�05 2.563�05 1.685�05 1.187�05 8.793�06 4.809�06 2.998�061 44 4.977�04 5.065�04 5.153�04 5.280�04 5.421�04 5.497�04 5.544�04 5.575�04 5.615�04 5.632�041 45 4.379�04 4.974�04 5.658�04 6.771�04 8.233�04 9.180�04 9.847�04 1.033�03 1.106�03 1.145�031 46 2.826�03 3.151�03 3.534�03 4.231�03 5.399�03 6.331�03 7.140�03 7.835�03 9.262�03 1.045�021 47 1.603�03 1.363�03 1.133�03 8.188�04 4.882�04 3.273�04 2.356�04 1.780�04 1.007�04 6.322�051 48 9.359�03 9.757�03 1.018�02 1.082�02 1.163�02 1.212�02 1.244�02 1.267�02 1.300�02 1.318�021 49 4.127�04 3.580�04 3.035�04 2.261�04 1.388�04 9.287�05 6.577�05 4.850�05 2.547�05 1.475�051 50 1.281�03 1.133�03 9.891�04 7.928�04 5.939�04 5.074�04 4.720�04 4.601�04 4.739�04 5.107�041 51 2.043�03 1.773�03 1.504�03 1.121�03 6.883�04 4.607�04 3.263�04 2.407�04 1.263�04 7.320�051 52 4.435�03 5.443�03 6.702�03 9.151�03 1.361�02 1.743�02 2.073�02 2.367�02 3.002�02 3.521�021 53 1.848�03 1.601�03 1.354�03 1.000�03 6.057�04 4.045�04 2.884�04 2.155�04 1.194�04 7.500�051 54 3.079�03 2.668�03 2.258�03 1.669�03 1.012�03 6.742�04 4.824�04 3.627�04 2.032�04 1.280�041 55 4.306�03 3.732�03 3.155�03 2.331�03 1.412�03 9.426�04 6.722�04 5.022�04 2.783�04 1.748�041 56 1.286�03 1.048�03 8.286�04 5.485�04 2.840�04 1.691�04 1.090�04 7.407�05 3.289�05 1.675�051 57 1.790�03 1.453�03 1.150�03 7.722�04 3.999�04 2.382�04 1.548�04 1.063�04 4.881�05 2.638�051 58 2.313�03 1.885�03 1.491�03 9.867�04 5.110�04 3.043�04 1.961�04 1.333�04 5.918�05 3.013�051 59 1.003�02 1.111�02 1.234�02 1.442�02 1.760�02 1.990�02 2.157�02 2.283�02 2.505�02 2.658�021 60 2.613�03 3.055�03 3.557�03 4.372�03 5.490�03 6.252�03 6.772�03 7.115�03 7.548�03 7.717�031 61 5.912�06 5.247�06 4.553�06 3.513�06 2.258�06 1.563�06 1.142�06 8.694�07 4.964�07 3.175�07

516 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 62 1.747�05 1.552�05 1.350�05 1.048�05 6.864�06 4.908�06 3.695�06 2.923�06 1.943�06 1.468�061 63 2.860�05 2.539�05 2.205�05 1.704�05 1.097�05 7.612�06 5.573�06 4.248�06 2.435�06 1.563�061 64 1.263�05 1.114�05 9.669�06 7.563�06 5.115�06 4.051�06 3.255�06 2.854�06 2.802�06 2.751�061 65 3.974�05 3.444�05 2.919�05 2.169�05 1.318�05 8.772�06 6.224�06 4.624�06 2.526�06 1.569�061 66 4.085�05 3.546�05 3.012�05 2.247�05 1.375�05 9.211�06 6.572�06 4.903�06 2.698�06 1.688�061 67 7.715�05 6.730�05 5.750�05 4.340�05 2.724�05 1.876�05 1.378�05 1.064�05 6.504�06 4.587�061 68 1.058�04 9.236�05 7.891�05 5.949�05 3.706�05 2.517�05 1.814�05 1.365�05 7.628�06 4.830�061 69 6.203�05 5.445�05 4.686�05 3.578�05 2.279�05 1.580�05 1.161�05 8.876�06 5.101�06 3.279�061 70 2.187�05 2.097�05 2.014�05 1.906�05 1.805�05 1.768�05 1.755�05 1.752�05 1.755�05 1.758�051 71 9.133�05 7.725�05 6.356�05 4.477�05 2.507�05 1.573�05 1.067�05 7.651�06 3.930�06 2.332�061 72 3.893�05 3.372�05 2.857�05 2.122�05 1.289�05 8.605�06 6.129�06 4.571�06 2.514�06 1.565�061 73 4.496�05 3.841�05 3.204�05 2.315�05 1.355�05 8.934�06 6.465�06 5.015�06 3.267�06 2.557�061 74 1.385�04 1.180�04 9.804�05 7.070�05 4.215�05 2.863�05 2.131�05 1.699�05 1.177�05 9.616�061 75 7.088�05 5.940�05 4.838�05 3.346�05 1.819�05 1.115�05 7.422�06 5.239�06 2.621�06 1.545�061 76 1.801�04 1.530�04 1.265�04 8.989�05 5.104�05 3.237�05 2.214�05 1.598�05 8.299�06 4.944�061 77 1.630�05 1.419�05 1.265�05 1.168�05 1.342�05 1.645�05 1.971�05 2.244�05 2.731�05 3.083�051 78 7.867�05 7.722�05 7.687�05 7.902�05 8.824�05 9.849�05 1.085�04 1.178�04 1.382�04 1.552�041 79 2.725�05 2.164�05 1.662�05 1.044�05 4.953�06 2.789�06 1.741�06 1.168�06 5.333�07 2.911�071 80 2.068�05 1.641�05 1.254�05 7.777�06 3.589�06 1.961�06 1.201�06 7.980�07 3.550�07 1.845�071 81 3.165�05 2.648�05 2.193�05 1.683�05 1.350�05 1.272�05 1.257�05 1.265�05 1.321�05 1.380�051 82 8.267�05 6.961�05 5.701�05 3.984�05 2.206�05 1.375�05 9.265�06 6.609�06 3.368�06 2.004�061 83 1.478�05 1.320�05 1.211�05 1.152�05 1.281�05 1.465�05 1.673�05 1.847�05 2.128�05 2.297�051 84 6.928�05 5.747�05 4.630�05 3.156�05 1.721�05 1.099�05 7.903�06 6.212�06 4.401�06 3.798�061 85 1.343�04 1.143�04 9.487�05 6.789�05 3.912�05 2.514�05 1.737�05 1.264�05 6.653�06 4.015�061 86 9.908�05 8.533�05 7.190�05 5.336�05 3.382�05 2.468�05 1.976�05 1.695�05 1.399�05 1.317�051 87 2.366�05 1.875�05 1.435�05 8.942�06 4.206�06 2.353�06 1.466�06 9.855�07 4.544�07 2.504�071 88 3.611�05 3.088�05 2.575�05 1.860�05 1.087�05 7.063�06 4.922�06 3.605�06 1.916�06 1.162�061 89 3.159�05 2.548�05 1.993�05 1.332�05 7.900�06 5.848�06 4.948�06 4.512�06 4.155�06 4.132�061 90 5.797�05 4.635�05 3.589�05 2.291�05 1.116�05 6.368�06 3.987�06 2.663�06 1.185�06 6.337�071 91 3.462�05 3.360�05 3.340�05 3.498�05 4.115�05 4.621�05 4.941�05 5.180�05 5.661�05 6.009�051 92 3.520�05 2.855�05 2.237�05 1.447�05 7.071�06 3.939�06 2.393�06 1.541�06 5.943�07 2.629�071 93 2.748�05 2.553�05 2.428�05 2.398�05 2.670�05 3.003�05 3.358�05 3.650�05 4.129�05 4.448�051 94 6.057�04 6.285�04 6.528�04 6.911�04 7.408�04 7.714�04 7.920�04 8.066�04 8.289�04 8.408�041 95 1.685�05 1.371�05 1.078�05 7.009�06 3.447�06 1.923�06 1.167�06 7.480�07 2.825�07 1.214�071 96 3.300�05 3.756�05 4.366�05 5.601�05 7.735�05 9.361�05 1.081�04 1.192�04 1.367�04 1.479�041 97 9.240�05 1.035�04 1.177�04 1.442�04 1.843�04 2.114�04 2.309�04 2.455�04 2.698�04 2.844�041 98 8.353�04 9.391�04 1.061�03 1.282�03 1.658�03 1.960�03 2.219�03 2.445�03 2.916�03 3.298�031 99 6.447�04 5.475�04 4.543�04 3.274�04 1.946�04 1.302�04 9.374�05 7.089�05 4.023�05 2.529�051 100 2.869�03 2.999�03 3.137�03 3.349�03 3.619�03 3.784�03 3.898�03 3.981�03 4.115�03 4.191�031 101 1.810�04 1.572�04 1.335�04 9.976�05 6.149�05 4.127�05 2.933�05 2.171�05 1.150�05 6.720�061 102 5.488�04 4.804�04 4.127�04 3.176�04 2.133�04 1.607�04 1.325�04 1.161�04 9.851�05 9.515�051 103 8.963�04 7.790�04 6.617�04 4.947�04 3.050�04 2.048�04 1.455�04 1.077�04 5.709�05 3.334�051 104 1.545�03 1.894�03 2.334�03 3.187�03 4.728�03 6.034�03 7.160�03 8.149�03 1.027�02 1.205�021 105 7.401�04 6.443�04 5.475�04 4.076�04 2.491�04 1.673�04 1.198�04 8.982�05 5.007�05 3.163�051 106 1.233�03 1.074�03 9.124�04 6.806�04 4.168�04 2.793�04 2.001�04 1.507�04 8.557�05 5.442�051 107 1.725�03 1.501�03 1.276�03 9.498�04 5.805�04 3.899�04 2.792�04 2.093�04 1.167�04 7.370�051 108 3.280�03 3.618�03 4.005�03 4.671�03 5.685�03 6.430�03 6.986�03 7.408�03 8.131�03 8.630�031 109 8.621�05 6.612�05 4.908�05 2.882�05 1.239�05 6.505�06 3.820�06 2.412�06 9.246�07 4.178�071 110 1.117�04 8.520�05 6.308�05 3.685�05 1.623�05 8.502�06 5.050�06 3.295�06 1.424�06 7.648�071 111 1.348�04 1.034�04 7.673�05 4.504�05 1.935�05 1.016�05 5.966�06 3.767�06 1.443�06 6.517�071 112 8.364�05 8.509�05 8.927�05 1.017�04 1.237�04 1.367�04 1.453�04 1.525�04 1.667�04 1.742�041 113 6.743�04 5.552�04 4.438�04 2.991�04 1.581�04 9.584�05 6.276�05 4.327�05 1.982�05 1.029�051 114 9.412�04 7.719�04 6.151�04 4.181�04 2.240�04 1.335�04 8.737�05 6.088�05 2.816�05 1.473�051 115 1.212�03 9.979�04 7.977�04 5.375�04 2.841�04 1.722�04 1.128�04 7.775�05 3.562�05 1.849�051 116 1.133�03 1.325�03 1.551�03 1.926�03 2.443�03 2.798�03 3.049�03 3.224�03 3.460�03 3.555�031 117 3.191�04 2.715�04 2.258�04 1.633�04 9.740�05 6.529�05 4.703�05 3.557�05 2.019�05 1.271�051 118 1.445�03 1.512�03 1.583�03 1.693�03 1.835�03 1.923�03 1.983�03 2.026�03 2.096�03 2.136�031 119 6.229�04 7.443�04 8.986�04 1.200�03 1.745�03 2.211�03 2.614�03 2.968�03 3.719�03 4.344�031 120 8.974�05 7.789�05 6.607�05 4.927�05 3.028�05 2.029�05 1.441�05 1.066�05 5.643�06 3.294�061 121 3.419�04 3.421�04 3.497�04 3.791�04 4.583�04 5.401�04 6.175�04 6.888�04 8.470�04 9.825�041 122 4.453�04 3.865�04 3.279�04 2.445�04 1.502�04 1.006�04 7.143�05 5.284�05 2.795�05 1.631�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 517

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 123 3.189�04 2.781�04 2.367�04 1.767�04 1.083�04 7.288�05 5.226�05 3.922�05 2.189�05 1.384�051 124 5.321�04 4.641�04 3.950�04 2.954�04 1.815�04 1.220�04 8.743�05 6.582�05 3.736�05 2.384�051 125 7.454�04 6.500�04 5.534�04 4.132�04 2.534�04 1.705�04 1.223�04 9.179�05 5.126�05 3.242�051 126 4.465�06 3.033�06 1.988�06 1.021�06 3.909�07 1.862�07 9.502�08 5.133�08 1.701�08 8.244�091 127 5.176�06 3.836�06 2.824�06 1.858�06 1.345�06 1.433�06 1.560�06 1.602�06 1.540�06 1.489�061 128 5.044�06 3.829�06 2.887�06 2.019�06 1.596�06 1.784�06 1.987�06 2.060�06 1.991�06 1.930�061 129 6.336�06 4.298�06 2.814�06 1.442�06 5.496�07 2.610�07 1.327�07 7.140�08 2.357�08 1.141�081 130 1.315�03 1.447�03 1.599�03 1.864�03 2.269�03 2.569�03 2.796�03 2.968�03 3.258�03 3.453�031 131 6.615�05 5.129�05 3.854�05 2.318�05 1.025�05 5.481�06 3.260�06 2.082�06 8.284�07 3.859�071 132 8.310�05 6.569�05 5.110�05 3.434�05 2.180�05 1.738�05 1.549�05 1.467�05 1.432�05 1.452�051 133 6.117�05 6.086�05 6.260�05 6.981�05 8.476�05 9.376�05 9.898�05 1.031�04 1.119�04 1.178�041 134 1.029�04 7.978�05 5.992�05 3.601�05 1.590�05 8.501�06 5.054�06 3.227�06 1.282�06 5.961�071 135 3.281�04 2.717�04 2.185�04 1.487�04 7.955�05 4.867�05 3.214�05 2.233�05 1.042�05 5.483�061 136 4.581�04 3.781�04 3.030�04 2.073�04 1.127�04 6.801�05 4.501�05 3.171�05 1.513�05 8.191�061 137 5.889�04 4.876�04 3.921�04 2.668�04 1.427�04 8.728�05 5.763�05 4.004�05 1.867�05 9.822�061 138 5.178�04 6.063�04 7.122�04 8.899�04 1.135�03 1.300�03 1.421�03 1.510�03 1.638�03 1.692�031 139 2.718�06 2.369�06 2.020�06 1.519�06 9.450�07 6.407�07 4.616�07 3.478�07 1.957�07 1.242�071 140 2.881�05 3.161�05 3.537�05 4.314�05 5.810�05 7.169�05 8.392�05 9.473�05 1.177�04 1.366�041 141 1.280�05 1.125�05 9.676�06 7.370�06 4.665�06 3.202�06 2.328�06 1.767�06 1.008�06 6.454�071 142 2.064�05 1.799�05 1.534�05 1.152�05 7.125�06 4.808�06 3.446�06 2.581�06 1.434�06 9.036�071 143 5.483�05 6.186�05 7.085�05 8.873�05 1.219�04 1.518�04 1.786�04 2.022�04 2.515�04 2.917�041 144 3.561�05 3.119�05 2.682�05 2.059�05 1.359�05 1.001�05 7.999�06 6.785�06 5.286�06 4.649�061 145 1.544�05 1.340�05 1.138�05 8.488�06 5.200�06 3.490�06 2.495�06 1.867�06 1.035�06 6.508�071 146 5.401�06 4.805�06 4.228�06 3.428�06 2.570�06 2.169�06 1.970�06 1.871�06 1.805�06 1.831�061 147 3.156�05 2.668�05 2.196�05 1.547�05 8.667�06 5.448�06 3.702�06 2.662�06 1.381�06 8.334�071 148 5.057�05 4.420�05 3.783�05 2.860�05 1.788�05 1.218�05 8.795�06 6.626�06 3.718�06 2.359�061 149 1.380�05 1.197�05 1.017�05 7.588�06 4.650�06 3.123�06 2.236�06 1.675�06 9.315�07 5.859�071 150 4.236�05 3.587�05 2.961�05 2.106�05 1.229�05 8.242�06 6.107�06 4.851�06 3.370�06 2.829�061 151 3.460�05 2.937�05 2.428�05 1.725�05 9.790�06 6.219�06 4.262�06 3.086�06 1.624�06 9.972�071 152 2.188�05 1.882�05 1.585�05 1.172�05 7.270�06 5.146�06 4.027�06 3.389�06 2.661�06 2.387�061 153 1.391�05 1.216�05 1.042�05 7.922�06 5.011�06 3.456�06 2.529�06 1.931�06 1.112�06 7.146�071 154 4.450�05 4.508�05 4.624�05 4.926�05 5.599�05 6.203�05 6.725�05 7.197�05 8.213�05 9.050�051 155 1.012�06 8.634�07 7.512�07 6.472�07 6.105�07 6.329�07 6.331�07 6.487�07 7.300�07 6.914�071 156 1.577�06 1.222�06 9.120�07 5.457�07 2.450�07 1.335�07 8.377�08 5.751�08 2.689�08 1.429�081 157 1.127�06 8.467�07 6.185�07 3.670�07 1.678�07 9.347�08 5.732�08 3.748�08 1.598�08 8.185�091 158 1.221�06 9.662�07 7.526�07 5.336�07 3.872�07 3.407�07 3.509�07 3.590�07 3.544�07 3.649�071 159 1.125�05 9.035�06 7.020�06 4.509�06 2.220�06 1.289�06 8.281�07 5.692�07 2.694�07 1.499�071 160 1.091�05 1.024�05 9.877�06 1.013�05 1.219�05 1.454�05 1.663�05 1.832�05 2.105�05 2.262�051 161 1.571�05 1.273�05 9.974�06 6.459�06 3.186�06 1.819�06 1.144�06 7.696�07 3.436�07 1.774�071 162 1.230�05 1.025�05 8.461�06 6.328�06 4.869�06 4.540�06 4.464�06 4.465�06 4.607�06 4.827�061 163 9.967�06 8.778�06 7.897�06 7.346�06 8.237�06 9.609�06 1.127�05 1.293�05 1.608�05 1.793�051 164 5.972�05 5.075�05 4.200�05 2.987�05 1.700�05 1.082�05 7.421�06 5.378�06 2.831�06 1.719�061 165 2.690�05 2.261�05 1.849�05 1.286�05 7.054�06 4.357�06 2.918�06 2.071�06 1.051�06 6.298�071 166 3.145�05 2.617�05 2.113�05 1.439�05 7.666�06 4.671�06 3.135�06 2.261�06 1.269�06 9.137�071 167 4.376�05 3.747�05 3.130�05 2.263�05 1.321�05 8.580�06 5.984�06 4.394�06 2.369�06 1.473�061 168 3.316�05 2.884�05 2.459�05 1.862�05 1.211�05 9.007�06 7.291�06 6.273�06 5.128�06 4.774�061 169 1.243�05 1.074�05 9.063�06 6.672�06 4.004�06 2.653�06 1.880�06 1.397�06 7.693�07 4.840�071 170 9.447�07 7.052�07 5.087�07 2.914�07 1.246�07 6.716�08 4.131�08 2.756�08 1.214�08 6.309�091 171 1.079�06 8.299�07 6.229�07 4.028�07 2.499�07 2.018�07 1.988�07 1.994�07 1.922�07 1.943�071 172 9.584�07 8.168�07 7.091�07 6.151�07 5.896�07 6.162�07 6.192�07 6.352�07 7.156�07 6.830�071 173 1.422�06 1.085�06 7.931�07 4.548�07 1.877�07 9.534�08 5.637�08 3.702�08 1.633�08 8.269�091 174 9.229�06 7.345�06 5.638�06 3.527�06 1.663�06 9.371�07 5.922�07 4.056�07 1.963�07 1.122�071 175 1.331�06 1.102�06 9.101�07 7.254�07 6.199�07 5.990�07 6.454�07 6.753�07 6.848�07 7.066�071 176 1.927�06 1.452�06 1.068�06 6.487�07 3.135�07 1.774�07 1.087�07 7.040�08 2.874�08 1.464�081 177 1.182�05 9.497�06 7.413�06 4.817�06 2.633�06 1.806�06 1.417�06 1.216�06 1.031�06 9.828�071 178 1.069�06 8.226�07 6.067�07 3.531�07 1.490�07 7.539�08 4.391�08 2.818�08 1.151�08 5.568�091 179 1.322�06 1.141�06 1.001�06 8.671�07 8.229�07 8.611�07 8.653�07 8.876�07 1.006�06 9.590�071 180 1.929�05 1.576�05 1.245�05 8.187�06 4.124�06 2.375�06 1.495�06 1.000�06 4.328�07 2.157�071 181 1.966�05 1.592�05 1.249�05 8.178�06 4.163�06 2.470�06 1.604�06 1.105�06 5.161�07 2.833�071 182 4.476�05 4.582�05 4.701�05 4.894�05 5.162�05 5.357�05 5.525�05 5.678�05 6.010�05 6.278�051 183 1.374�05 1.225�05 1.108�05 1.014�05 1.071�05 1.205�05 1.355�05 1.491�05 1.725�05 1.854�051 184 1.084�05 1.004�05 9.487�06 9.294�06 1.038�05 1.168�05 1.258�05 1.320�05 1.434�05 1.533�05

518 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 185 1.112�05 9.146�06 7.283�06 4.850�06 2.490�06 1.447�06 9.135�07 6.105�07 2.593�07 1.262�071 186 1.446�05 1.314�05 1.229�05 1.216�05 1.427�05 1.671�05 1.877�05 2.039�05 2.351�05 2.585�051 187 1.533�05 1.641�05 1.823�05 2.275�05 3.250�05 4.076�05 4.805�05 5.406�05 6.378�05 6.898�051 188 2.268�04 2.511�04 2.794�04 3.298�04 4.119�04 4.742�04 5.241�04 5.672�04 6.562�04 7.275�041 189 1.279�04 1.086�04 9.013�05 6.497�05 3.860�05 2.583�05 1.859�05 1.406�05 7.995�06 5.035�061 190 5.347�04 5.604�04 5.876�04 6.298�04 6.847�04 7.189�04 7.417�04 7.583�04 7.848�04 8.001�041 191 3.748�05 3.259�05 2.769�05 2.071�05 1.278�05 8.590�06 6.115�06 4.535�06 2.413�06 1.417�061 192 1.159�04 1.028�04 9.003�05 7.261�05 5.486�05 4.713�05 4.393�05 4.287�05 4.411�05 4.734�051 193 1.854�04 1.613�04 1.371�04 1.026�04 6.334�05 4.257�05 3.031�05 2.248�05 1.196�05 7.018�061 194 2.849�04 3.480�04 4.275�04 5.828�04 8.616�04 1.101�03 1.308�03 1.489�03 1.870�03 2.188�031 195 1.314�04 1.148�04 9.784�05 7.324�05 4.507�05 3.038�05 2.182�05 1.639�05 9.169�06 5.808�061 196 2.191�04 1.915�04 1.633�04 1.226�04 7.582�05 5.134�05 3.706�05 2.810�05 1.633�05 1.076�051 197 3.062�04 2.674�04 2.280�04 1.707�04 1.050�04 7.078�05 5.083�05 3.819�05 2.137�05 1.354�051 198 6.185�08 4.600�08 3.200�08 1.637�08 5.068�09 1.723�09 7.377�10 4.084�10 1.206�10 4.810�111 201 8.410�08 6.256�08 4.351�08 2.225�08 6.888�09 2.341�09 1.002�09 5.549�10 1.636�10 6.529�111 202 5.089�04 5.593�04 6.174�04 7.196�04 8.774�04 9.944�04 1.083�03 1.151�03 1.265�03 1.341�031 203 2.761�06 1.875�06 1.226�06 6.237�07 2.324�07 1.093�07 5.511�08 2.922�08 9.341�09 4.501�091 204 3.340�06 2.266�06 1.507�06 7.567�07 2.851�07 1.450�07 7.475�08 3.935�08 1.630�08 9.876�091 205 2.931�06 2.437�06 1.996�06 1.627�06 1.512�06 1.725�06 1.921�06 2.019�06 2.093�06 2.203�061 206 3.970�06 2.696�06 1.762�06 8.958�07 3.334�07 1.567�07 7.895�08 4.182�08 1.335�08 6.433�091 207 1.345�04 1.116�04 8.999�05 6.146�05 3.303�05 2.028�05 1.343�05 9.362�06 4.395�06 2.321�061 208 1.881�04 1.556�04 1.251�04 8.577�05 4.701�05 2.859�05 1.908�05 1.356�05 6.654�06 3.749�061 209 2.419�04 2.007�04 1.618�04 1.105�04 5.937�05 3.644�05 2.414�05 1.683�05 7.897�06 4.170�061 210 2.891�05 2.243�05 1.688�05 1.018�05 4.505�06 2.416�06 1.440�06 9.225�07 3.686�07 1.704�071 211 3.738�05 2.896�05 2.175�05 1.313�05 6.108�06 3.458�06 2.242�06 1.612�06 9.469�07 7.148�071 212 4.527�05 3.513�05 2.643�05 1.594�05 7.050�06 3.780�06 2.254�06 1.443�06 5.765�07 2.663�071 213 2.497�05 2.557�05 2.708�05 3.130�05 3.914�05 4.376�05 4.652�05 4.866�05 5.300�05 5.585�051 214 2.025�04 2.368�04 2.783�04 3.484�04 4.455�04 5.109�04 5.594�04 5.954�04 6.478�04 6.703�041 215 1.206�06 1.070�06 9.283�07 7.158�07 4.589�07 3.166�07 2.306�07 1.749�07 9.923�08 6.280�081 216 4.210�06 3.870�06 3.527�06 3.051�06 2.579�06 2.426�06 2.401�06 2.421�06 2.582�06 2.846�061 217 8.900�06 7.719�06 6.550�06 4.879�06 2.983�06 1.999�06 1.426�06 1.064�06 5.847�07 3.637�071 218 6.036�06 5.366�06 4.667�06 3.614�06 2.334�06 1.621�06 1.187�06 9.054�07 5.198�07 3.327�071 219 8.383�06 7.287�06 6.203�06 4.647�06 2.866�06 1.935�06 1.391�06 1.046�06 5.839�07 3.680�071 220 1.346�05 1.167�05 9.917�06 7.463�06 4.791�06 3.496�06 2.804�06 2.414�06 1.977�06 1.794�061 221 4.640�06 4.403�06 4.185�06 3.951�06 3.909�06 4.143�06 4.445�06 4.721�06 5.408�06 6.188�061 222 7.929�06 7.860�06 7.813�06 7.785�06 7.853�06 8.002�06 8.166�06 8.316�06 8.626�06 8.886�061 223 1.486�05 1.259�05 1.039�05 7.346�06 4.135�06 2.609�06 1.777�06 1.280�06 6.653�07 4.017�071 224 1.950�05 1.659�05 1.375�05 9.800�06 5.595�06 3.570�06 2.454�06 1.779�06 9.337�07 5.675�071 225 1.808�05 1.544�05 1.292�05 9.563�06 6.271�06 4.869�06 4.190�06 3.831�06 3.499�06 3.461�061 226 4.696�08 3.579�08 2.519�08 1.387�08 5.196�09 2.183�09 1.071�09 6.161�10 2.182�10 9.215�111 227 4.733�08 3.766�08 3.049�08 2.546�08 2.378�08 2.233�08 3.160�08 3.731�08 5.390�08 1.005�071 229 5.774�08 4.165�08 2.863�08 1.460�08 5.050�09 2.351�09 1.222�09 6.569�10 1.446�10 4.023�111 230 3.349�05 3.541�05 3.786�05 4.266�05 5.120�05 5.824�05 6.419�05 6.943�05 8.019�05 8.843�051 231 6.968�06 6.025�06 5.096�06 3.772�06 2.278�06 1.511�06 1.070�06 7.938�07 4.323�07 2.681�071 232 2.076�05 1.805�05 1.537�05 1.152�05 7.120�06 4.815�06 3.461�06 2.598�06 1.446�06 9.082�071 233 9.673�07 7.285�07 5.331�07 3.187�07 1.477�07 8.267�08 5.082�08 3.320�08 1.398�08 7.159�091 234 1.013�06 8.098�07 6.431�07 4.676�07 3.468�07 3.298�07 3.453�07 3.650�07 3.459�07 2.408�071 235 7.304�07 6.411�07 5.809�07 5.483�07 6.039�07 6.786�07 7.197�07 7.485�07 7.854�07 8.206�071 236 1.066�06 8.216�07 6.087�07 3.576�07 1.537�07 7.960�08 4.750�08 3.130�08 1.368�08 6.865�091 237 6.374�06 5.148�06 4.024�06 2.610�06 1.303�06 7.622�07 4.916�07 3.384�07 1.597�07 8.856�081 238 8.192�06 7.120�06 6.122�06 4.849�06 3.742�06 3.376�06 3.303�06 3.360�06 3.661�06 3.950�061 239 8.878�06 7.245�06 5.721�06 3.752�06 1.880�06 1.080�06 6.787�07 4.543�07 1.976�07 9.827�081 240 9.014�06 7.898�06 6.786�06 5.171�06 3.281�06 2.267�06 1.661�06 1.268�06 7.281�07 4.674�071 241 6.839�06 5.798�06 4.891�06 3.844�06 3.164�06 3.093�06 3.152�06 3.233�06 3.420�06 3.591�061 242 7.714�06 7.035�06 6.500�06 6.083�06 6.373�06 6.993�06 7.689�06 8.403�06 9.914�06 1.091�051 243 6.280�06 5.474�06 4.781�06 4.016�06 3.679�06 3.891�06 4.307�06 4.795�06 5.809�06 6.350�061 244 2.747�05 2.338�05 1.938�05 1.382�05 7.890�06 5.033�06 3.461�06 2.511�06 1.324�06 8.054�071 245 1.176�05 9.874�06 8.054�06 5.581�06 3.036�06 1.862�06 1.238�06 8.735�07 4.364�07 2.579�071 246 1.534�05 1.284�05 1.045�05 7.222�06 3.956�06 2.488�06 1.721�06 1.281�06 7.738�07 5.862�071 247 2.031�05 1.732�05 1.440�05 1.033�05 5.958�06 3.833�06 2.654�06 1.935�06 1.027�06 6.295�071 248 3.897�05 4.024�05 4.161�05 4.378�05 4.679�05 4.901�05 5.074�05 5.212�05 5.463�05 5.650�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 519

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 249 1.605�05 1.391�05 1.181�05 8.875�06 5.732�06 4.243�06 3.438�06 2.969�06 2.447�06 2.287�061 250 6.321�06 5.445�06 4.577�06 3.347�06 1.990�06 1.310�06 9.234�07 6.833�07 3.720�07 2.312�071 251 3.413�08 2.495�08 1.715�08 8.924�09 3.260�09 1.504�09 8.276�10 5.082�10 1.654�10 6.595�111 253 3.843�08 3.028�08 2.402�08 1.917�08 1.721�08 1.592�08 2.190�08 2.634�08 3.776�08 6.686�081 254 4.857�08 3.503�08 2.407�08 1.228�08 4.304�09 2.040�09 1.101�09 6.216�10 1.460�10 4.585�111 256 6.974�08 5.433�08 3.876�08 2.198�08 8.278�09 3.388�09 1.595�09 8.820�10 3.185�10 1.400�101 257 4.760�08 3.466�08 2.404�08 1.246�08 4.332�09 1.953�09 9.520�10 4.694�10 8.897�11 1.927�111 258 6.087�08 4.891�08 3.985�08 3.331�08 3.119�08 2.876�08 3.994�08 4.807�08 6.960�08 1.253�071 259 6.765�07 5.068�07 3.661�07 2.103�07 8.936�08 4.787�08 2.947�08 1.975�08 8.820�09 4.638�091 260 7.710�07 5.932�07 4.452�07 2.852�07 1.689�07 1.382�07 1.350�07 1.380�07 1.270�07 8.984�081 261 6.446�07 5.522�07 4.846�07 4.369�07 4.641�07 5.143�07 5.434�07 5.643�07 5.912�07 6.174�071 262 9.299�07 7.123�07 5.236�07 3.027�07 1.258�07 6.354�08 3.717�08 2.418�08 1.051�08 5.264�091 263 8.187�06 7.487�06 7.032�06 6.906�06 7.846�06 8.990�06 9.989�06 1.080�05 1.230�05 1.337�051 264 4.579�06 3.652�06 2.810�06 1.762�06 8.291�07 4.650�07 2.928�07 2.002�07 9.717�08 5.591�081 265 1.557�06 1.176�06 8.656�07 5.262�07 2.532�07 1.438�07 8.863�08 5.763�08 2.366�08 1.206�081 266 1.035�06 8.615�07 7.203�07 5.782�07 4.908�07 5.038�07 5.469�07 5.884�07 5.724�07 4.107�071 267 5.925�06 4.761�06 3.708�06 2.394�06 1.263�06 8.269�07 6.243�07 5.222�07 4.234�07 3.914�071 268 9.987�05 1.111�04 1.241�04 1.474�04 1.851�04 2.141�04 2.379�04 2.584�04 2.999�04 3.313�041 269 7.674�07 5.955�07 4.441�07 2.635�07 1.141�07 5.826�08 3.381�08 2.153�08 8.715�09 4.209�091 270 1.069�06 9.951�07 9.587�07 9.784�07 1.126�06 1.270�06 1.352�06 1.411�06 1.497�06 1.562�061 271 8.195�06 6.681�06 5.268�06 3.446�06 1.716�06 9.788�07 6.121�07 4.082�07 1.765�07 8.786�081 272 1.077�05 8.748�06 6.884�06 4.528�06 2.316�06 1.376�06 8.954�07 6.182�07 2.894�07 1.586�071 273 5.945�06 5.306�06 4.808�06 4.425�06 4.665�06 5.205�06 5.788�06 6.375�06 7.605�06 8.408�061 274 5.857�06 5.391�06 5.058�06 4.874�06 5.296�06 5.958�06 6.503�06 6.911�06 7.583�06 8.070�061 275 5.237�06 4.310�06 3.435�06 2.288�06 1.171�06 6.774�07 4.259�07 2.835�07 1.191�07 5.688�081 276 7.620�06 8.070�06 8.863�06 1.089�05 1.525�05 1.878�05 2.182�05 2.455�05 2.988�05 3.324�051 277 5.375�07 4.778�07 4.150�07 3.203�07 2.055�07 1.417�07 1.031�07 7.810�08 4.410�08 2.771�081 278 1.649�06 1.488�06 1.323�06 1.081�06 8.031�07 6.617�07 5.844�07 5.393�07 4.976�07 5.003�071 279 3.835�06 3.322�06 2.815�06 2.092�06 1.275�06 8.530�07 6.078�07 4.530�07 2.484�07 1.540�071 280 4.006�06 3.483�06 2.966�06 2.223�06 1.372�06 9.281�07 6.680�07 5.025�07 2.810�07 1.772�071 281 5.420�06 4.706�06 4.014�06 3.059�06 2.056�06 1.600�06 1.371�06 1.254�06 1.160�06 1.143�061 282 7.330�06 7.471�06 7.629�06 7.898�06 8.306�06 8.637�06 8.888�06 9.086�06 9.476�06 9.798�061 283 3.121�06 2.771�06 2.407�06 1.863�06 1.204�06 8.382�07 6.159�07 4.713�07 2.729�07 1.763�071 284 5.971�06 5.062�06 4.177�06 2.955�06 1.664�06 1.050�06 7.157�07 5.153�07 2.676�07 1.616�071 285 1.320�06 1.175�06 1.030�06 8.272�07 5.980�07 4.888�07 4.322�07 3.976�07 3.576�07 3.521�071 286 1.138�09 6.694�10 4.251�10 2.353�10 6.515�11 3.257�11 1.681�11 7.587�12 2.003�12 1.024�121 288 1.413�09 1.113�09 1.096�09 1.694�09 2.537�09 7.858�09 1.802�08 2.075�08 4.243�08 1.077�071 289 1.333�09 8.606�10 5.393�10 2.358�10 9.197�11 4.865�11 2.103�11 7.328�12 2.131�12 8.137�131 290 8.493�06 7.224�06 5.982�06 4.257�06 2.421�06 1.538�06 1.052�06 7.584�07 3.916�07 2.336�071 291 6.831�06 5.866�06 4.960�06 3.788�06 2.711�06 2.306�06 2.142�06 2.075�06 2.064�06 2.126�061 292 1.839�05 1.980�05 2.152�05 2.475�05 3.027�05 3.477�05 3.852�05 4.175�05 4.822�05 5.320�051 293 3.467�08 2.668�08 1.904�08 1.054�08 3.937�09 1.691�09 8.341�10 4.720�10 1.678�10 7.121�111 294 3.722�08 2.885�08 2.201�08 1.438�08 7.515�09 7.919�09 7.378�09 5.147�09 1.717�08 4.079�081 295 3.434�08 2.725�08 2.160�08 1.602�08 1.179�08 1.074�08 1.118�08 9.936�09 9.345�09 1.502�081 296 4.346�08 3.169�08 2.207�08 1.151�08 4.088�09 1.870�09 9.527�10 5.086�10 1.142�10 3.179�111 297 2.742�06 2.220�06 1.740�06 1.133�06 5.697�07 3.346�07 2.166�07 1.495�07 7.072�08 3.924�081 298 4.766�07 3.603�07 2.645�07 1.588�07 7.408�08 4.173�08 2.579�08 1.689�08 7.102�09 3.645�091 299 4.911�07 3.946�07 3.158�07 2.324�07 1.742�07 1.639�07 1.684�07 1.740�07 1.913�07 2.163�071 300 3.517�07 3.105�07 2.843�07 2.760�07 3.169�07 3.599�07 3.857�07 4.024�07 4.239�07 4.401�071 301 5.215�07 4.033�07 3.000�07 1.771�07 7.609�08 3.911�08 2.309�08 1.506�08 6.478�09 3.229�091 302 3.501�06 2.855�06 2.252�06 1.473�06 7.324�07 4.180�07 2.619�07 1.752�07 7.709�08 3.933�081 303 2.898�06 2.471�06 2.098�06 1.670�06 1.402�06 1.393�06 1.436�06 1.481�06 1.568�06 1.643�061 304 2.260�06 2.224�06 2.276�06 2.568�06 3.375�06 4.091�06 4.741�06 5.352�06 6.512�06 7.160�061 305 2.945�06 2.540�06 2.141�06 1.576�06 9.416�07 6.190�07 4.349�07 3.204�07 1.722�07 1.057�071 306 9.121�06 7.906�06 6.703�06 4.990�06 3.053�06 2.049�06 1.464�06 1.093�06 6.004�07 3.722�071 307 4.947�06 4.268�06 3.606�06 2.682�06 1.684�06 1.205�06 9.480�07 8.012�07 6.382�07 5.767�071 308 4.657�06 4.081�06 3.507�06 2.673�06 1.697�06 1.174�06 8.606�07 6.574�07 3.777�07 2.424�071 309 3.238�06 2.842�06 2.489�06 2.064�06 1.782�06 1.789�06 1.885�06 2.021�06 2.353�06 2.573�061 310 2.287�05 2.371�05 2.460�05 2.603�05 2.800�05 2.945�05 3.050�05 3.130�05 3.284�05 3.408�051 311 1.109�05 9.440�06 7.829�06 5.586�06 3.192�06 2.038�06 1.402�06 1.018�06 5.373�07 3.276�071 312 4.683�06 3.928�06 3.201�06 2.213�06 1.199�06 7.326�07 4.856�07 3.414�07 1.693�07 9.945�081 313 7.837�10 4.788�10 2.956�10 1.461�10 4.080�11 1.884�11 9.646�12 4.937�12 1.632�12 7.057�13

520 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

1 315 6.516�06 5.471�06 4.466�06 3.108�06 1.723�06 1.097�06 7.677�07 5.775�07 3.571�07 2.743�071 316 1.038�09 7.960�10 7.199�10 1.028�09 1.507�09 4.552�09 1.054�08 1.223�08 2.490�08 6.279�081 317 1.018�09 6.571�10 4.084�10 1.767�10 6.496�11 3.316�11 1.462�11 5.616�12 1.792�12 6.821�131 319 1.643�09 9.461�10 6.068�10 3.579�10 9.794�11 5.034�11 2.625�11 1.162�11 2.760�12 1.495�121 320 1.166�09 7.532�10 4.755�10 2.115�10 8.710�11 4.766�11 2.035�11 6.543�12 1.710�12 6.478�131 321 1.788�09 1.412�09 1.394�09 2.170�09 3.244�09 9.845�09 2.279�08 2.646�08 5.391�08 1.360�071 322 8.557�06 7.295�06 6.058�06 4.337�06 2.494�06 1.601�06 1.106�06 8.052�07 4.252�07 2.591�071 323 6.881�06 5.963�06 5.063�06 3.811�06 2.479�06 1.852�06 1.518�06 1.325�06 1.114�06 1.055�061 324 2.779�06 2.392�06 2.008�06 1.465�06 8.686�07 5.708�07 4.017�07 2.967�07 1.608�07 9.943�081 325 3.814�06 3.453�06 3.195�06 3.040�06 3.303�06 3.710�06 4.086�06 4.399�06 4.972�06 5.394�061 326 2.442�08 1.796�08 1.245�08 6.513�09 2.382�09 1.120�09 6.175�10 3.751�10 1.241�10 4.982�111 327 2.737�08 2.025�08 1.462�08 8.441�09 3.879�09 3.481�09 3.046�09 2.088�09 6.760�09 2.032�081 328 2.671�08 2.080�08 1.606�08 1.133�08 7.879�09 6.999�09 7.215�09 6.490�09 5.561�09 9.649�091 329 3.409�08 2.473�08 1.712�08 8.829�09 3.133�09 1.463�09 7.770�10 4.365�10 1.054�10 3.188�111 330 3.895�08 3.089�08 2.440�08 1.724�08 9.860�09 1.132�08 1.090�08 7.609�09 2.886�08 8.801�081 331 5.147�08 4.041�08 2.923�08 1.658�08 6.209�09 2.619�09 1.249�09 6.784�10 2.448�10 1.067�101 332 3.958�05 4.407�05 4.932�05 5.874�05 7.396�05 8.590�05 9.568�05 1.040�04 1.205�04 1.331�041 333 3.550�08 2.613�08 1.837�08 9.736�09 3.482�09 1.545�09 7.403�10 3.646�10 7.162�11 1.534�111 334 4.388�08 3.513�08 2.801�08 2.077�08 1.517�08 1.363�08 1.418�08 1.281�08 1.113�08 1.944�081 335 1.903�06 1.520�06 1.171�06 7.355�07 3.463�07 1.940�07 1.221�07 8.350�08 4.061�08 2.349�081 336 2.478�06 1.992�06 1.550�06 9.973�07 5.164�07 3.285�07 2.412�07 1.969�07 1.520�07 1.364�071 337 3.194�07 2.400�07 1.739�07 1.001�07 4.259�08 2.282�08 1.407�08 9.450�09 4.256�09 2.255�091 338 3.643�07 2.805�07 2.105�07 1.345�07 7.820�08 6.223�08 5.887�08 5.842�08 6.083�08 6.707�081 339 2.983�07 2.534�07 2.203�07 1.972�07 2.116�07 2.347�07 2.498�07 2.600�07 2.730�07 2.830�071 340 4.296�07 3.303�07 2.439�07 1.420�07 5.943�08 3.011�08 1.766�08 1.153�08 5.030�09 2.524�091 341 3.231�06 2.633�06 2.075�06 1.355�06 6.718�07 3.822�07 2.387�07 1.591�07 6.911�08 3.458�081 342 4.605�06 3.749�06 2.956�06 1.950�06 1.002�06 5.974�07 3.899�07 2.700�07 1.269�07 6.961�081 343 2.328�06 2.074�06 1.875�06 1.720�06 1.798�06 2.002�06 2.229�06 2.464�06 2.951�06 3.248�061 344 4.956�07 4.142�07 3.489�07 2.829�07 2.418�07 2.443�07 2.605�07 2.744�07 3.071�07 3.486�071 345 7.619�07 5.774�07 4.261�07 2.597�07 1.252�07 7.158�08 4.434�08 2.893�08 1.191�08 6.078�091 346 3.725�07 2.907�07 2.183�07 1.309�07 5.747�08 2.955�08 1.724�08 1.103�08 4.489�09 2.178�091 347 4.512�07 4.045�07 3.752�07 3.671�07 4.200�07 4.755�07 5.084�07 5.297�07 5.581�07 5.791�071 348 2.496�06 2.282�06 2.122�06 2.011�06 2.147�06 2.414�06 2.640�06 2.809�06 3.070�06 3.256�061 349 2.181�06 1.797�06 1.434�06 9.565�07 4.892�07 2.831�07 1.780�07 1.185�07 4.966�08 2.357�081 350 3.202�06 3.353�06 3.641�06 4.406�06 6.070�06 7.442�06 8.648�06 9.762�06 1.192�05 1.320�052 3 6.369�02 5.538�02 4.712�02 3.526�02 2.182�02 1.488�02 1.081�02 8.208�03 4.713�03 3.050�032 4 4.206�02 3.949�02 3.735�02 3.476�02 3.255�02 3.186�02 3.171�02 3.171�02 3.188�02 3.212�022 5 1.419�02 1.228�02 1.039�02 7.689�03 4.638�03 3.076�03 2.178�03 1.616�03 8.827�04 5.499�042 6 3.307�03 2.968�03 2.605�03 2.041�03 1.334�03 9.340�04 6.885�04 5.281�04 3.077�04 2.005�042 7 4.968�01 5.356�01 5.771�01 6.433�01 7.388�01 8.071�01 8.587�01 9.007�01 9.801�01 1.037+002 8 4.866�03 4.368�03 3.834�03 3.005�03 1.966�03 1.376�03 1.015�03 7.789�04 4.542�04 2.960�042 9 7.684�03 6.882�03 6.026�03 4.707�03 3.068�03 2.144�03 1.580�03 1.212�03 7.057�04 4.593�042 10 8.054�04 7.133�04 6.175�04 4.734�04 2.993�04 2.039�04 1.470�04 1.106�04 6.200�05 3.926�052 11 2.051�03 2.236�03 2.509�03 3.132�03 4.431�03 5.598�03 6.693�03 7.677�03 9.695�03 1.130�022 12 5.346�04 4.736�04 4.093�04 3.131�04 1.984�04 1.355�04 9.760�05 7.316�05 4.027�05 2.503�052 13 3.276�03 2.811�03 2.357�03 1.723�03 1.026�03 6.758�04 4.758�04 3.510�04 1.884�04 1.155�042 14 3.366�02 3.450�02 3.535�02 3.657�02 3.796�02 3.872�02 3.918�02 3.948�02 3.987�02 4.005�022 15 4.153�03 3.600�03 3.053�03 2.272�03 1.389�03 9.343�04 6.696�04 5.018�04 2.785�04 1.750�042 16 6.777�03 6.597�03 6.478�03 6.470�03 6.746�03 7.095�03 7.472�03 7.789�03 8.273�03 8.495�032 17 8.665�02 9.597�02 1.070�01 1.274�01 1.617�01 1.894�01 2.132�01 2.340�01 2.769�01 3.113�012 18 9.115�03 7.624�03 6.202�03 4.298�03 2.365�03 1.473�03 9.940�04 7.100�04 3.606�04 2.112�042 19 7.979�03 7.311�03 6.754�03 6.121�03 5.692�03 5.648�03 5.735�03 5.844�03 6.079�03 6.259�032 20 7.521�03 6.283�03 5.103�03 3.525�03 1.929�03 1.195�03 8.035�04 5.722�04 2.894�04 1.692�042 21 2.201�02 2.286�02 2.372�02 2.502�02 2.660�02 2.751�02 2.809�02 2.849�02 2.906�02 2.935�022 22 1.585�03 1.345�03 1.114�03 8.022�04 4.768�04 3.190�04 2.293�04 1.728�04 9.697�05 6.102�052 23 1.553�04 1.634�04 1.732�04 1.918�04 2.232�04 2.457�04 2.625�04 2.765�04 3.010�04 3.133�042 24 4.688�04 3.982�04 3.305�04 2.381�04 1.409�04 9.345�05 6.658�05 4.976�05 2.742�05 1.703�052 25 1.100�03 1.027�03 9.685�04 9.268�04 9.796�04 1.095�03 1.230�03 1.372�03 1.699�03 1.967�032 26 2.293�03 2.956�03 3.824�03 5.564�03 8.905�03 1.179�02 1.435�02 1.671�02 2.164�02 2.543�022 27 1.349�03 1.188�03 1.023�03 7.808�04 4.937�04 3.364�04 2.414�04 1.801�04 9.750�05 5.932�052 28 1.220�04 1.109�04 1.014�04 9.036�05 8.224�05 8.063�05 8.133�05 8.279�05 8.649�05 8.915�05

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 521

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 29 2.005�03 2.322�03 2.730�03 3.539�03 5.047�03 6.348�03 7.488�03 8.529�03 1.073�02 1.245�022 30 3.715�04 3.238�04 2.758�04 2.069�04 1.279�04 8.581�05 6.076�05 4.474�05 2.343�05 1.372�052 31 2.083�03 2.569�03 3.193�03 4.433�03 6.760�03 8.769�03 1.054�02 1.216�02 1.558�02 1.825�022 32 4.453�04 3.887�04 3.318�04 2.497�04 1.550�04 1.043�04 7.399�05 5.459�05 2.871�05 1.690�052 33 1.674�02 1.780�02 1.904�02 2.131�02 2.504�02 2.770�02 2.970�02 3.132�02 3.415�02 3.568�022 34 4.583�03 3.913�03 3.258�03 2.352�03 1.385�03 9.086�04 6.390�04 4.721�04 2.560�04 1.566�042 35 5.462�03 5.965�03 6.534�03 7.528�03 9.075�03 1.015�02 1.093�02 1.156�02 1.265�02 1.324�022 36 6.790�06 5.897�06 5.200�06 4.588�06 4.408�06 4.633�06 4.857�06 5.079�06 5.566�06 5.871�062 37 6.041�04 5.329�04 4.599�04 3.520�04 2.233�04 1.525�04 1.098�04 8.216�05 4.490�05 2.763�052 38 2.152�03 1.838�03 1.530�03 1.104�03 6.491�04 4.255�04 2.991�04 2.210�04 1.200�04 7.358�052 39 1.183�02 1.303�02 1.438�02 1.671�02 2.032�02 2.279�02 2.460�02 2.604�02 2.857�02 2.994�022 40 1.409�03 1.202�03 1.000�03 7.208�04 4.230�04 2.769�04 1.944�04 1.436�04 7.781�05 4.763�052 41 2.840�03 2.941�03 3.069�03 3.326�03 3.792�03 4.147�03 4.417�03 4.639�03 5.045�03 5.272�032 42 2.598�04 2.229�04 1.866�04 1.360�04 8.117�05 5.379�05 3.815�05 2.840�05 1.565�05 9.731�062 43 1.752�05 1.781�05 1.814�05 1.870�05 1.959�05 2.025�05 2.066�05 2.110�05 2.186�05 2.199�052 44 1.080�04 9.392�05 7.982�05 5.964�05 3.658�05 2.436�05 1.714�05 1.256�05 6.521�06 3.792�062 45 2.113�03 1.797�03 1.491�03 1.070�03 6.242�04 4.070�04 2.849�04 2.097�04 1.128�04 6.859�052 46 6.972�04 5.942�04 4.936�04 3.548�04 2.073�04 1.353�04 9.476�05 6.986�05 3.783�05 2.319�052 47 4.956�04 4.814�04 4.770�04 4.981�04 6.014�04 7.249�04 8.469�04 9.676�04 1.243�03 1.465�032 48 1.810�04 1.605�04 1.389�04 1.065�04 6.770�05 4.639�05 3.354�05 2.526�05 1.404�05 8.717�062 49 6.513�03 6.696�03 6.888�03 7.182�03 7.548�03 7.763�03 7.903�03 8.000�03 8.140�03 8.210�032 50 1.284�03 1.111�03 9.411�04 6.984�04 4.247�04 2.842�04 2.028�04 1.515�04 8.340�05 5.182�052 51 1.820�03 1.675�03 1.543�03 1.381�03 1.264�03 1.246�03 1.262�03 1.293�03 1.377�03 1.434�032 52 1.267�03 1.095�03 9.259�04 6.854�04 4.153�04 2.772�04 1.974�04 1.472�04 8.056�05 4.993�052 53 1.491�02 1.626�02 1.786�02 2.078�02 2.573�02 2.964�02 3.299�02 3.591�02 4.190�02 4.674�022 54 2.923�03 2.461�03 2.018�03 1.416�03 7.937�04 5.011�04 3.421�04 2.469�04 1.286�04 7.738�052 55 2.152�03 1.862�03 1.599�03 1.280�03 1.017�03 9.344�04 9.106�04 9.098�04 9.421�04 9.843�042 56 1.518�03 1.652�03 1.834�03 2.207�03 2.858�03 3.348�03 3.760�03 4.083�03 4.605�03 4.916�032 57 9.481�04 7.534�04 5.789�04 3.648�04 1.748�04 9.841�05 6.128�05 4.086�05 1.787�05 9.178�062 58 7.818�04 6.616�04 5.602�04 4.601�04 4.104�04 4.083�04 4.168�04 4.283�04 4.571�04 4.798�042 59 2.715�03 2.283�03 1.869�03 1.308�03 7.288�04 4.579�04 3.114�04 2.240�04 1.160�04 6.960�052 60 8.714�04 6.915�04 5.306�04 3.335�04 1.597�04 9.012�05 5.624�05 3.760�05 1.663�05 8.650�062 61 4.408�03 4.598�03 4.797�03 5.104�03 5.493�03 5.725�03 5.880�03 5.988�03 6.149�03 6.233�032 62 7.148�04 6.069�04 5.035�04 3.629�04 2.157�04 1.444�04 1.039�04 7.851�05 4.440�05 2.788�052 63 1.444�05 1.451�05 1.467�05 1.514�05 1.624�05 1.728�05 1.815�05 1.880�05 1.993�05 2.083�052 64 6.755�05 5.740�05 4.767�05 3.441�05 2.049�05 1.371�05 9.863�06 7.448�06 4.207�06 2.638�062 65 7.801�04 8.068�04 8.556�04 9.828�04 1.275�03 1.559�03 1.819�03 2.059�03 2.593�03 3.039�032 66 1.085�03 1.328�03 1.634�03 2.239�03 3.355�03 4.322�03 5.161�03 5.913�03 7.542�03 8.875�032 67 6.947�04 6.062�04 5.172�04 3.893�04 2.422�04 1.635�04 1.166�04 8.647�05 4.600�05 2.702�052 68 6.423�06 5.838�06 5.316�06 4.679�06 4.102�06 3.908�06 3.887�06 3.942�06 4.041�06 4.038�062 69 5.129�04 5.824�04 6.730�04 8.578�04 1.210�03 1.522�03 1.796�03 2.043�03 2.581�03 3.026�032 70 1.714�04 1.492�04 1.269�04 9.505�05 5.875�05 3.949�05 2.807�05 2.076�05 1.097�05 6.391�062 71 2.997�03 3.075�03 3.184�03 3.404�03 3.818�03 4.164�03 4.435�03 4.648�03 5.038�03 5.316�032 72 1.570�04 1.905�04 2.333�04 3.181�04 4.739�04 6.078�04 7.233�04 8.267�04 1.049�03 1.230�032 73 1.405�04 1.224�04 1.042�04 7.824�05 4.848�05 3.265�05 2.323�05 1.720�05 9.111�06 5.323�062 74 1.711�03 1.482�03 1.253�03 9.255�04 5.608�04 3.747�04 2.673�04 1.998�04 1.107�04 6.951�052 75 2.386�03 2.564�03 2.773�03 3.140�03 3.724�03 4.163�03 4.489�03 4.738�03 5.179�03 5.485�032 76 3.124�06 2.754�06 2.470�06 2.210�06 2.068�06 2.078�06 2.164�06 2.224�06 2.379�06 2.586�062 77 2.244�04 1.922�04 1.608�04 1.173�04 7.003�05 4.613�05 3.232�05 2.366�05 1.231�05 7.162�062 78 8.088�04 7.005�04 5.919�04 4.368�04 2.641�04 1.762�04 1.256�04 9.379�05 5.196�05 3.265�052 79 1.117�03 1.089�03 1.084�03 1.115�03 1.208�03 1.302�03 1.375�03 1.426�03 1.492�03 1.519�032 80 1.071�03 1.163�03 1.281�03 1.487�03 1.791�03 2.012�03 2.166�03 2.270�03 2.401�03 2.451�032 81 1.205�03 9.834�04 7.789�04 5.168�04 2.686�04 1.603�04 1.034�04 7.040�05 3.138�05 1.604�052 82 1.285�03 1.369�03 1.468�03 1.645�03 1.930�03 2.147�03 2.309�03 2.433�03 2.653�03 2.809�032 83 4.834�04 3.943�04 3.123�04 2.072�04 1.078�04 6.448�05 4.171�05 2.844�05 1.272�05 6.521�062 84 2.413�04 2.090�04 1.766�04 1.303�04 7.881�05 5.258�05 3.748�05 2.800�05 1.553�05 9.767�062 85 1.001�04 9.357�05 8.763�05 8.020�05 7.477�05 7.422�05 7.527�05 7.672�05 8.036�05 8.341�052 86 2.317�05 2.001�05 1.686�05 1.240�05 7.472�06 4.983�06 3.553�06 2.655�06 1.470�06 9.200�072 87 5.501�05 5.538�05 5.685�05 6.078�05 6.819�05 7.452�05 7.912�05 8.223�05 8.622�05 8.809�052 88 4.242�05 4.451�05 4.685�05 5.080�05 5.646�05 6.026�05 6.296�05 6.495�05 6.812�05 6.997�052 89 6.205�05 5.054�05 3.994�05 2.644�05 1.367�05 8.104�06 5.192�06 3.509�06 1.540�06 7.798�072 90 1.616�06 1.311�06 1.067�06 8.138�07 7.191�07 6.854�07 7.286�07 7.684�07 7.391�07 6.362�07

522 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 91 3.140�05 2.552�05 2.014�05 1.332�05 6.890�06 4.085�06 2.621�06 1.775�06 7.834�07 3.982�072 92 1.423�04 1.420�04 1.450�04 1.538�04 1.718�04 1.878�04 1.997�04 2.076�04 2.173�04 2.214�042 93 7.892�05 6.388�05 5.013�05 3.278�05 1.667�05 9.765�06 6.191�06 4.141�06 1.769�06 8.709�072 94 4.695�05 4.100�05 3.499�05 2.631�05 1.634�05 1.100�05 7.825�06 5.786�06 3.055�06 1.785�062 95 7.059�06 7.174�06 7.336�06 7.685�06 8.477�06 9.134�06 9.919�06 1.053�05 1.174�05 1.316�052 96 1.820�05 1.515�05 1.229�05 8.525�06 4.767�06 3.011�06 2.043�06 1.458�06 7.319�07 4.259�072 97 5.028�04 4.341�04 3.656�04 2.685�04 1.614�04 1.073�04 7.627�05 5.683�05 3.133�05 1.956�052 98 1.543�04 1.329�04 1.116�04 8.144�05 4.843�05 3.192�05 2.254�05 1.672�05 9.137�06 5.684�062 99 1.950�04 1.821�04 1.714�04 1.616�04 1.651�04 1.790�04 1.952�04 2.134�04 2.619�04 3.054�042 100 7.064�05 6.253�05 5.404�05 4.135�05 2.621�05 1.793�05 1.296�05 9.774�06 5.472�06 3.421�062 101 2.158�03 2.217�03 2.279�03 2.374�03 2.497�03 2.576�03 2.635�03 2.681�03 2.758�03 2.801�032 102 5.605�04 4.858�04 4.120�04 3.065�04 1.870�04 1.255�04 8.971�05 6.712�05 3.711�05 2.314�052 103 7.276�04 6.531�04 5.829�04 4.899�04 4.023�04 3.702�04 3.600�04 3.611�04 3.801�04 3.972�042 104 5.343�04 4.622�04 3.910�04 2.897�04 1.757�04 1.173�04 8.355�05 6.228�05 3.411�05 2.116�052 105 4.841�03 5.255�03 5.743�03 6.625�03 8.088�03 9.219�03 1.016�02 1.098�02 1.268�02 1.404�022 106 1.204�03 1.017�03 8.360�04 5.894�04 3.324�04 2.108�04 1.444�04 1.046�04 5.486�05 3.327�052 107 8.802�04 7.532�04 6.371�04 4.917�04 3.674�04 3.250�04 3.110�04 3.076�04 3.158�04 3.316�042 108 1.178�03 9.928�04 8.149�04 5.727�04 3.212�04 2.027�04 1.384�04 9.992�05 5.214�05 3.155�052 109 3.896�05 3.433�05 3.127�05 2.964�05 3.186�05 3.516�05 3.720�05 3.915�05 4.332�05 4.634�052 110 4.719�05 3.506�05 2.507�05 1.410�05 5.845�06 2.986�06 1.741�06 1.111�06 4.510�07 2.191�072 111 4.524�05 3.535�05 2.745�05 1.926�05 1.406�05 1.338�05 1.366�05 1.401�05 1.438�05 1.431�052 112 4.471�05 3.310�05 2.366�05 1.341�05 5.658�06 2.939�06 1.727�06 1.104�06 4.506�07 2.223�072 113 7.185�04 7.736�04 8.522�04 1.023�03 1.343�03 1.589�03 1.788�03 1.951�03 2.228�03 2.380�032 114 5.200�04 4.169�04 3.234�04 2.069�04 1.013�04 5.794�05 3.656�05 2.467�05 1.108�05 5.803�062 115 4.001�04 3.369�04 2.837�04 2.258�04 1.927�04 1.893�04 1.929�04 1.976�04 2.094�04 2.211�042 116 4.521�04 3.608�04 2.784�04 1.765�04 8.521�05 4.835�05 3.031�05 2.033�05 9.056�06 4.730�062 117 9.712�05 9.274�05 9.006�05 9.043�05 1.016�04 1.178�04 1.343�04 1.507�04 1.886�04 2.194�042 118 4.155�05 3.690�05 3.199�05 2.458�05 1.568�05 1.077�05 7.799�06 5.882�06 3.281�06 2.032�062 119 2.343�04 2.010�04 1.685�04 1.230�04 7.299�05 4.800�05 3.380�05 2.496�05 1.340�05 8.131�062 120 1.120�03 1.154�03 1.190�03 1.245�03 1.319�03 1.366�03 1.400�03 1.425�03 1.467�03 1.495�032 121 3.383�04 2.941�04 2.502�04 1.872�04 1.153�04 7.802�05 5.622�05 4.234�05 2.370�05 1.493�052 122 3.728�04 3.393�04 3.082�04 2.678�04 2.325�04 2.222�04 2.202�04 2.222�04 2.327�04 2.423�042 123 2.028�03 2.205�03 2.414�03 2.791�03 3.419�03 3.913�03 4.325�03 4.680�03 5.396�03 5.953�032 124 5.466�04 4.616�04 3.796�04 2.678�04 1.511�04 9.588�05 6.572�05 4.757�05 2.491�05 1.507�052 125 3.792�04 3.218�04 2.692�04 2.026�04 1.445�04 1.241�04 1.168�04 1.145�04 1.162�04 1.211�042 126 4.978�06 4.111�06 3.455�06 2.810�06 2.538�06 2.733�06 3.175�06 3.420�06 3.654�06 4.145�062 127 6.619�06 4.889�06 3.472�06 1.889�06 7.300�07 3.523�07 1.904�07 1.103�07 3.393�08 1.351�082 128 1.541�06 1.132�06 7.798�07 4.082�07 1.403�07 5.797�08 2.862�08 1.653�08 5.671�09 2.439�092 130 5.510�04 4.648�04 3.818�04 2.686�04 1.508�04 9.532�05 6.511�05 4.700�05 2.449�05 1.479�052 131 5.693�05 5.526�05 5.567�05 6.014�05 7.152�05 8.066�05 8.640�05 9.002�05 9.470�05 9.692�052 132 6.560�05 5.088�05 3.811�05 2.300�05 1.047�05 5.685�06 3.434�06 2.229�06 9.104�07 4.348�072 133 3.542�05 2.672�05 1.952�05 1.155�05 5.217�06 2.852�06 1.729�06 1.123�06 4.650�07 2.316�072 134 3.090�05 2.439�05 1.915�05 1.361�05 9.978�06 9.448�06 9.670�06 1.004�05 9.613�06 7.385�062 135 3.703�04 3.984�04 4.380�04 5.219�04 6.766�04 7.956�04 8.925�04 9.753�04 1.129�03 1.221�032 136 2.659�04 2.147�04 1.679�04 1.088�04 5.441�05 3.167�05 2.029�05 1.388�05 6.432�06 3.460�062 137 1.892�04 1.589�04 1.330�04 1.037�04 8.611�05 8.445�05 8.665�05 8.913�05 9.466�05 9.981�052 138 2.600�04 2.101�04 1.644�04 1.069�04 5.371�05 3.150�05 2.032�05 1.398�05 6.581�06 3.598�062 139 1.366�03 1.430�03 1.496�03 1.599�03 1.731�03 1.812�03 1.867�03 1.907�03 1.971�03 2.006�032 140 2.749�04 2.325�04 1.922�04 1.376�04 8.121�05 5.416�05 3.891�05 2.940�05 1.670�05 1.049�052 141 8.091�06 7.967�06 7.896�06 7.938�06 8.302�06 8.731�06 9.095�06 9.386�06 9.939�06 1.038�052 142 3.304�04 3.451�04 3.706�04 4.342�04 5.743�04 7.074�04 8.283�04 9.376�04 1.181�03 1.390�032 143 2.920�05 2.503�05 2.097�05 1.532�05 9.155�06 6.070�06 4.311�06 3.212�06 1.765�06 1.090�062 144 3.802�04 3.324�04 2.843�04 2.148�04 1.343�04 9.103�05 6.514�05 4.850�05 2.602�05 1.540�052 145 5.334�04 6.283�04 7.513�04 9.965�04 1.451�03 1.844�03 2.186�03 2.487�03 3.139�03 3.691�032 146 8.501�05 7.389�05 6.277�05 4.695�05 2.896�05 1.945�05 1.383�05 1.024�05 5.428�06 3.172�062 147 9.997�04 1.012�03 1.033�03 1.083�03 1.188�03 1.281�03 1.360�03 1.422�03 1.535�03 1.617�032 148 5.016�06 4.538�06 4.103�06 3.589�06 3.190�06 3.082�06 3.073�06 3.116�06 3.202�06 3.235�062 149 7.681�05 8.561�05 9.710�05 1.202�04 1.637�04 2.015�04 2.346�04 2.640�04 3.272�04 3.807�042 150 8.085�04 7.042�04 5.988�04 4.463�04 2.734�04 1.839�04 1.318�04 9.889�05 5.521�05 3.491�052 151 1.116�03 1.176�03 1.250�03 1.386�03 1.611�03 1.786�03 1.922�03 2.028�03 2.211�03 2.339�032 152 3.642�05 3.166�05 2.691�05 2.012�05 1.240�05 8.326�06 5.919�06 4.383�06 2.328�06 1.363�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 523

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 153 6.570�06 8.157�06 1.026�05 1.453�05 2.286�05 3.054�05 3.736�05 4.338�05 5.573�05 6.497�052 154 3.732�04 3.250�04 2.762�04 2.057�04 1.258�04 8.454�05 6.056�05 4.540�05 2.534�05 1.604�052 155 4.677�05 3.607�05 2.695�05 1.602�05 7.040�06 3.771�06 2.256�06 1.451�06 5.850�07 2.809�072 156 5.349�05 4.550�05 3.953�05 3.404�05 3.251�05 3.302�05 3.386�05 3.492�05 3.750�05 3.897�052 157 5.190�05 4.684�05 4.343�05 4.182�05 4.459�05 4.722�05 4.922�05 5.113�05 5.531�05 5.763�052 158 7.419�05 5.719�05 4.268�05 2.530�05 1.101�05 5.822�06 3.434�06 2.177�06 8.439�07 3.875�072 159 5.281�04 5.026�04 4.873�04 4.839�04 5.066�04 5.369�04 5.646�04 5.862�04 6.169�04 6.295�042 160 2.275�04 1.887�04 1.521�04 1.039�04 5.614�05 3.457�05 2.295�05 1.604�05 7.591�06 4.067�062 161 5.459�04 5.870�04 6.419�04 7.442�04 8.969�04 1.009�03 1.091�03 1.149�03 1.229�03 1.262�032 162 6.287�04 5.189�04 4.160�04 2.815�04 1.497�04 9.113�05 5.987�05 4.140�05 1.909�05 9.970�062 163 1.365�04 1.129�04 9.079�05 6.199�05 3.358�05 2.079�05 1.386�05 9.703�06 4.601�06 2.473�062 165 6.878�05 7.183�05 7.566�05 8.295�05 9.539�05 1.054�04 1.131�04 1.191�04 1.295�04 1.370�042 166 3.494�05 3.037�05 2.577�05 1.913�05 1.164�05 7.798�06 5.573�06 4.173�06 2.325�06 1.471�062 167 1.167�05 1.033�05 8.986�06 7.099�06 5.049�06 4.055�06 3.516�06 3.217�06 2.935�06 2.824�062 168 4.154�06 3.607�06 3.061�06 2.282�06 1.404�06 9.489�07 6.827�07 5.141�07 2.905�07 1.862�072 169 9.003�07 9.417�07 1.004�06 1.132�06 1.393�06 1.698�06 2.072�06 2.509�06 3.710�06 4.827�062 170 5.116�07 4.567�07 4.111�07 3.688�07 3.741�07 3.968�07 4.154�07 4.251�07 5.107�07 6.252�072 171 7.297�07 5.686�07 4.282�07 2.574�07 1.136�07 6.090�08 3.638�08 2.313�08 8.728�09 4.021�092 172 4.652�07 3.587�07 2.676�07 1.583�07 7.025�08 3.880�08 2.432�08 1.626�08 6.679�09 3.368�092 173 5.340�07 4.453�07 3.686�07 2.811�07 2.387�07 2.333�07 2.449�07 2.399�07 3.349�07 5.164�072 174 6.663�06 6.538�06 6.559�06 6.844�06 7.568�06 8.217�06 8.715�06 9.066�06 9.514�06 9.694�062 175 3.348�08 2.734�08 1.792�08 9.327�09 3.750�09 1.904�09 1.057�09 6.739�10 2.933�10 1.224�102 176 4.080�08 3.957�08 3.558�08 3.022�08 3.323�08 4.863�08 4.791�08 4.361�08 5.968�08 8.183�082 177 8.365�06 6.933�06 5.580�06 3.804�06 2.039�06 1.242�06 8.144�07 5.611�07 2.565�07 1.333�072 178 5.563�07 5.910�07 6.423�07 7.745�07 1.125�06 1.498�06 1.778�06 2.014�06 2.204�06 2.435�062 179 6.713�07 5.766�07 4.822�07 3.495�07 2.052�07 1.340�07 9.398�08 6.938�08 3.765�08 2.318�082 180 1.716�05 1.705�05 1.734�05 1.852�05 2.100�05 2.312�05 2.468�05 2.575�05 2.706�05 2.758�052 181 1.332�07 1.110�07 9.065�08 6.432�08 5.395�08 8.077�08 9.031�08 9.521�08 1.171�07 1.271�072 182 1.407�05 1.217�05 1.029�05 7.636�06 4.652�06 3.095�06 2.184�06 1.607�06 8.438�07 4.929�072 183 1.124�05 9.157�06 7.233�06 4.780�06 2.451�06 1.449�06 9.247�07 6.209�07 2.676�07 1.317�072 184 5.977�06 4.936�06 3.958�06 2.681�06 1.428�06 8.683�07 5.693�07 3.926�07 1.801�07 9.383�082 185 6.009�07 5.879�07 5.765�07 5.592�07 5.854�07 6.903�07 8.790�07 1.079�06 1.458�06 1.666�062 186 1.063�04 9.246�05 7.853�05 5.843�05 3.570�05 2.397�05 1.716�05 1.287�05 7.176�06 4.537�062 187 4.133�06 3.491�06 2.878�06 2.052�06 1.189�06 7.732�07 5.378�07 3.918�07 2.055�07 1.244�072 188 3.346�05 2.900�05 2.452�05 1.809�05 1.092�05 7.266�06 5.166�06 3.851�06 2.131�06 1.345�062 189 3.844�05 3.558�05 3.306�05 3.030�05 2.944�05 3.131�05 3.390�05 3.670�05 4.366�05 4.973�052 190 1.587�05 1.406�05 1.216�05 9.320�06 5.920�06 4.055�06 2.935�06 2.215�06 1.244�06 7.782�072 191 3.670�04 3.772�04 3.880�04 4.048�04 4.277�04 4.427�04 4.529�04 4.607�04 4.748�04 4.847�042 192 1.129�04 9.777�05 8.284�05 6.157�05 3.752�05 2.513�05 1.795�05 1.342�05 7.410�06 4.614�062 193 1.474�04 1.316�04 1.166�04 9.670�05 7.763�05 7.030�05 6.726�05 6.643�05 6.814�05 7.051�052 194 1.146�04 9.916�05 8.394�05 6.229�05 3.785�05 2.530�05 1.804�05 1.346�05 7.395�06 4.593�062 195 7.430�04 8.039�04 8.761�04 1.006�03 1.221�03 1.391�03 1.532�03 1.651�03 1.891�03 2.080�032 196 2.181�04 1.844�04 1.519�04 1.075�04 6.089�05 3.875�05 2.662�05 1.931�05 1.017�05 6.187�062 197 1.591�04 1.352�04 1.133�04 8.554�05 6.112�05 5.256�05 4.946�05 4.849�05 4.920�05 5.129�052 199 3.641�08 2.162�08 1.333�08 6.206�09 1.720�09 7.407�10 3.409�10 1.624�10 5.446�11 2.499�112 200 8.245�08 5.282�08 3.239�08 1.457�08 5.132�09 2.067�09 8.307�10 3.438�10 9.935�11 4.079�112 202 2.283�04 1.929�04 1.587�04 1.119�04 6.310�05 3.999�05 2.739�05 1.982�05 1.038�05 6.308�062 203 1.420�06 1.096�06 8.513�07 6.095�07 4.870�07 4.672�07 4.850�07 4.850�07 4.433�07 5.536�072 204 1.525�06 1.106�06 7.610�07 3.928�07 1.368�07 5.959�08 2.966�08 1.615�08 4.329�09 1.562�092 205 1.384�06 1.007�06 6.953�07 3.600�07 1.251�07 5.398�08 2.681�08 1.477�08 4.223�09 1.619�092 206 1.132�06 8.356�07 6.009�07 3.649�07 1.913�07 1.892�07 1.825�07 1.509�07 1.806�07 3.253�072 207 1.383�04 1.480�04 1.620�04 1.924�04 2.497�04 2.948�04 3.319�04 3.639�04 4.224�04 4.568�042 208 1.073�04 8.669�05 6.780�05 4.395�05 2.194�05 1.275�05 8.152�06 5.566�06 2.572�06 1.378�062 209 7.809�05 6.548�05 5.462�05 4.232�05 3.456�05 3.373�05 3.448�05 3.544�05 3.756�05 3.952�052 210 1.559�05 1.426�05 1.363�05 1.400�05 1.643�05 1.853�05 1.992�05 2.087�05 2.231�05 2.322�052 211 1.706�05 1.292�05 9.450�06 5.515�06 2.408�06 1.279�06 7.631�07 4.925�07 2.021�07 9.963�082 212 1.426�05 1.129�05 8.889�06 6.322�06 4.612�06 4.289�06 4.391�06 4.445�06 4.492�06 4.777�062 213 1.749�05 1.326�05 9.703�06 5.661�06 2.457�06 1.296�06 7.703�07 4.960�07 2.031�07 9.962�082 214 9.913�05 7.981�05 6.215�05 4.000�05 1.973�05 1.138�05 7.235�06 4.917�06 2.250�06 1.199�062 215 6.504�04 6.811�04 7.137�04 7.642�04 8.295�04 8.701�04 8.977�04 9.178�04 9.494�04 9.673�042 216 1.623�04 1.377�04 1.142�04 8.220�05 4.879�05 3.263�05 2.348�05 1.776�05 1.009�05 6.348�062 217 1.803�04 1.907�04 2.070�04 2.448�04 3.238�04 3.976�04 4.644�04 5.243�04 6.542�04 7.636�04

524 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 218 3.060�06 3.006�06 2.972�06 2.982�06 3.107�06 3.261�06 3.408�06 3.533�06 3.755�06 3.911�062 219 2.780�04 3.243�04 3.842�04 5.042�04 7.253�04 9.177�04 1.086�03 1.234�03 1.550�03 1.813�032 220 2.158�04 1.882�04 1.605�04 1.207�04 7.504�05 5.066�05 3.618�05 2.689�05 1.437�05 8.472�062 221 3.067�06 2.652�06 2.243�06 1.665�06 1.019�06 6.858�07 4.925�07 3.702�07 2.071�07 1.299�072 222 4.767�05 4.146�05 3.524�05 2.638�05 1.630�05 1.096�05 7.798�06 5.780�06 3.072�06 1.802�062 223 4.139�04 4.171�04 4.236�04 4.417�04 4.816�04 5.189�04 5.504�04 5.758�04 6.210�04 6.528�042 224 4.838�04 5.061�04 5.338�04 5.868�04 6.766�04 7.484�04 8.050�04 8.490�04 9.248�04 9.764�042 225 4.083�04 3.562�04 3.034�04 2.268�04 1.394�04 9.391�05 6.742�05 5.064�05 2.832�05 1.793�052 226 2.426�06 1.798�06 1.319�06 8.740�07 6.438�07 7.018�07 7.772�07 7.993�07 7.584�07 7.338�072 227 1.991�06 1.342�06 8.720�07 4.404�07 1.631�07 7.583�08 3.754�08 1.952�08 6.212�09 2.991�092 228 3.009�06 2.034�06 1.326�06 6.736�07 2.523�07 1.183�07 5.910�08 3.109�08 1.000�08 4.827�092 229 2.302�06 1.725�06 1.281�06 8.629�07 6.567�07 7.377�07 8.271�07 8.533�07 8.082�07 7.788�072 230 1.803�04 1.572�04 1.338�04 9.980�05 6.115�05 4.112�05 2.947�05 2.211�05 1.235�05 7.816�062 231 6.944�06 7.621�06 8.519�06 1.037�05 1.390�05 1.703�05 1.980�05 2.226�05 2.756�05 3.200�052 232 3.685�06 3.524�06 3.421�06 3.399�06 3.521�06 3.669�06 3.821�06 3.959�06 4.208�06 4.316�062 233 3.656�05 3.215�05 2.891�05 2.646�05 2.706�05 2.823�05 2.906�05 2.988�05 3.204�05 3.361�052 234 5.260�05 4.079�05 3.066�05 1.843�05 8.136�06 4.348�06 2.584�06 1.649�06 6.526�07 3.019�072 235 3.173�05 2.458�05 1.845�05 1.108�05 4.888�06 2.619�06 1.564�06 1.003�06 4.014�07 1.876�072 236 3.470�05 3.032�05 2.718�05 2.483�05 2.543�05 2.653�05 2.731�05 2.809�05 3.014�05 3.160�052 237 2.547�04 2.515�04 2.542�04 2.672�04 2.967�04 3.222�04 3.438�04 3.607�04 3.858�04 3.967�042 238 5.817�05 4.846�05 3.926�05 2.705�05 1.477�05 9.173�06 6.136�06 4.316�06 2.071�06 1.118�062 239 2.426�04 2.499�04 2.630�04 2.921�04 3.402�04 3.771�04 4.064�04 4.285�04 4.609�04 4.748�042 240 9.114�07 1.095�06 1.349�06 1.904�06 3.100�06 4.212�06 5.143�06 5.958�06 7.779�06 9.382�062 241 3.137�04 2.600�04 2.093�04 1.427�04 7.652�05 4.689�05 3.100�05 2.156�05 1.007�05 5.303�062 242 1.082�04 8.946�05 7.181�05 4.871�05 2.596�05 1.585�05 1.045�05 7.243�06 3.357�06 1.754�062 243 1.049�05 8.988�06 7.526�06 5.507�06 3.307�06 2.194�06 1.547�06 1.137�06 5.965�07 3.498�072 244 1.060�07 8.544�08 6.790�08 4.618�08 3.241�08 2.767�08 2.304�08 2.218�08 9.650�09 3.930�092 245 4.936�06 5.060�06 5.236�06 5.613�06 6.315�06 6.909�06 7.393�06 7.772�06 8.442�06 8.921�062 246 4.885�06 4.247�06 3.603�06 2.675�06 1.626�06 1.088�06 7.770�07 5.815�07 3.241�07 2.055�072 247 1.302�06 1.131�06 9.604�07 7.201�07 4.582�07 3.267�07 2.495�07 2.008�07 1.476�07 1.282�072 248 4.480�06 3.881�06 3.286�06 2.441�06 1.490�06 9.930�07 7.019�07 5.172�07 2.719�07 1.590�072 249 5.139�07 4.416�07 3.708�07 2.725�07 1.654�07 1.112�07 7.995�08 6.024�08 3.408�08 2.180�082 250 1.016�06 1.078�06 1.147�06 1.267�06 1.500�06 1.766�06 2.018�06 2.241�06 2.731�06 3.228�062 252 3.691�09 2.791�09 2.126�09 9.804�10 4.463�10 2.338�10 1.130�10 5.191�11 1.457�11 6.693�122 253 1.628�09 1.173�09 8.692�10 5.057�10 2.278�10 9.275�11 3.897�11 2.045�11 8.285�12 4.103�122 255 4.621�09 1.921�09 7.353�10 7.823�10 2.739�10 1.198�10 6.069�11 2.837�11 1.050�11 2.990�122 257 2.029�09 2.193�09 4.131�09 1.804�08 6.612�08 8.816�08 8.686�08 8.613�08 1.497�07 1.698�072 258 3.169�09 2.606�09 2.051�09 1.410�09 6.837�10 3.197�10 1.719�10 1.101�10 5.352�11 2.805�112 259 7.305�08 6.549�08 5.898�08 5.387�08 5.599�08 6.268�08 6.949�08 7.485�08 1.023�07 1.187�072 260 1.076�07 8.552�08 6.529�08 3.993�08 1.780�08 9.617�09 5.811�09 3.714�09 1.370�09 6.249�102 261 8.717�08 7.038�08 5.484�08 3.516�08 1.764�08 1.064�08 7.302�09 5.313�09 2.607�09 1.515�092 262 7.552�08 6.303�08 5.104�08 3.788�08 3.145�08 3.629�08 4.541�08 5.290�08 8.853�08 1.039�072 263 2.234�05 1.946�05 1.654�05 1.232�05 7.535�06 5.063�06 3.627�06 2.719�06 1.517�06 9.592�072 264 7.286�07 7.122�07 7.126�07 7.435�07 8.221�07 8.972�07 9.667�07 1.025�06 1.119�06 1.152�062 266 2.696�08 2.283�08 1.661�08 9.691�09 3.938�09 2.035�09 1.102�09 6.697�10 2.941�10 1.269�102 267 8.949�07 7.443�07 6.010�07 4.119�07 2.222�07 1.356�07 8.883�08 6.109�08 2.774�08 1.434�082 268 6.255�06 5.409�06 4.561�06 3.350�06 2.005�06 1.326�06 9.382�07 6.967�07 3.825�07 2.403�072 269 1.789�07 1.876�07 2.013�07 2.358�07 2.972�07 3.497�07 3.992�07 4.691�07 7.121�07 1.015�062 270 1.234�07 1.047�07 8.650�08 6.197�08 3.583�08 2.300�08 1.630�08 1.228�08 6.912�09 4.444�092 271 1.712�06 1.701�06 1.735�06 1.874�06 2.150�06 2.397�06 2.612�06 2.788�06 3.054�06 3.142�062 272 8.969�08 7.913�08 6.886�08 5.528�08 5.277�08 5.946�08 6.761�08 6.023�08 1.306�07 2.581�072 273 1.240�06 1.006�06 7.901�07 5.162�07 2.588�07 1.503�07 9.405�08 6.177�08 2.521�08 1.177�082 274 1.018�06 8.420�07 6.760�07 4.599�07 2.467�07 1.503�07 9.858�08 6.803�08 3.132�08 1.635�082 275 7.730�07 7.833�07 7.934�07 7.978�07 7.966�07 8.072�07 8.225�07 8.419�07 8.809�07 9.468�072 276 1.051�06 9.062�07 7.636�07 5.623�07 3.393�07 2.262�07 1.605�07 1.190�07 6.494�08 4.073�082 277 2.685�04 2.815�04 2.952�04 3.166�04 3.445�04 3.619�04 3.736�04 3.821�04 3.960�04 4.040�042 278 7.262�05 6.166�05 5.115�05 3.686�05 2.189�05 1.465�05 1.054�05 7.973�06 4.533�06 2.855�062 279 7.893�05 8.352�05 9.062�05 1.071�04 1.414�04 1.734�04 2.023�04 2.280�04 2.834�04 3.305�042 280 1.188�04 1.381�04 1.631�04 2.134�04 3.062�04 3.874�04 4.584�04 5.205�04 6.523�04 7.630�042 281 1.003�04 8.743�05 7.453�05 5.603�05 3.481�05 2.349�05 1.677�05 1.247�05 6.664�06 3.931�062 282 2.307�05 2.008�05 1.708�05 1.279�05 7.911�06 5.322�06 3.791�06 2.812�06 1.497�06 8.798�07

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 525

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

2 283 9.131�06 8.521�06 7.934�06 7.174�06 6.493�06 6.294�06 6.278�06 6.325�06 6.493�06 6.663�062 284 1.633�04 1.654�04 1.689�04 1.775�04 1.955�04 2.117�04 2.252�04 2.361�04 2.554�04 2.687�042 285 1.106�06 9.738�07 8.393�07 6.416�07 4.074�07 2.802�07 2.039�07 1.547�07 8.809�08 5.643�082 287 4.262�08 3.173�08 2.209�08 1.137�08 3.558�09 1.200�09 5.110�10 2.845�10 8.313�11 3.321�112 288 3.001�08 2.230�08 1.550�08 7.952�09 2.481�09 8.321�10 3.534�10 1.972�10 5.668�11 2.263�112 290 1.807�04 1.879�04 1.970�04 2.149�04 2.462�04 2.716�04 2.918�04 3.077�04 3.352�04 3.539�042 291 1.758�04 1.536�04 1.309�04 9.805�05 6.039�05 4.074�05 2.928�05 2.201�05 1.232�05 7.811�062 292 7.630�05 6.655�05 5.667�05 4.232�05 2.595�05 1.745�05 1.251�05 9.390�06 5.243�06 3.319�062 293 1.690�06 1.272�06 9.487�07 6.506�07 4.932�07 5.118�07 5.489�07 5.676�07 5.847�07 6.220�072 294 2.149�06 1.464�06 9.606�07 4.917�07 1.856�07 8.795�08 4.461�08 2.376�08 7.614�09 3.670�092 295 1.421�06 9.654�07 6.314�07 3.214�07 1.200�07 5.646�08 2.840�08 1.497�08 4.738�09 2.280�092 296 1.614�06 1.209�06 8.986�07 6.054�07 4.508�07 4.659�07 4.980�07 5.136�07 5.290�07 5.646�072 297 1.035�04 1.022�04 1.032�04 1.084�04 1.205�04 1.308�04 1.396�04 1.467�04 1.574�04 1.621�042 298 1.689�05 1.488�05 1.340�05 1.228�05 1.259�05 1.318�05 1.362�05 1.404�05 1.506�05 1.582�052 299 2.480�05 1.930�05 1.457�05 8.829�06 3.932�06 2.115�06 1.263�06 8.099�07 3.244�07 1.509�072 300 1.484�05 1.153�05 8.682�06 5.242�06 2.322�06 1.247�06 7.446�07 4.774�07 1.910�07 8.825�082 301 1.607�05 1.403�05 1.255�05 1.142�05 1.165�05 1.217�05 1.256�05 1.294�05 1.389�05 1.458�052 302 9.927�05 1.016�04 1.063�04 1.173�04 1.361�04 1.505�04 1.622�04 1.712�04 1.847�04 1.906�042 303 1.315�04 1.093�04 8.821�05 6.039�05 3.257�05 2.003�05 1.329�05 9.275�06 4.365�06 2.311�062 304 6.821�05 5.652�05 4.549�05 3.099�05 1.659�05 1.016�05 6.720�06 4.674�06 2.182�06 1.147�062 305 8.238�07 9.012�07 1.004�06 1.219�06 1.637�06 2.011�06 2.342�06 2.638�06 3.279�06 3.819�062 306 2.757�07 2.657�07 2.610�07 2.636�07 2.889�07 3.166�07 3.389�07 3.552�07 3.806�07 3.887�072 307 1.218�06 1.057�06 8.975�07 6.719�07 4.162�07 2.806�07 2.002�07 1.488�07 7.951�08 4.692�082 308 1.398�07 1.492�07 1.668�07 2.160�07 3.498�07 4.764�07 5.813�07 6.852�07 9.495�07 1.169�062 309 1.316�06 1.149�06 9.815�07 7.411�07 4.641�07 3.158�07 2.269�07 1.695�07 9.192�08 5.556�082 310 1.008�06 8.745�07 7.412�07 5.513�07 3.368�07 2.248�07 1.590�07 1.171�07 6.148�08 3.598�082 311 3.976�08 3.217�08 2.556�08 1.751�08 1.215�08 1.113�08 1.015�08 9.270�09 1.454�08 1.434�082 312 4.856�07 4.899�07 4.992�07 5.247�07 5.792�07 6.291�07 6.717�07 7.061�07 7.672�07 8.108�072 314 6.946�11 6.276�11 3.906�11 1.822�11 1.089�11 3.784�12 2.534�12 2.016�12 7.034�14 9.229�142 315 6.612�07 5.730�07 4.843�07 3.573�07 2.152�07 1.430�07 1.017�07 7.584�08 4.213�08 2.673�082 318 1.088�10 1.974�10 1.586�10 4.428�11 2.027�11 7.575�12 5.564�12 4.771�12 9.608�14 1.973�132 320 9.282�11 2.149�10 6.113�10 2.597�09 6.161�09 9.456�09 2.490�08 3.449�08 8.384�08 5.466�082 321 4.091�11 3.277�11 3.856�11 5.445�11 1.036�11 3.557�12 4.845�12 4.118�12 7.188�14 1.441�132 322 1.643�07 1.417�07 1.194�07 8.951�08 5.855�08 4.405�08 3.724�08 3.441�08 3.170�08 2.779�082 323 8.842�08 7.533�08 6.271�08 4.562�08 2.749�08 1.850�08 1.334�08 1.009�08 5.727�09 3.659�092 324 4.882�07 5.158�07 5.455�07 5.983�07 7.024�07 8.189�07 9.137�07 9.970�07 1.221�06 1.485�062 325 3.692�06 3.214�06 2.731�06 2.032�06 1.242�06 8.341�07 5.972�07 4.477�07 2.496�07 1.578�072 326 1.656�09 1.849�09 2.113�09 2.355�09 2.257�09 1.984�09 2.664�09 1.757�09 2.215�09 1.675�082 327 1.361�09 1.077�09 8.529�10 3.692�10 1.645�10 8.868�11 4.486�11 2.130�11 5.403�12 2.444�122 328 4.734�10 3.723�10 3.069�10 1.866�10 6.669�11 2.781�11 1.491�11 9.872�12 3.455�12 2.035�122 329 1.262�09 1.739�09 2.322�09 2.964�09 2.955�09 2.729�09 3.570�09 2.402�09 3.119�09 2.143�082 330 2.713�09 1.226�09 5.093�10 4.806�10 1.763�10 7.092�11 3.764�11 2.021�11 7.550�12 1.899�122 332 9.684�07 8.342�07 7.002�07 5.101�07 3.013�07 1.973�07 1.386�07 1.023�07 5.549�08 3.460�082 333 6.819�10 7.139�10 1.517�09 6.773�09 1.903�08 2.347�08 2.472�08 3.067�08 3.706�08 2.014�102 334 1.176�09 9.498�10 7.269�10 4.825�10 1.832�10 6.734�11 3.096�11 1.925�11 1.024�11 5.825�122 335 1.077�07 1.071�07 1.095�07 1.176�07 1.346�07 1.513�07 1.673�07 1.804�07 1.993�07 2.069�072 336 1.266�07 1.053�07 8.495�08 5.823�08 3.144�08 1.915�08 1.251�08 8.566�09 3.833�09 1.959�092 337 1.365�08 1.229�08 1.107�08 1.024�08 1.072�08 1.314�08 1.432�08 1.496�08 1.453�08 2.602�082 338 2.001�08 1.620�08 1.246�08 7.682�09 3.425�09 1.868�09 1.156�09 7.523�10 2.715�10 1.225�102 339 1.138�08 9.537�09 7.505�09 4.906�09 2.520�09 1.549�09 1.122�09 8.577�10 4.379�10 2.579�102 340 1.049�08 8.843�09 6.861�09 4.933�09 3.802�09 6.660�09 8.365�09 9.290�09 7.359�09 2.256�082 341 1.733�07 1.705�07 1.731�07 1.866�07 2.162�07 2.493�07 2.818�07 3.083�07 3.457�07 3.585�072 342 4.017�08 3.541�08 3.079�08 2.544�08 2.638�08 2.942�08 3.150�08 3.331�08 3.670�08 4.683�082 343 1.434�07 1.165�07 9.148�08 5.973�08 2.986�08 1.724�08 1.071�08 6.989�09 2.891�09 1.451�092 344 1.334�08 1.138�08 8.439�09 4.974�09 2.038�09 1.056�09 5.766�10 3.505�10 1.550�10 6.600�112 346 4.776�08 4.902�08 5.158�08 5.857�08 6.937�08 8.276�08 9.876�08 1.197�07 1.680�07 2.109�072 347 3.309�08 2.725�08 2.164�08 1.422�08 7.136�09 4.121�09 2.700�09 1.917�09 9.575�10 5.513�102 348 1.698�07 1.398�07 1.117�07 7.571�08 4.064�08 2.461�08 1.602�08 1.098�08 4.996�09 2.593�092 349 4.565�07 4.701�07 4.841�07 5.002�07 5.184�07 5.365�07 5.482�07 5.572�07 5.693�07 5.772�072 350 3.287�07 2.863�07 2.435�07 1.814�07 1.108�07 7.430�08 5.296�08 3.948�08 2.181�08 1.386�083 4 1.737�01 1.576�01 1.425�01 1.220�01 1.003�01 9.019�02 8.479�02 8.153�02 7.747�02 7.592�023 5 4.279�02 3.703�02 3.134�02 2.320�02 1.402�02 9.329�03 6.631�03 4.944�03 2.742�03 1.746�03

526 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 6 4.988�01 5.379�01 5.798�01 6.465�01 7.423�01 8.108�01 8.625�01 9.045�01 9.840�01 1.041+003 7 3.857�01 4.136�01 4.434�01 4.910�01 5.600�01 6.097�01 6.475�01 6.783�01 7.370�01 7.793�013 8 6.309�01 6.781�01 7.288�01 8.097�01 9.268�01 1.011+00 1.075+00 1.127+00 1.225+00 1.296+003 9 2.474�02 2.224�02 1.958�02 1.548�02 1.039�02 7.535�03 5.802�03 4.679�03 3.156�03 2.433�033 10 2.643�03 2.352�03 2.049�03 1.594�03 1.045�03 7.461�04 5.690�04 4.567�04 3.092�04 2.426�043 11 6.168�03 6.731�03 7.560�03 9.446�03 1.337�02 1.689�02 2.020�02 2.317�02 2.925�02 3.411�023 12 1.602�03 1.419�03 1.227�03 9.390�04 5.958�04 4.080�04 2.944�04 2.214�04 1.240�04 7.867�053 13 1.639�02 1.514�02 1.393�02 1.224�02 1.040�02 9.492�03 8.979�03 8.662�03 8.251�03 8.066�033 14 3.765�03 3.256�03 2.754�03 2.040�03 1.238�03 8.279�04 5.904�04 4.405�04 2.422�04 1.511�043 15 1.033�01 1.051�01 1.069�01 1.096�01 1.129�01 1.149�01 1.162�01 1.171�01 1.184�01 1.190�013 16 2.002�02 1.897�02 1.807�02 1.716�02 1.677�02 1.703�02 1.758�02 1.811�02 1.894�02 1.933�023 17 7.738�02 8.238�02 8.878�02 1.016�01 1.246�01 1.443�01 1.615�01 1.767�01 2.084�01 2.341�013 18 2.053�01 2.253�01 2.493�01 2.941�01 3.702�01 4.323�01 4.859�01 5.326�01 6.292�01 7.067�013 19 2.903�02 2.556�02 2.241�02 1.842�02 1.480�02 1.343�02 1.292�02 1.273�02 1.270�02 1.284�023 20 2.256�02 1.886�02 1.533�02 1.061�02 5.846�03 3.656�03 2.498�03 1.816�03 9.790�04 6.348�043 21 1.531�03 1.300�03 1.078�03 7.768�04 4.623�04 3.094�04 2.225�04 1.677�04 9.408�05 5.922�053 22 6.731�02 6.963�02 7.203�02 7.565�02 8.010�02 8.270�02 8.437�02 8.551�02 8.717�02 8.803�023 23 2.068�03 1.824�03 1.595�03 1.296�03 1.010�03 8.867�04 8.255�04 7.943�04 7.651�04 7.526�043 24 1.873�03 1.646�03 1.429�03 1.135�03 8.300�04 6.835�04 6.017�04 5.510�04 4.842�04 4.536�043 25 2.792�03 2.644�03 2.536�03 2.486�03 2.697�03 3.037�03 3.409�03 3.792�03 4.669�03 5.384�033 26 2.651�03 2.749�03 2.941�03 3.445�03 4.648�03 5.806�03 6.893�03 7.926�03 1.014�02 1.187�023 27 6.605�03 8.011�03 9.903�03 1.378�02 2.141�02 2.808�02 3.406�02 3.957�02 5.116�02 6.008�023 28 1.819�03 1.609�03 1.398�03 1.094�03 7.422�04 5.552�04 4.455�04 3.767�04 2.876�04 2.483�043 29 5.441�03 6.276�03 7.354�03 9.496�03 1.350�02 1.696�02 2.000�02 2.277�02 2.863�02 3.320�023 30 3.041�03 3.707�03 4.565�03 6.269�03 9.469�03 1.223�02 1.467�02 1.690�02 2.160�02 2.527�023 31 2.645�03 2.843�03 3.142�03 3.823�03 5.270�03 6.605�03 7.824�03 8.962�03 1.140�02 1.333�023 32 4.242�03 4.804�03 5.564�03 7.150�03 1.026�02 1.303�02 1.550�02 1.777�02 2.262�02 2.642�023 33 2.308�02 2.322�02 2.355�02 2.456�02 2.694�02 2.894�02 3.056�02 3.194�02 3.447�02 3.586�023 34 4.038�02 4.385�02 4.780�02 5.477�02 6.570�02 7.329�02 7.890�02 8.340�02 9.120�02 9.540�023 35 6.376�03 5.883�03 5.425�03 4.861�03 4.418�03 4.303�03 4.299�03 4.344�03 4.493�03 4.590�033 36 5.243�03 4.477�03 3.729�03 2.694�03 1.590�03 1.046�03 7.389�04 5.489�04 3.028�04 1.899�043 37 2.067�03 1.834�03 1.597�03 1.254�03 8.570�04 6.521�04 5.371�04 4.707�04 4.023�04 3.885�043 38 1.769�02 1.925�02 2.103�02 2.414�02 2.904�02 3.244�02 3.494�02 3.695�02 4.048�02 4.239�023 39 1.331�02 1.340�02 1.361�02 1.424�02 1.567�02 1.686�02 1.782�02 1.864�02 2.016�02 2.100�023 40 1.397�02 1.459�02 1.535�02 1.684�02 1.943�02 2.135�02 2.280�02 2.400�02 2.615�02 2.732�023 41 1.100�02 1.153�02 1.216�02 1.338�02 1.548�02 1.702�02 1.819�02 1.914�02 2.086�02 2.181�023 42 3.219�03 3.178�03 3.162�03 3.206�03 3.407�03 3.607�03 3.775�03 3.926�03 4.217�03 4.382�033 43 5.101�04 4.372�04 3.656�04 2.658�04 1.580�04 1.044�04 7.386�05 5.487�05 3.012�05 1.865�053 44 3.643�04 3.187�04 2.730�04 2.101�04 1.381�04 1.026�04 8.307�05 7.157�05 5.935�05 5.700�053 45 7.068�03 6.041�03 5.038�03 3.664�03 2.218�03 1.523�03 1.133�03 8.950�04 5.938�04 4.589�043 46 2.505�03 2.160�03 1.819�03 1.353�03 8.642�04 6.346�04 5.068�04 4.298�04 3.359�04 2.957�043 47 1.485�03 1.443�03 1.431�03 1.496�03 1.809�03 2.180�03 2.548�03 2.911�03 3.739�03 4.406�033 48 5.421�04 4.807�04 4.160�04 3.191�04 2.029�04 1.395�04 1.011�04 7.637�05 4.305�05 2.738�053 49 1.314�03 1.139�03 9.653�04 7.177�04 4.377�04 2.936�04 2.099�04 1.570�04 8.671�05 5.402�053 50 2.167�02 2.197�02 2.231�02 2.288�02 2.368�02 2.420�02 2.456�02 2.483�02 2.526�02 2.549�023 51 5.752�03 5.206�03 4.691�03 4.016�03 3.399�03 3.176�03 3.106�03 3.109�03 3.209�03 3.296�033 52 3.891�03 3.391�03 2.899�03 2.202�03 1.423�03 1.027�03 7.998�04 6.573�04 4.700�04 3.839�043 53 1.513�02 1.552�02 1.613�02 1.751�02 2.039�02 2.293�02 2.523�02 2.729�02 3.163�02 3.518�023 54 3.643�02 3.907�02 4.231�02 4.842�02 5.915�02 6.781�02 7.530�02 8.184�02 9.532�02 1.062�013 55 8.500�03 7.259�03 6.098�03 4.597�03 3.177�03 2.592�03 2.316�03 2.178�03 2.072�03 2.083�033 56 2.870�03 2.727�03 2.662�03 2.731�03 3.114�03 3.497�03 3.857�03 4.152�03 4.642�03 4.941�033 57 4.022�03 4.135�03 4.369�03 4.984�03 6.214�03 7.188�03 8.019�03 8.678�03 9.755�03 1.040�023 58 2.891�03 2.373�03 1.922�03 1.412�03 1.035�03 9.163�04 8.761�04 8.668�04 8.865�04 9.159�043 59 8.127�03 6.836�03 5.596�03 3.918�03 2.189�03 1.381�03 9.429�04 6.826�04 3.635�04 2.262�043 60 2.605�03 2.068�03 1.585�03 9.978�04 4.785�04 2.695�04 1.692�04 1.141�04 5.126�05 2.792�053 61 5.554�04 4.718�04 3.917�04 2.825�04 1.681�04 1.126�04 8.102�05 6.120�05 3.462�05 2.174�053 62 1.297�02 1.338�02 1.382�02 1.452�02 1.543�02 1.600�02 1.638�02 1.665�02 1.706�02 1.727�023 63 6.580�04 5.634�04 4.729�04 3.501�04 2.227�04 1.619�04 1.279�04 1.068�04 7.890�05 6.609�053 64 1.429�03 1.414�03 1.404�03 1.398�03 1.409�03 1.424�03 1.438�03 1.450�03 1.469�03 1.480�033 65 1.590�03 1.602�03 1.650�03 1.813�03 2.241�03 2.680�03 3.093�03 3.479�03 4.347�03 5.079�033 66 8.857�04 7.758�04 6.669�04 5.144�04 3.481�04 2.664�04 2.224�04 1.980�04 1.759�04 1.749�04

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 527

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 67 3.207�03 3.716�03 4.382�03 5.741�03 8.334�03 1.063�02 1.263�02 1.445�02 1.840�02 2.164�023 68 6.449�04 5.630�04 4.809�04 3.631�04 2.280�04 1.559�04 1.132�04 8.589�05 4.925�05 3.197�053 69 1.679�03 1.958�03 2.317�03 3.034�03 4.381�03 5.561�03 6.593�03 7.521�03 9.536�03 1.120�023 70 8.658�04 1.010�03 1.196�03 1.571�03 2.274�03 2.889�03 3.425�03 3.906�03 4.949�03 5.804�033 71 4.825�03 4.674�03 4.555�03 4.451�03 4.509�03 4.678�03 4.849�03 5.002�03 5.314�03 5.559�033 72 4.447�04 4.171�04 3.949�04 3.772�04 3.920�04 4.296�04 4.727�04 5.174�04 6.261�04 7.204�043 73 9.881�04 9.991�04 1.033�03 1.139�03 1.409�03 1.680�03 1.934�03 2.171�03 2.700�03 3.145�033 74 8.131�03 8.588�03 9.141�03 1.014�02 1.181�02 1.309�02 1.406�02 1.481�02 1.614�02 1.708�023 75 2.376�03 2.060�03 1.744�03 1.291�03 7.862�04 5.284�04 3.799�04 2.866�04 1.637�04 1.070�043 76 1.469�03 1.273�03 1.076�03 7.960�04 4.839�04 3.247�04 2.330�04 1.753�04 9.931�05 6.437�053 77 9.075�04 8.402�04 7.810�04 7.158�04 6.861�04 7.093�04 7.496�04 7.953�04 9.127�04 1.020�033 78 3.677�03 3.872�03 4.110�03 4.542�03 5.261�03 5.820�03 6.242�03 6.566�03 7.146�03 7.557�033 79 2.136�03 1.896�03 1.691�03 1.460�03 1.295�03 1.268�03 1.275�03 1.285�03 1.302�03 1.310�033 80 1.785�03 1.503�03 1.248�03 9.317�04 6.495�04 5.412�04 4.907�04 4.635�04 4.324�04 4.201�043 81 3.002�03 2.989�03 3.039�03 3.208�03 3.566�03 3.886�03 4.125�03 4.291�03 4.503�03 4.587�033 82 3.377�03 3.538�03 3.736�03 4.103�03 4.728�03 5.221�03 5.595�03 5.884�03 6.405�03 6.773�033 83 1.343�03 1.370�03 1.425�03 1.552�03 1.774�03 1.955�03 2.088�03 2.179�03 2.300�03 2.349�033 84 1.961�03 1.875�03 1.800�03 1.716�03 1.680�03 1.711�03 1.753�03 1.795�03 1.888�03 1.968�033 85 1.265�03 1.227�03 1.197�03 1.174�03 1.194�03 1.243�03 1.292�03 1.334�03 1.421�03 1.488�033 86 6.506�04 5.986�04 5.481�04 4.796�04 4.118�04 3.839�04 3.715�04 3.658�04 3.631�04 3.656�043 87 6.872�04 7.295�04 7.862�04 8.924�04 1.056�03 1.178�03 1.264�03 1.322�03 1.396�03 1.426�033 88 1.583�04 1.371�04 1.158�04 8.547�05 5.170�05 3.450�05 2.459�05 1.837�05 1.018�05 6.387�063 89 7.062�04 5.854�04 4.754�04 3.370�04 2.083�04 1.548�04 1.279�04 1.127�04 9.485�05 8.818�053 90 7.656�04 6.246�04 4.946�04 3.282�04 1.710�04 1.024�04 6.648�05 4.568�05 2.103�05 1.120�053 91 7.759�04 7.535�04 7.461�04 7.615�04 8.202�04 8.823�04 9.311�04 9.651�04 1.009�03 1.027�033 92 7.288�04 7.251�04 7.377�04 7.795�04 8.672�04 9.461�04 1.005�03 1.045�03 1.095�03 1.115�033 93 4.341�04 3.610�04 2.948�04 2.118�04 1.370�04 1.070�04 9.253�05 8.449�05 7.529�05 7.261�053 94 1.897�04 1.698�04 1.504�04 1.243�04 9.891�05 8.928�05 8.678�05 8.746�05 9.494�05 1.050�043 95 1.824�04 1.495�04 1.192�04 8.071�05 4.485�05 2.951�05 2.182�05 1.747�05 1.269�05 1.149�053 96 3.574�04 3.387�04 3.280�04 3.239�04 3.366�04 3.570�04 3.745�04 3.870�04 4.038�04 4.118�043 97 2.132�03 1.881�03 1.633�03 1.285�03 9.143�04 7.378�04 6.426�04 5.866�04 5.214�04 4.991�043 98 7.731�04 6.914�04 6.122�04 5.025�04 3.907�04 3.416�04 3.180�04 3.055�04 2.945�04 2.947�043 99 5.833�04 5.448�04 5.126�04 4.832�04 4.932�04 5.341�04 5.822�04 6.365�04 7.805�04 9.099�043 100 2.108�04 1.866�04 1.613�04 1.234�04 7.825�05 5.362�05 3.883�05 2.934�05 1.657�05 1.046�053 101 5.637�04 4.890�04 4.149�04 3.090�04 1.889�04 1.268�04 9.077�05 6.796�05 3.764�05 2.350�053 102 7.407�03 7.472�03 7.549�03 7.684�03 7.894�03 8.061�03 8.201�03 8.322�03 8.543�03 8.674�033 103 2.345�03 2.083�03 1.832�03 1.490�03 1.141�03 9.901�04 9.213�04 8.946�04 8.986�04 9.188�043 104 1.605�03 1.391�03 1.180�03 8.806�04 5.437�04 3.718�04 2.727�04 2.104�04 1.285�04 9.092�053 105 5.256�03 5.313�03 5.436�03 5.766�03 6.517�03 7.202�03 7.819�03 8.381�03 9.585�03 1.058�023 106 1.207�02 1.283�02 1.377�02 1.555�02 1.866�02 2.114�02 2.323�02 2.506�02 2.887�02 3.195�023 107 3.491�03 2.968�03 2.477�03 1.832�03 1.214�03 9.549�04 8.314�04 7.675�04 7.123�04 7.125�043 108 3.521�03 2.968�03 2.437�03 1.713�03 9.617�04 6.084�04 4.165�04 3.016�04 1.595�04 9.875�053 109 1.107�04 8.810�05 7.037�05 5.298�05 4.355�05 4.312�05 4.378�05 4.516�05 4.847�05 5.096�053 110 1.308�04 1.088�04 9.253�05 7.856�05 7.563�05 8.072�05 8.500�05 8.913�05 9.660�05 1.012�043 111 1.509�04 1.153�04 8.643�05 5.548�05 3.386�05 2.858�05 2.724�05 2.692�05 2.666�05 2.618�053 112 1.343�04 9.960�05 7.126�05 4.040�05 1.727�05 8.896�06 4.781�06 2.657�06 1.721�06 2.536�063 113 1.455�03 1.364�03 1.310�03 1.315�03 1.486�03 1.671�03 1.840�03 1.986�03 2.244�03 2.389�033 114 1.945�03 1.972�03 2.059�03 2.323�03 2.915�03 3.398�03 3.799�03 4.129�03 4.694�03 5.012�033 115 1.526�03 1.254�03 1.015�03 7.326�04 5.132�04 4.425�04 4.171�04 4.080�04 4.101�04 4.243�043 116 1.351�03 1.079�03 8.328�04 5.276�04 2.554�04 1.446�04 9.131�05 6.192�05 2.814�05 1.546�053 117 2.890�04 2.758�04 2.677�04 2.683�04 3.010�04 3.482�04 3.968�04 4.450�04 5.567�04 6.471�043 118 1.234�04 1.096�04 9.506�05 7.315�05 4.670�05 3.217�05 2.344�05 1.778�05 1.007�05 6.438�063 119 1.197�03 1.116�03 1.038�03 9.308�04 8.190�04 7.687�04 7.432�04 7.293�04 7.164�04 7.154�043 120 2.901�04 2.515�04 2.132�04 1.586�04 9.684�05 6.502�05 4.656�05 3.488�05 1.932�05 1.206�053 121 3.415�03 3.428�03 3.448�03 3.488�03 3.567�03 3.637�03 3.694�03 3.741�03 3.831�03 3.896�033 122 1.190�03 1.067�03 9.505�04 7.927�04 6.371�04 5.744�04 5.470�04 5.368�04 5.409�04 5.532�043 123 2.256�03 2.273�03 2.319�03 2.448�03 2.759�03 3.052�03 3.318�03 3.559�03 4.061�03 4.462�033 124 5.054�03 5.371�03 5.767�03 6.515�03 7.830�03 8.897�03 9.801�03 1.059�02 1.218�02 1.342�023 125 1.540�03 1.304�03 1.082�03 7.893�04 5.064�04 3.868�04 3.291�04 2.986�04 2.696�04 2.652�043 126 1.227�05 9.557�06 7.376�06 5.057�06 3.598�06 3.449�06 3.810�06 4.016�06 4.210�06 4.770�063 127 1.499�05 1.154�05 8.771�06 5.806�06 3.936�06 3.771�06 3.949�06 3.948�06 3.670�06 4.190�063 128 7.229�06 5.609�06 4.294�06 2.949�06 2.142�06 2.195�06 2.439�06 2.497�06 2.329�06 2.703�06

528 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 130 1.644�03 1.387�03 1.139�03 8.011�04 4.502�04 2.848�04 1.947�04 1.406�04 7.354�05 4.484�053 131 1.395�04 1.198�04 1.050�04 9.228�05 9.019�05 9.470�05 9.839�05 1.009�04 1.045�04 1.064�043 132 1.656�04 1.474�04 1.349�04 1.272�04 1.346�04 1.462�04 1.545�04 1.602�04 1.666�04 1.676�043 133 1.229�04 9.554�05 7.313�05 4.854�05 3.021�05 2.426�05 2.178�05 2.058�05 1.935�05 1.882�053 134 1.306�04 1.015�04 7.723�05 5.001�05 2.940�05 2.325�05 2.119�05 2.051�05 1.830�05 1.380�053 135 7.493�04 7.043�04 6.769�04 6.762�04 7.527�04 8.392�04 9.197�04 9.933�04 1.136�03 1.224�033 136 9.784�04 9.944�04 1.039�03 1.168�03 1.451�03 1.684�03 1.879�03 2.047�03 2.359�03 2.548�033 137 7.525�04 6.191�04 5.004�04 3.577�04 2.430�04 2.061�04 1.931�04 1.881�04 1.875�04 1.927�043 138 7.705�04 6.228�04 4.874�04 3.158�04 1.589�04 9.287�05 6.007�05 4.154�05 1.964�05 1.097�053 139 2.235�04 1.895�04 1.570�04 1.129�04 6.689�05 4.471�05 3.216�05 2.431�05 1.380�05 8.671�063 140 3.920�03 4.038�03 4.167�03 4.376�03 4.658�03 4.839�03 4.967�03 5.062�03 5.216�03 5.301�033 141 2.773�04 2.373�04 1.990�04 1.473�04 9.374�05 6.832�05 5.412�05 4.536�05 3.392�05 2.867�053 142 6.700�04 6.690�04 6.830�04 7.402�04 8.984�04 1.063�03 1.218�03 1.362�03 1.688�03 1.976�033 143 7.082�04 7.119�04 7.180�04 7.313�04 7.546�04 7.726�04 7.867�04 7.979�04 8.169�04 8.275�043 144 1.300�03 1.456�03 1.669�03 2.118�03 2.993�03 3.772�03 4.458�03 5.070�03 6.405�03 7.543�033 145 5.827�04 5.315�04 4.837�04 4.240�04 3.772�04 3.703�04 3.794�04 3.953�04 4.461�04 5.001�043 146 3.530�04 4.027�04 4.686�04 6.026�04 8.573�04 1.081�03 1.278�03 1.451�03 1.825�03 2.138�033 147 1.674�03 1.596�03 1.526�03 1.445�03 1.399�03 1.414�03 1.447�03 1.480�03 1.555�03 1.618�033 148 2.890�04 2.527�04 2.162�04 1.638�04 1.037�04 7.165�05 5.264�05 4.052�05 2.424�05 1.653�053 149 4.717�04 5.612�04 6.752�04 8.992�04 1.308�03 1.657�03 1.959�03 2.225�03 2.800�03 3.288�033 150 2.865�03 2.952�03 3.067�03 3.297�03 3.714�03 4.060�03 4.337�03 4.554�03 4.939�03 5.212�033 151 1.389�03 1.253�03 1.119�03 9.301�04 7.312�04 6.407�04 5.955�04 5.711�04 5.484�04 5.471�043 152 3.183�04 2.923�04 2.684�04 2.399�04 2.221�04 2.256�04 2.374�04 2.521�04 2.910�04 3.276�043 153 1.418�04 1.236�04 1.055�04 7.979�05 5.095�05 3.593�05 2.729�05 2.193�05 1.493�05 1.169�053 154 1.277�03 1.311�03 1.356�03 1.451�03 1.626�03 1.774�03 1.893�03 1.986�03 2.152�03 2.271�033 155 9.088�05 7.790�05 6.798�05 5.889�05 5.622�05 5.737�05 5.905�05 6.098�05 6.534�05 6.792�053 156 1.189�04 9.534�05 7.579�05 5.371�05 3.792�05 3.319�05 3.153�05 3.116�05 3.215�05 3.323�053 157 1.226�04 9.718�05 7.587�05 5.139�05 3.310�05 2.709�05 2.465�05 2.374�05 2.374�05 2.424�053 158 1.409�04 1.187�04 1.015�04 8.475�05 7.741�05 7.716�05 7.826�05 8.015�05 8.536�05 8.838�053 159 1.064�03 9.575�04 8.680�04 7.695�04 7.045�04 7.007�04 7.118�04 7.240�04 7.439�04 7.519�043 160 6.233�04 6.048�04 5.983�04 6.125�04 6.715�04 7.362�04 7.952�04 8.451�04 9.410�04 1.012�033 161 1.012�03 8.677�04 7.371�04 5.751�04 4.302�04 3.770�04 3.542�04 3.431�04 3.319�04 3.273�043 162 1.412�03 1.375�03 1.365�03 1.400�03 1.514�03 1.631�03 1.728�03 1.800�03 1.903�03 1.946�033 163 4.744�04 4.759�04 4.879�04 5.255�04 6.101�04 6.905�04 7.607�04 8.203�04 9.363�04 1.022�033 164 5.492�04 4.785�04 4.069�04 3.033�04 1.859�04 1.252�04 8.985�05 6.757�05 3.759�05 2.296�053 165 7.311�04 7.850�04 8.486�04 9.618�04 1.141�03 1.277�03 1.381�03 1.461�03 1.599�03 1.694�033 166 5.243�04 4.688�04 4.135�04 3.357�04 2.515�04 2.112�04 1.900�04 1.777�04 1.638�04 1.597�043 167 3.768�04 3.485�04 3.211�04 2.847�04 2.505�04 2.386�04 2.355�04 2.357�04 2.410�04 2.478�043 168 1.988�04 1.743�04 1.496�04 1.140�04 7.398�05 5.381�05 4.270�05 3.627�05 2.952�05 2.787�053 169 6.410�05 5.588�05 4.757�05 3.553�05 2.183�05 1.471�05 1.056�05 7.932�06 4.443�06 2.822�063 170 2.620�05 2.294�05 2.050�05 1.858�05 1.864�05 1.934�05 1.997�05 2.065�05 2.225�05 2.317�053 171 3.609�05 2.810�05 2.140�05 1.353�05 7.284�06 5.062�06 4.090�06 3.590�06 3.190�06 3.135�063 172 2.191�05 1.752�05 1.392�05 9.907�06 7.114�06 6.376�06 6.170�06 6.145�06 6.272�06 6.525�063 173 2.748�05 2.296�05 1.940�05 1.571�05 1.384�05 1.356�05 1.367�05 1.397�05 1.502�05 1.583�053 174 2.737�04 2.851�04 3.030�04 3.392�04 3.979�04 4.431�04 4.768�04 5.010�04 5.345�04 5.483�043 175 3.063�05 2.730�05 2.491�05 2.334�05 2.431�05 2.557�05 2.657�05 2.756�05 2.988�05 3.129�053 176 4.187�05 3.232�05 2.415�05 1.435�05 6.288�06 3.382�06 2.030�06 1.310�06 5.815�07 3.622�073 177 3.134�04 2.583�04 2.068�04 1.403�04 7.503�05 4.547�05 2.994�05 2.083�05 9.758�06 5.256�063 178 1.626�05 1.282�05 9.925�06 6.569�06 4.147�06 3.585�06 3.469�06 3.515�06 3.549�06 3.761�063 179 2.086�05 1.784�05 1.548�05 1.320�05 1.245�05 1.269�05 1.307�05 1.355�05 1.455�05 1.536�053 180 2.720�04 2.599�04 2.530�04 2.533�04 2.678�04 2.856�04 3.010�04 3.126�04 3.283�04 3.346�043 181 3.718�04 3.070�04 2.462�04 1.668�04 8.877�05 5.412�05 3.562�05 2.468�05 1.150�05 6.122�063 182 7.571�05 6.984�05 6.474�05 5.934�05 5.790�05 6.109�05 6.593�05 7.119�05 8.452�05 9.699�053 183 1.793�04 1.478�04 1.184�04 8.043�05 4.394�05 2.837�05 2.054�05 1.627�05 1.184�05 1.041�053 184 3.458�04 3.454�04 3.524�04 3.750�04 4.204�04 4.597�04 4.905�04 5.130�04 5.446�04 5.576�043 185 9.818�05 8.090�05 6.474�05 4.374�05 2.332�05 1.441�05 9.782�06 7.137�06 4.111�06 2.966�063 186 7.405�04 6.825�04 6.261�04 5.502�04 4.771�04 4.502�04 4.410�04 4.387�04 4.437�04 4.539�043 187 1.742�04 1.708�04 1.711�04 1.784�04 1.962�04 2.128�04 2.262�04 2.361�04 2.497�04 2.553�043 188 3.027�04 2.840�04 2.666�04 2.447�04 2.275�04 2.248�04 2.270�04 2.304�04 2.396�04 2.483�043 189 1.150�04 1.064�04 9.884�05 9.054�05 8.787�05 9.333�05 1.009�04 1.092�04 1.298�04 1.478�043 190 4.734�05 4.195�05 3.629�05 2.781�05 1.766�05 1.211�05 8.782�06 6.642�06 3.750�06 2.365�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 529

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 191 1.143�04 9.919�05 8.419�05 6.273�05 3.836�05 2.576�05 1.844�05 1.381�05 7.654�06 4.782�063 192 1.279�03 1.286�03 1.295�03 1.313�03 1.348�03 1.377�03 1.399�03 1.418�03 1.456�03 1.485�033 193 4.748�04 4.203�04 3.677�04 2.959�04 2.224�04 1.900�04 1.738�04 1.661�04 1.620�04 1.637�043 194 3.519�04 3.068�04 2.624�04 1.994�04 1.286�04 9.257�05 7.188�05 5.891�05 4.197�05 3.433�053 195 8.532�04 8.532�04 8.633�04 9.000�04 9.985�04 1.096�03 1.185�03 1.265�03 1.432�03 1.568�033 196 1.882�03 1.988�03 2.121�03 2.374�03 2.825�03 3.194�03 3.504�03 3.771�03 4.309�03 4.734�033 197 6.336�04 5.374�04 4.466�04 3.269�04 2.107�04 1.616�04 1.378�04 1.253�04 1.135�04 1.119�043 202 6.799�04 5.742�04 4.723�04 3.330�04 1.878�04 1.191�04 8.158�05 5.902�05 3.099�05 1.897�053 203 3.867�06 2.882�06 2.097�06 1.279�06 7.702�07 6.348�07 6.129�07 5.938�07 5.269�07 6.536�073 204 4.063�06 3.077�06 2.318�06 1.566�06 1.110�06 1.064�06 1.085�06 1.049�06 1.056�06 1.526�063 205 4.201�06 3.063�06 2.119�06 1.092�06 3.793�07 1.665�07 8.320�08 4.600�08 1.545�08 7.923�093 206 4.176�06 3.049�06 2.140�06 1.204�06 5.320�07 4.164�07 3.629�07 2.942�07 3.923�07 7.693�073 207 2.918�04 2.719�04 2.590�04 2.553�04 2.810�04 3.131�04 3.437�04 3.719�04 4.262�04 4.588�043 208 3.755�04 3.784�04 3.923�04 4.372�04 5.409�04 6.293�04 7.041�04 7.689�04 8.881�04 9.588�043 209 3.080�04 2.534�04 2.046�04 1.457�04 9.792�05 8.264�05 7.709�05 7.495�05 7.445�05 7.633�053 210 4.300�05 3.530�05 2.938�05 2.389�05 2.188�05 2.252�05 2.330�05 2.395�05 2.512�05 2.599�053 211 4.658�05 4.029�05 3.601�05 3.346�05 3.587�05 3.933�05 4.198�05 4.377�05 4.647�05 4.846�053 212 5.211�05 4.039�05 3.073�05 1.997�05 1.200�05 9.694�06 9.081�06 8.781�06 8.425�06 8.722�063 213 5.107�05 3.871�05 2.836�05 1.664�05 7.378�06 4.003�06 2.512�06 1.743�06 9.014�07 6.094�073 214 2.946�04 2.372�04 1.848�04 1.187�04 5.869�05 3.377�05 2.152�05 1.469�05 6.778�06 3.693�063 215 1.155�04 9.815�05 8.147�05 5.876�05 3.494�05 2.339�05 1.684�05 1.273�05 7.234�06 4.554�063 216 1.709�03 1.748�03 1.792�03 1.868�03 1.975�03 2.048�03 2.099�03 2.138�03 2.201�03 2.238�033 217 3.474�04 3.506�04 3.619�04 3.981�04 4.883�04 5.798�04 6.660�04 7.449�04 9.188�04 1.067�033 218 1.354�04 1.157�04 9.671�05 7.096�05 4.411�05 3.122�05 2.400�05 1.952�05 1.359�05 1.077�053 219 3.303�04 3.117�04 2.968�04 2.851�04 2.952�04 3.213�04 3.520�04 3.830�04 4.571�04 5.235�043 220 6.946�04 7.589�04 8.493�04 1.044�03 1.427�03 1.774�03 2.083�03 2.359�03 2.952�03 3.450�033 221 4.920�04 5.071�04 5.238�04 5.507�04 5.876�04 6.116�04 6.284�04 6.408�04 6.606�04 6.718�043 222 1.663�04 1.842�04 2.086�04 2.603�04 3.608�04 4.509�04 5.305�04 6.011�04 7.532�04 8.810�043 223 7.125�04 6.765�04 6.433�04 6.035�04 5.770�04 5.795�04 5.905�04 6.028�04 6.303�04 6.535�043 224 6.739�04 6.194�04 5.660�04 4.932�04 4.214�04 3.935�04 3.827�04 3.790�04 3.805�04 3.872�043 225 1.230�03 1.238�03 1.257�03 1.308�03 1.424�03 1.534�03 1.627�03 1.702�03 1.835�03 1.928�033 226 5.188�06 3.619�06 2.462�06 1.392�06 7.510�07 6.687�07 6.851�07 6.747�07 5.690�07 4.799�073 227 3.977�06 2.875�06 2.052�06 1.299�06 8.955�07 9.157�07 1.002�06 1.058�06 9.805�07 8.437�073 228 5.997�06 4.341�06 3.103�06 1.949�06 1.309�06 1.330�06 1.395�06 1.392�06 1.304�06 1.290�063 229 4.976�06 3.447�06 2.322�06 1.284�06 6.573�07 5.631�07 5.661�07 5.517�07 4.557�07 3.758�073 230 5.403�04 5.427�04 5.496�04 5.707�04 6.197�04 6.667�04 7.067�04 7.391�04 7.970�04 8.382�043 231 1.581�04 1.888�04 2.279�04 3.048�04 4.441�04 5.639�04 6.683�04 7.600�04 9.549�04 1.117�033 232 1.445�04 1.262�04 1.080�04 8.193�05 5.237�05 3.678�05 2.762�05 2.181�05 1.409�05 1.044�053 233 8.477�05 6.824�05 5.440�05 3.871�05 2.733�05 2.372�05 2.218�05 2.161�05 2.192�05 2.259�053 234 9.795�05 8.229�05 6.993�05 5.760�05 5.180�05 5.134�05 5.166�05 5.248�05 5.541�05 5.757�053 235 5.928�05 5.017�05 4.300�05 3.597�05 3.304�05 3.309�05 3.355�05 3.428�05 3.652�05 3.827�053 236 8.035�05 6.438�05 5.105�05 3.591�05 2.479�05 2.125�05 1.972�05 1.913�05 1.933�05 1.986�053 237 5.121�04 4.579�04 4.115�04 3.585�04 3.195�04 3.124�04 3.152�04 3.203�04 3.304�04 3.348�043 238 1.985�04 1.824�04 1.685�04 1.524�04 1.398�04 1.368�04 1.375�04 1.392�04 1.424�04 1.437�043 239 4.825�04 4.228�04 3.697�04 3.056�04 2.517�04 2.352�04 2.310�04 2.309�04 2.333�04 2.344�043 240 6.869�05 5.989�05 5.111�05 3.862�05 2.450�05 1.706�05 1.274�05 1.002�05 6.402�06 4.700�063 241 6.717�04 6.433�04 6.274�04 6.269�04 6.602�04 7.018�04 7.405�04 7.720�04 8.200�04 8.409�043 242 2.752�04 2.622�04 2.543�04 2.514�04 2.621�04 2.773�04 2.924�04 3.050�04 3.254�04 3.360�043 243 1.802�04 1.897�04 2.048�04 2.399�04 3.133�04 3.821�04 4.442�04 4.998�04 6.207�04 7.229�043 244 2.413�04 2.106�04 1.795�04 1.342�04 8.258�05 5.571�05 4.003�05 3.009�05 1.684�05 1.067�053 245 2.484�04 2.652�04 2.852�04 3.214�04 3.798�04 4.247�04 4.594�04 4.861�04 5.315�04 5.620�043 246 2.020�04 1.765�04 1.507�04 1.134�04 7.084�05 4.864�05 3.581�05 2.778�05 1.726�05 1.236�053 247 1.524�04 1.377�04 1.230�04 1.025�04 8.082�05 7.095�05 6.606�05 6.346�05 6.099�05 6.067�053 248 4.123�05 4.052�05 4.061�05 4.278�05 5.028�05 5.869�05 6.687�05 7.448�05 9.162�05 1.065�043 249 8.900�05 7.826�05 6.739�05 5.167�05 3.399�05 2.516�05 2.026�05 1.732�05 1.392�05 1.300�053 250 2.869�05 2.503�05 2.132�05 1.594�05 9.796�06 6.602�06 4.739�06 3.559�06 1.991�06 1.263�063 251 1.135�06 8.305�07 5.976�07 3.851�07 2.690�07 2.858�07 3.143�07 3.226�07 3.048�07 2.937�073 253 9.109�07 6.486�07 4.583�07 2.909�07 2.048�07 1.961�07 1.965�07 1.896�07 1.631�07 1.114�073 254 1.119�06 7.990�07 5.600�07 3.317�07 2.074�07 2.247�07 2.576�07 2.631�07 2.083�07 1.475�073 255 1.356�06 1.013�06 7.499�07 5.104�07 4.009�07 4.659�07 5.174�07 5.196�07 4.523�07 4.112�073 257 7.159�07 4.837�07 3.172�07 1.760�07 1.233�07 1.106�07 9.310�08 8.522�08 1.540�07 1.796�073 258 8.822�07 6.455�07 4.666�07 3.088�07 2.631�07 3.131�07 3.521�07 3.607�07 3.706�07 3.375�07

530 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

3 259 1.716�05 1.486�05 1.309�05 1.156�05 1.134�05 1.165�05 1.192�05 1.221�05 1.304�05 1.367�053 260 2.379�05 1.872�05 1.445�05 9.438�06 5.472�06 4.127�06 3.584�06 3.344�06 3.135�06 3.037�063 261 1.411�05 1.141�05 9.185�06 6.689�06 4.922�06 4.462�06 4.358�06 4.376�06 4.598�06 4.875�063 262 1.784�05 1.477�05 1.231�05 9.743�06 8.320�06 7.993�06 7.872�06 7.906�06 8.337�06 8.708�063 263 3.281�04 3.163�04 3.061�04 2.961�04 2.953�04 3.040�04 3.143�04 3.238�04 3.426�04 3.572�043 264 1.187�04 1.211�04 1.264�04 1.385�04 1.596�04 1.763�04 1.895�04 1.996�04 2.145�04 2.209�043 266 2.078�05 1.857�05 1.700�05 1.606�05 1.697�05 1.790�05 1.849�05 1.904�05 2.044�05 2.132�053 267 1.447�04 1.200�04 9.675�05 6.660�05 3.677�05 2.313�05 1.597�05 1.179�05 6.685�06 4.607�063 268 1.375�04 1.350�04 1.335�04 1.338�04 1.396�04 1.474�04 1.546�04 1.608�04 1.722�04 1.806�043 269 1.072�05 8.393�06 6.410�06 4.044�06 2.115�06 1.457�06 1.189�06 1.100�06 1.193�06 1.463�063 270 1.654�05 1.485�05 1.365�05 1.278�05 1.317�05 1.384�05 1.440�05 1.498�05 1.646�05 1.768�053 271 1.149�04 1.060�04 9.908�05 9.300�05 9.139�05 9.402�05 9.774�05 1.011�04 1.065�04 1.086�043 272 1.816�04 1.506�04 1.213�04 8.277�05 4.445�05 2.729�05 1.809�05 1.260�05 6.063�06 3.533�063 273 7.969�05 6.724�05 5.572�05 4.094�05 2.696�05 2.118�05 1.834�05 1.681�05 1.525�05 1.485�053 274 1.610�04 1.644�04 1.717�04 1.884�04 2.174�04 2.400�04 2.580�04 2.718�04 2.922�04 3.010�043 275 4.726�05 3.916�05 3.153�05 2.155�05 1.172�05 7.361�06 5.040�06 3.675�06 2.050�06 1.431�063 276 8.171�05 8.165�05 8.339�05 8.926�05 1.007�04 1.101�04 1.180�04 1.241�04 1.331�04 1.368�043 277 5.061�05 4.301�05 3.571�05 2.577�05 1.533�05 1.027�05 7.392�06 5.591�06 3.178�06 2.003�063 278 6.804�04 6.939�04 7.096�04 7.369�04 7.773�04 8.054�04 8.253�04 8.404�04 8.659�04 8.812�043 279 1.511�04 1.528�04 1.579�04 1.741�04 2.140�04 2.544�04 2.922�04 3.264�04 4.013�04 4.658�043 280 1.493�04 1.425�04 1.377�04 1.360�04 1.463�04 1.630�04 1.810�04 1.983�04 2.385�04 2.744�043 281 3.020�04 3.233�04 3.545�04 4.248�04 5.672�04 6.989�04 8.170�04 9.218�04 1.148�03 1.340�033 282 7.188�05 7.741�05 8.542�05 1.032�04 1.392�04 1.722�04 2.016�04 2.278�04 2.845�04 3.325�043 283 7.305�05 6.443�05 5.623�05 4.531�05 3.446�05 2.975�05 2.743�05 2.617�05 2.483�05 2.448�053 284 2.766�04 2.608�04 2.459�04 2.272�04 2.126�04 2.107�04 2.130�04 2.164�04 2.250�04 2.326�043 285 2.378�04 2.464�04 2.557�04 2.707�04 2.909�04 3.040�04 3.130�04 3.197�04 3.306�04 3.371�043 290 2.716�04 2.513�04 2.316�04 2.052�04 1.802�04 1.715�04 1.690�04 1.688�04 1.716�04 1.757�043 291 4.872�04 4.820�04 4.802�04 4.863�04 5.135�04 5.446�04 5.730�04 5.968�04 6.402�04 6.714�043 292 2.130�04 2.108�04 2.101�04 2.131�04 2.255�04 2.395�04 2.523�04 2.629�04 2.824�04 2.964�043 293 3.681�06 2.582�06 1.767�06 1.006�06 5.357�07 4.303�07 4.034�07 3.882�07 3.911�07 4.549�073 294 4.225�06 3.077�06 2.212�06 1.402�06 9.332�07 8.962�07 9.257�07 9.387�07 9.174�07 9.185�073 295 2.800�06 2.035�06 1.460�06 9.298�07 6.303�07 6.116�07 6.319�07 6.467�07 6.501�07 6.325�073 296 3.518�06 2.465�06 1.679�06 9.512�07 5.013�07 4.016�07 3.769�07 3.625�07 3.668�07 4.323�073 297 2.112�04 1.891�04 1.702�04 1.485�04 1.326�04 1.296�04 1.309�04 1.332�04 1.377�04 1.398�043 298 3.966�05 3.204�05 2.564�05 1.835�05 1.302�05 1.135�05 1.065�05 1.041�05 1.055�05 1.088�053 299 4.572�05 3.841�05 3.258�05 2.669�05 2.378�05 2.353�05 2.370�05 2.408�05 2.543�05 2.657�053 300 2.731�05 2.300�05 1.957�05 1.611�05 1.450�05 1.442�05 1.458�05 1.487�05 1.577�05 1.649�053 301 3.748�05 3.016�05 2.404�05 1.708�05 1.193�05 1.031�05 9.631�06 9.386�06 9.498�06 9.777�063 302 2.016�04 1.775�04 1.561�04 1.304�04 1.091�04 1.028�04 1.016�04 1.020�04 1.037�04 1.045�043 303 2.757�04 2.618�04 2.529�04 2.490�04 2.583�04 2.725�04 2.866�04 2.986�04 3.173�04 3.257�043 304 1.448�04 1.377�04 1.336�04 1.325�04 1.390�04 1.474�04 1.555�04 1.623�04 1.730�04 1.779�043 305 5.749�05 6.800�05 8.146�05 1.082�04 1.569�04 1.992�04 2.360�04 2.681�04 3.361�04 3.931�043 306 6.088�05 5.304�05 4.518�05 3.394�05 2.112�05 1.431�05 1.029�05 7.713�06 4.250�06 2.616�063 307 5.124�05 4.525�05 3.934�05 3.113�05 2.228�05 1.803�05 1.593�05 1.484�05 1.401�05 1.432�053 308 3.039�05 2.663�05 2.289�05 1.759�05 1.165�05 8.593�06 6.875�06 5.818�06 4.469�06 3.943�063 309 8.231�05 8.984�05 1.004�04 1.231�04 1.680�04 2.087�04 2.449�04 2.770�04 3.462�04 4.048�043 310 1.978�05 2.069�05 2.218�05 2.581�05 3.365�05 4.110�05 4.786�05 5.392�05 6.716�05 7.845�053 311 9.717�05 8.490�05 7.243�05 5.428�05 3.348�05 2.261�05 1.626�05 1.223�05 6.873�06 4.366�063 312 9.018�05 9.537�05 1.017�04 1.134�04 1.327�04 1.478�04 1.596�04 1.688�04 1.845�04 1.951�043 315 7.975�05 6.971�05 5.950�05 4.472�05 2.777�05 1.891�05 1.374�05 1.049�05 6.234�06 4.218�063 320 1.130�08 8.563�09 6.540�09 6.229�09 8.474�09 1.179�08 3.011�08 4.141�08 1.000�07 6.439�083 322 6.081�05 5.455�05 4.827�05 3.940�05 2.977�05 2.518�05 2.275�05 2.137�05 1.985�05 1.941�053 323 3.650�05 3.215�05 2.773�05 2.134�05 1.415�05 1.055�05 8.527�06 7.308�06 5.958�06 5.702�063 324 1.178�05 1.029�05 8.767�06 6.559�06 4.034�06 2.718�06 1.951�06 1.466�06 8.198�07 5.194�073 325 1.371�04 1.368�04 1.375�04 1.413�04 1.517�04 1.623�04 1.716�04 1.793�04 1.931�04 2.028�044 51 4.061�02 4.062�02 4.069�02 4.095�02 4.151�02 4.201�02 4.242�02 4.276�02 4.334�02 4.366�024 52 6.012�03 5.188�03 4.379�03 3.234�03 1.959�03 1.312�03 9.413�04 7.090�04 4.041�04 2.647�044 53 5.965�03 5.299�03 4.703�03 4.001�03 3.490�03 3.406�03 3.459�03 3.561�03 3.866�03 4.161�034 54 2.077�02 2.039�02 2.027�02 2.076�02 2.284�02 2.510�02 2.729�02 2.931�02 3.366�02 3.728�024 55 7.375�02 7.780�02 8.297�02 9.320�02 1.119�01 1.275�01 1.411�01 1.531�01 1.780�01 1.982�014 56 2.599�03 2.217�03 1.897�03 1.579�03 1.428�03 1.440�03 1.490�03 1.547�03 1.668�03 1.755�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 531

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 57 4.843�03 4.373�03 4.032�03 3.804�03 4.001�03 4.346�03 4.705�03 5.013�03 5.550�03 5.888�034 58 9.003�03 8.930�03 9.113�03 9.946�03 1.197�02 1.369�02 1.521�02 1.643�02 1.843�02 1.963�024 59 1.348�02 1.133�02 9.273�03 6.484�03 3.612�03 2.270�03 1.543�03 1.110�03 5.783�04 3.485�044 60 4.314�03 3.421�03 2.622�03 1.648�03 7.890�04 4.452�04 2.784�04 1.869�04 8.385�05 4.475�054 61 7.252�06 7.201�06 7.190�06 7.279�06 7.649�06 8.056�06 8.419�06 8.692�06 9.144�06 9.494�064 62 2.271�04 1.956�04 1.654�04 1.243�04 8.135�05 6.082�05 4.938�05 4.228�05 3.294�05 2.873�054 63 2.405�02 2.470�02 2.540�02 2.654�02 2.806�02 2.902�02 2.968�02 3.014�02 3.085�02 3.122�024 64 1.713�03 1.455�03 1.207�03 8.699�04 5.181�04 3.479�04 2.514�04 1.909�04 1.097�04 7.042�054 65 1.111�04 9.632�05 8.182�05 6.162�05 3.954�05 2.839�05 2.212�05 1.837�05 1.380�05 1.193�054 66 6.161�04 5.549�04 4.965�04 4.208�04 3.544�04 3.363�04 3.387�04 3.500�04 3.937�04 4.416�044 67 8.938�04 8.883�04 9.017�04 9.702�04 1.176�03 1.396�03 1.607�03 1.805�03 2.257�03 2.638�034 68 5.960�03 6.651�03 7.589�03 9.577�03 1.350�02 1.704�02 2.017�02 2.301�02 2.923�02 3.436�024 69 1.269�03 1.202�03 1.150�03 1.115�03 1.176�03 1.297�03 1.435�03 1.574�03 1.909�03 2.207�034 70 1.055�04 9.176�05 7.805�05 5.847�05 3.615�05 2.431�05 1.729�05 1.280�05 6.772�06 3.949�064 71 1.186�04 1.204�04 1.234�04 1.305�04 1.448�04 1.572�04 1.671�04 1.749�04 1.893�04 1.997�044 72 2.918�03 3.262�03 3.722�03 4.678�03 6.537�03 8.194�03 9.659�03 1.098�02 1.387�02 1.625�024 73 4.399�03 4.935�03 5.653�03 7.150�03 1.006�02 1.265�02 1.492�02 1.698�02 2.148�02 2.517�024 74 2.362�03 2.263�03 2.178�03 2.087�03 2.063�03 2.113�03 2.174�03 2.233�03 2.361�03 2.463�034 75 1.614�03 1.409�03 1.204�03 9.098�04 5.829�04 4.163�04 3.213�04 2.621�04 1.843�04 1.485�044 76 1.417�02 1.458�02 1.514�02 1.627�02 1.833�02 2.004�02 2.137�02 2.242�02 2.432�02 2.567�024 77 1.958�03 1.733�03 1.509�03 1.195�03 8.535�04 6.886�04 6.048�04 5.617�04 5.344�04 5.515�044 78 4.801�04 4.315�04 3.835�04 3.164�04 2.459�04 2.136�04 1.968�04 1.874�04 1.782�04 1.767�044 79 1.048�04 8.595�05 6.877�05 4.709�05 2.653�05 1.766�05 1.319�05 1.062�05 7.448�06 6.026�064 80 3.887�04 3.658�04 3.498�04 3.383�04 3.454�04 3.627�04 3.784�04 3.901�04 4.058�04 4.114�044 81 2.012�04 1.808�04 1.642�04 1.466�04 1.363�04 1.371�04 1.399�04 1.427�04 1.464�04 1.470�044 82 3.149�03 2.885�03 2.630�03 2.284�03 1.947�03 1.814�03 1.759�03 1.737�03 1.739�03 1.769�034 83 5.617�04 5.035�04 4.513�04 3.879�04 3.319�04 3.135�04 3.077�04 3.058�04 3.051�04 3.054�044 84 9.345�03 9.599�03 9.944�03 1.064�02 1.193�02 1.302�02 1.385�02 1.451�02 1.571�02 1.658�024 85 7.003�03 7.148�03 7.358�03 7.803�03 8.672�03 9.415�03 1.000�02 1.046�02 1.130�02 1.192�024 86 4.386�03 4.506�03 4.672�03 5.005�03 5.626�03 6.145�03 6.550�03 6.867�03 7.445�03 7.860�034 87 2.522�03 2.227�03 1.977�03 1.695�03 1.486�03 1.446�03 1.449�03 1.459�03 1.476�03 1.483�034 88 1.492�03 1.534�03 1.591�03 1.705�03 1.918�03 2.096�03 2.235�03 2.344�03 2.543�03 2.685�034 89 3.601�03 3.561�03 3.590�03 3.746�03 4.129�03 4.484�03 4.753�03 4.939�03 5.179�03 5.272�034 90 4.823�03 4.783�03 4.842�03 5.080�03 5.616�03 6.105�03 6.473�03 6.726�03 7.052�03 7.185�034 91 3.227�03 2.648�03 2.120�03 1.454�03 8.204�04 5.497�04 4.110�04 3.313�04 2.376�04 2.012�044 92 2.216�03 2.079�03 1.982�03 1.910�03 1.947�03 2.046�03 2.135�03 2.199�03 2.284�03 2.319�034 93 1.626�03 1.586�03 1.578�03 1.621�03 1.758�03 1.896�03 2.004�03 2.078�03 2.173�03 2.211�034 94 4.527�04 3.952�04 3.371�04 2.534�04 1.573�04 1.059�04 7.532�05 5.571�05 2.943�05 1.718�054 95 1.128�03 1.116�03 1.128�03 1.183�03 1.308�03 1.424�03 1.511�03 1.570�03 1.644�03 1.674�034 96 1.512�03 1.274�03 1.061�03 7.984�04 5.688�04 4.833�04 4.447�04 4.242�04 4.013�04 3.929�044 97 5.280�03 4.567�03 3.857�03 2.846�03 1.726�03 1.158�03 8.340�04 6.313�04 3.640�04 2.405�044 98 2.062�03 1.780�03 1.499�03 1.099�03 6.595�04 4.379�04 3.117�04 2.331�04 1.302�04 8.308�054 99 9.662�04 9.025�04 8.490�04 7.997�04 8.149�04 8.811�04 9.593�04 1.048�03 1.283�03 1.495�034 100 3.472�04 3.073�04 2.655�04 2.031�04 1.287�04 8.794�05 6.355�05 4.790�05 2.681�05 1.676�054 101 7.271�04 6.522�04 5.816�04 4.880�04 3.995�04 3.667�04 3.560�04 3.567�04 3.749�04 3.915�044 102 2.352�03 2.090�03 1.837�03 1.492�03 1.139�03 9.854�04 9.147�04 8.865�04 8.877�04 9.062�044 103 1.412�02 1.401�02 1.392�02 1.383�02 1.383�02 1.394�02 1.408�02 1.422�02 1.452�02 1.471�024 104 2.605�03 2.251�03 1.902�03 1.406�03 8.513�04 5.680�04 4.049�04 3.025�04 1.675�04 1.056�044 105 2.381�03 2.087�03 1.820�03 1.489�03 1.221�03 1.147�03 1.139�03 1.156�03 1.233�03 1.320�034 106 7.565�03 7.286�03 7.097�03 7.028�03 7.419�03 7.967�03 8.527�03 9.065�03 1.026�02 1.128�024 107 2.488�02 2.594�02 2.734�02 3.019�02 3.547�02 3.983�02 4.359�02 4.693�02 5.392�02 5.961�024 108 5.832�03 4.915�03 4.033�03 2.832�03 1.587�03 1.002�03 6.845�04 4.942�04 2.589�04 1.580�044 109 1.554�04 1.206�04 9.268�05 6.358�05 4.454�05 4.123�05 4.122�05 4.187�05 4.308�05 4.327�054 110 2.134�04 1.669�04 1.302�04 9.289�05 7.014�05 6.726�05 6.752�05 6.898�05 7.299�05 7.569�054 111 2.795�04 2.270�04 1.869�04 1.495�04 1.344�04 1.389�04 1.434�04 1.491�04 1.628�04 1.730�044 112 2.245�04 1.663�04 1.187�04 6.695�05 2.818�05 1.444�05 8.532�06 5.560�06 2.322�06 1.201�064 113 1.343�03 1.140�03 9.684�04 7.833�04 6.816�04 6.787�04 6.996�04 7.244�04 7.801�04 8.239�044 114 2.470�03 2.207�03 2.007�03 1.846�03 1.903�03 2.061�03 2.227�03 2.376�03 2.650�03 2.815�034 115 4.439�03 4.337�03 4.360�03 4.679�03 5.627�03 6.469�03 7.191�03 7.797�03 8.844�03 9.431�034 116 2.240�03 1.786�03 1.378�03 8.717�04 4.205�04 2.384�04 1.493�04 1.001�04 4.469�05 2.352�054 117 4.737�04 4.515�04 4.373�04 4.366�04 4.866�04 5.610�04 6.378�04 7.143�04 8.919�04 1.036�034 118 2.007�04 1.782�04 1.545�04 1.187�04 7.571�05 5.196�05 3.763�05 2.838�05 1.583�05 9.815�06

532 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 119 1.369�03 1.192�03 1.018�03 7.722�04 4.991�04 3.624�04 2.850�04 2.374�04 1.772�04 1.512�044 120 3.687�04 3.350�04 3.036�04 2.628�04 2.266�04 2.157�04 2.133�04 2.149�04 2.247�04 2.339�044 121 1.096�03 9.739�04 8.576�04 7.005�04 5.438�04 4.783�04 4.479�04 4.347�04 4.316�04 4.387�044 122 6.923�03 6.878�03 6.847�03 6.828�03 6.875�03 6.959�03 7.041�03 7.115�03 7.268�03 7.388�034 123 1.032�03 8.986�04 7.772�04 6.254�04 4.990�04 4.618�04 4.553�04 4.605�04 4.884�04 5.200�044 124 3.244�03 3.108�03 3.011�03 2.955�03 3.092�03 3.315�03 3.548�03 3.771�03 4.258�03 4.656�034 125 1.044�02 1.086�02 1.143�02 1.258�02 1.476�02 1.660�02 1.819�02 1.959�02 2.246�02 2.471�024 126 9.070�06 6.792�06 4.935�06 3.048�06 1.945�06 2.148�06 1.992�06 1.544�06 2.001�07 4.732�074 127 1.126�05 8.546�06 6.303�06 3.989�06 2.508�06 2.420�06 2.494�06 2.392�06 1.915�06 2.285�064 128 2.220�05 1.654�05 1.192�05 6.886�06 3.411�06 2.570�06 2.286�06 2.043�06 1.523�06 1.742�064 129 2.515�05 1.982�05 1.564�05 1.130�05 8.854�06 9.124�06 1.032�05 1.086�05 1.097�05 1.254�054 130 2.712�03 2.287�03 1.878�03 1.321�03 7.414�04 4.687�04 3.202�04 2.312�04 1.208�04 7.348�054 131 1.279�04 1.019�04 8.087�05 5.857�05 4.391�05 4.135�05 4.153�05 4.230�05 4.142�05 3.653�054 132 1.853�04 1.526�04 1.275�04 1.039�04 9.389�05 9.608�05 9.912�05 1.016�04 1.038�04 1.018�044 133 2.595�04 2.008�04 1.509�04 9.372�05 4.776�05 3.109�05 2.363�05 1.976�05 1.541�05 1.355�054 134 3.316�04 2.933�04 2.672�04 2.511�04 2.652�04 2.876�04 3.033�04 3.137�04 3.270�04 3.318�044 135 6.538�04 5.552�04 4.710�04 3.767�04 3.213�04 3.186�04 3.288�04 3.413�04 3.698�04 3.920�044 136 1.239�03 1.110�03 1.010�03 9.249�04 9.396�04 1.012�03 1.090�03 1.165�03 1.313�03 1.409�034 137 2.254�03 2.206�03 2.217�03 2.366�03 2.809�03 3.208�03 3.555�03 3.860�03 4.436�03 4.788�034 138 1.257�03 1.014�03 7.922�04 5.127�04 2.565�04 1.499�04 9.654�05 6.640�05 3.127�05 1.729�054 139 5.179�06 4.815�06 4.470�06 4.033�06 3.665�06 3.567�06 3.544�06 3.557�06 3.676�06 3.832�064 140 1.345�04 1.163�04 9.854�05 7.373�05 4.676�05 3.338�05 2.575�05 2.099�05 1.484�05 1.211�054 141 8.032�03 8.234�03 8.461�03 8.834�03 9.347�03 9.683�03 9.923�03 1.010�02 1.040�02 1.056�024 142 2.050�05 1.780�05 1.523�05 1.180�05 8.455�06 7.085�06 6.501�06 6.301�06 6.346�06 6.540�064 143 7.172�04 6.074�04 5.024�04 3.606�04 2.133�04 1.425�04 1.026�04 7.783�05 4.482�05 2.880�054 144 1.512�04 1.386�04 1.277�04 1.161�04 1.125�04 1.189�04 1.285�04 1.391�04 1.672�04 1.947�044 145 8.046�05 7.172�05 6.305�05 5.086�05 3.742�05 3.054�05 2.683�05 2.474�05 2.297�05 2.357�054 146 3.833�05 3.348�05 2.859�05 2.155�05 1.344�05 9.093�06 6.503�06 4.840�06 2.593�06 1.526�064 147 1.313�05 1.304�05 1.305�05 1.330�05 1.416�05 1.513�05 1.600�05 1.680�05 1.787�05 1.811�054 148 2.236�03 2.443�03 2.739�03 3.383�03 4.673�03 5.839�03 6.874�03 7.799�03 9.832�03 1.157�024 149 6.082�04 5.287�04 4.494�04 3.367�04 2.091�04 1.418�04 1.024�04 7.743�05 4.394�05 2.833�054 150 3.141�04 2.868�04 2.600�04 2.232�04 1.858�04 1.702�04 1.634�04 1.606�04 1.596�04 1.612�044 151 1.237�04 1.110�04 9.834�05 8.054�05 6.142�05 5.260�05 4.829�05 4.621�05 4.516�05 4.605�054 152 1.887�03 2.075�03 2.336�03 2.890�03 3.985�03 4.968�03 5.840�03 6.617�03 8.302�03 9.723�034 153 1.318�03 1.449�03 1.626�03 1.998�03 2.719�03 3.354�03 3.915�03 4.415�03 5.503�03 6.437�034 154 8.671�05 7.750�05 6.832�05 5.533�05 4.120�05 3.441�05 3.073�05 2.851�05 2.586�05 2.500�054 155 2.901�06 2.440�06 2.065�06 1.656�06 1.359�06 1.267�06 1.248�06 1.231�06 1.259�06 1.390�064 156 1.279�05 1.240�05 1.214�05 1.201�05 1.245�05 1.315�05 1.377�05 1.430�05 1.496�05 1.581�054 157 1.604�06 1.293�06 1.049�06 7.906�07 6.300�07 6.023�07 5.897�07 5.757�07 6.243�07 6.962�074 158 1.901�06 1.593�06 1.365�06 1.174�06 1.100�06 1.106�06 1.129�06 1.133�06 1.226�06 1.328�064 159 1.656�05 1.365�05 1.098�05 7.597�06 4.446�06 3.187�06 2.607�06 2.326�06 2.132�06 2.134�064 160 5.031�04 4.551�04 4.093�04 3.498�04 2.977�04 2.845�04 2.874�04 2.973�04 3.331�04 3.715�044 161 4.460�05 4.185�05 3.985�05 3.835�05 3.940�05 4.248�05 4.593�05 4.914�05 5.539�05 5.926�054 162 3.377�05 2.964�05 2.603�05 2.179�05 1.835�05 1.743�05 1.732�05 1.744�05 1.790�05 1.818�054 163 7.176�04 6.365�04 5.564�04 4.448�04 3.249�04 2.681�04 2.401�04 2.262�04 2.189�04 2.272�044 164 4.531�03 4.589�03 4.686�03 4.917�03 5.396�03 5.828�03 6.186�03 6.472�03 6.990�03 7.364�034 165 1.618�03 1.443�03 1.268�03 1.020�03 7.489�04 6.175�04 5.468�04 5.055�04 4.577�04 4.421�044 166 3.502�03 3.548�03 3.626�03 3.809�03 4.186�03 4.526�03 4.806�03 5.027�03 5.425�03 5.714�034 167 2.454�03 2.466�03 2.499�03 2.593�03 2.812�03 3.022�03 3.199�03 3.342�03 3.605�03 3.798�034 168 1.500�03 1.516�03 1.544�03 1.617�03 1.770�03 1.910�03 2.028�03 2.122�03 2.293�03 2.417�034 169 4.989�04 5.038�04 5.129�04 5.364�04 5.866�04 6.327�04 6.714�04 7.028�04 7.598�04 8.009�044 170 1.478�04 1.184�04 9.419�05 6.705�05 4.783�05 4.187�05 3.971�05 3.917�05 4.004�05 4.083�054 171 1.722�04 1.445�04 1.228�04 1.014�04 9.100�05 9.010�05 9.110�05 9.310�05 9.879�05 1.020�044 172 1.094�04 9.017�05 7.473�05 5.847�05 4.897�05 4.702�05 4.695�05 4.774�05 5.044�05 5.218�054 173 1.469�04 1.215�04 1.011�04 7.947�05 6.692�05 6.508�05 6.560�05 6.710�05 7.108�05 7.395�054 174 1.267�03 1.108�03 9.669�04 8.002�04 6.612�04 6.175�04 6.058�04 6.040�04 6.066�04 6.077�044 175 1.867�04 1.463�04 1.121�04 7.199�05 4.066�05 2.977�05 2.504�05 2.288�05 2.141�05 2.132�054 176 2.027�04 1.728�04 1.498�04 1.283�04 1.213�04 1.229�04 1.255�04 1.291�04 1.388�04 1.449�044 177 1.717�03 1.674�03 1.665�03 1.708�03 1.849�03 1.994�03 2.114�03 2.203�03 2.331�03 2.385�034 178 7.405�05 6.302�05 5.436�05 4.604�05 4.300�05 4.343�05 4.447�05 4.585�05 4.957�05 5.218�054 179 1.131�04 9.064�05 7.193�05 5.063�05 3.529�05 3.086�05 2.938�05 2.910�05 2.999�05 3.115�054 180 1.259�03 1.176�03 1.115�03 1.065�03 1.071�03 1.120�03 1.169�03 1.208�03 1.266�03 1.290�03

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 533

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 181 2.163�03 2.122�03 2.124�03 2.204�03 2.411�03 2.610�03 2.771�03 2.890�03 3.057�03 3.125�034 182 2.093�04 1.815�04 1.538�04 1.146�04 7.024�05 4.694�05 3.323�05 2.452�05 1.291�05 7.529�064 183 8.984�04 8.611�04 8.416�04 8.449�04 8.965�04 9.578�04 1.011�03 1.051�03 1.107�03 1.130�034 184 1.619�03 1.344�03 1.088�03 7.594�04 4.395�04 2.974�04 2.241�04 1.818�04 1.308�04 1.099�044 185 5.680�04 5.556�04 5.553�04 5.761�04 6.321�04 6.852�04 7.279�04 7.592�04 8.021�04 8.194�044 186 2.286�03 1.993�03 1.698�03 1.272�03 7.890�04 5.395�04 3.956�04 3.053�04 1.863�04 1.310�044 187 8.264�04 7.009�04 5.870�04 4.450�04 3.169�04 2.684�04 2.464�04 2.350�04 2.228�04 2.180�044 188 9.735�04 8.465�04 7.186�04 5.344�04 3.267�04 2.200�04 1.583�04 1.196�04 6.866�05 4.516�054 189 1.904�04 1.762�04 1.636�04 1.497�04 1.449�04 1.536�04 1.658�04 1.792�04 2.127�04 2.419�044 190 7.788�05 6.900�05 5.968�05 4.571�05 2.901�05 1.986�05 1.437�05 1.084�05 6.085�06 3.808�064 191 1.475�04 1.316�04 1.165�04 9.641�05 7.714�05 6.968�05 6.655�05 6.565�05 6.724�05 6.954�054 192 4.798�04 4.247�04 3.714�04 2.983�04 2.229�04 1.893�04 1.724�04 1.640�04 1.590�04 1.601�044 193 2.504�03 2.471�03 2.441�03 2.410�03 2.398�03 2.412�03 2.430�03 2.449�03 2.499�03 2.540�034 194 5.515�04 4.763�04 4.023�04 2.976�04 1.805�04 1.208�04 8.646�05 6.498�05 3.677�05 2.386�054 195 4.245�04 3.691�04 3.182�04 2.542�04 1.996�04 1.826�04 1.785�04 1.794�04 1.886�04 1.999�044 196 1.274�03 1.211�03 1.162�03 1.123�03 1.151�03 1.221�03 1.298�03 1.372�03 1.537�03 1.674�034 197 3.942�03 4.074�03 4.258�03 4.643�03 5.387�03 6.029�03 6.580�03 7.060�03 8.043�03 8.825�034 202 1.119�03 9.452�04 7.772�04 5.478�04 3.088�04 1.960�04 1.345�04 9.751�05 5.166�05 3.204�054 203 4.605�06 3.391�06 2.419�06 1.422�06 7.243�07 6.379�07 5.976�07 5.187�07 6.957�07 1.331�064 204 6.426�06 4.756�06 3.421�06 2.058�06 1.142�06 9.693�07 9.240�07 8.524�07 9.228�07 1.482�064 205 7.094�06 5.157�06 3.553�06 1.826�06 6.336�07 2.760�07 1.367�07 7.465�08 2.325�08 1.046�084 206 8.822�06 6.620�06 4.896�06 3.132�06 2.058�06 1.828�06 1.823�06 1.775�06 1.670�06 2.246�064 207 2.666�04 2.257�04 1.905�04 1.509�04 1.263�04 1.244�04 1.280�04 1.327�04 1.436�04 1.519�044 208 4.956�04 4.411�04 3.977�04 3.587�04 3.582�04 3.842�04 4.138�04 4.424�04 4.992�04 5.349�044 209 8.760�04 8.501�04 8.473�04 8.944�04 1.054�03 1.205�03 1.338�03 1.456�03 1.677�03 1.809�034 210 5.228�05 4.124�05 3.230�05 2.276�05 1.637�05 1.501�05 1.504�05 1.516�05 1.535�05 1.601�054 211 7.889�05 6.327�05 5.081�05 3.815�05 3.104�05 3.035�05 3.094�05 3.152�05 3.260�05 3.383�054 212 1.071�04 9.019�05 7.774�05 6.765�05 6.762�05 7.220�05 7.603�05 7.884�05 8.339�05 8.664�054 213 8.152�05 6.160�05 4.495�05 2.628�05 1.160�05 6.265�06 3.874�06 2.624�06 1.259�06 7.857�074 214 4.838�04 3.891�04 3.028�04 1.945�04 9.594�05 5.541�05 3.532�05 2.410�05 1.123�05 6.206�064 215 1.462�07 1.308�07 1.148�07 9.173�08 6.952�08 6.664�08 7.194�08 7.666�08 8.034�08 7.982�084 216 9.339�06 8.099�06 6.871�06 5.122�06 3.161�06 2.166�06 1.599�06 1.241�06 7.576�07 5.255�074 217 1.713�06 1.493�06 1.281�06 9.984�07 7.228�07 6.061�07 5.488�07 5.173�07 5.095�07 5.182�074 218 3.635�03 3.724�03 3.825�03 3.993�03 4.230�03 4.388�03 4.500�03 4.584�03 4.719�03 4.796�034 219 6.726�06 6.260�06 5.820�06 5.228�06 4.617�06 4.369�06 4.335�06 4.390�06 4.589�06 4.748�064 220 1.949�05 1.749�05 1.565�05 1.335�05 1.149�05 1.115�05 1.145�05 1.200�05 1.366�05 1.529�054 221 3.996�04 3.388�04 2.807�04 2.019�04 1.197�04 8.007�05 5.765�05 4.364�05 2.490�05 1.575�054 222 6.935�06 6.056�06 5.173�06 3.905�06 2.444�06 1.658�06 1.189�06 8.879�07 4.795�07 2.842�074 223 3.301�06 3.297�06 3.315�06 3.387�06 3.589�06 3.789�06 3.954�06 4.094�06 4.325�06 4.473�064 224 4.190�05 4.235�05 4.294�05 4.413�05 4.657�05 4.901�05 5.108�05 5.280�05 5.619�05 5.904�054 225 3.052�05 2.741�05 2.429�05 1.988�05 1.512�05 1.286�05 1.167�05 1.099�05 1.022�05 9.948�064 230 9.806�06 8.698�06 7.578�06 5.959�06 4.112�06 3.157�06 2.609�06 2.267�06 1.835�06 1.662�064 231 3.227�04 2.805�04 2.384�04 1.784�04 1.105�04 7.475�05 5.379�05 4.049�05 2.281�05 1.470�054 232 1.121�03 1.221�03 1.363�03 1.670�03 2.276�03 2.826�03 3.317�03 3.754�03 4.696�03 5.484�034 235 5.321�07 4.448�07 3.695�07 2.836�07 2.151�07 2.104�07 2.318�07 2.559�07 3.126�07 3.736�074 236 7.622�07 6.658�07 5.828�07 4.979�07 4.567�07 4.856�07 5.346�07 6.222�07 9.640�07 1.432�064 237 1.049�06 9.263�07 8.227�07 7.208�07 7.248�07 8.186�07 9.281�07 1.015�06 1.391�06 1.849�064 238 6.122�04 6.584�04 7.255�04 8.740�04 1.174�03 1.448�03 1.693�03 1.912�03 2.385�03 2.783�034 239 1.300�05 1.296�05 1.330�05 1.483�05 1.941�05 2.434�05 2.882�05 3.305�05 4.324�05 5.278�054 240 6.119�04 6.687�04 7.473�04 9.138�04 1.236�03 1.526�03 1.784�03 2.013�03 2.506�03 2.918�034 241 2.259�06 1.889�06 1.548�06 1.119�06 7.187�07 5.510�07 4.721�07 4.221�07 4.352�07 5.152�074 242 3.136�04 3.415�04 3.810�04 4.672�04 6.394�04 7.961�04 9.355�04 1.060�03 1.329�03 1.558�034 243 6.090�04 5.466�04 4.862�04 4.054�04 3.276�04 2.994�04 2.925�04 2.954�04 3.206�04 3.537�044 244 1.855�03 1.866�03 1.892�03 1.966�03 2.137�03 2.300�03 2.438�03 2.549�03 2.748�03 2.887�034 245 7.239�04 6.411�04 5.577�04 4.382�04 3.045�04 2.375�04 2.001�04 1.774�04 1.494�04 1.381�044 246 1.479�03 1.486�03 1.506�03 1.565�03 1.700�03 1.829�03 1.938�03 2.027�03 2.184�03 2.296�034 247 1.060�03 1.060�03 1.069�03 1.101�03 1.185�03 1.270�03 1.343�03 1.403�03 1.510�03 1.587�034 248 1.287�04 1.118�04 9.491�05 7.089�05 4.362�05 2.924�05 2.076�05 1.536�05 8.125�06 4.753�064 249 6.444�04 6.472�04 6.551�04 6.797�04 7.377�04 7.933�04 8.408�04 8.791�04 9.475�04 9.957�044 250 2.148�04 2.156�04 2.182�04 2.263�04 2.455�04 2.640�04 2.798�04 2.926�04 3.153�04 3.313�044 251 6.178�06 4.331�06 2.975�06 1.715�06 9.642�07 8.408�07 7.883�07 7.380�07 6.558�07 6.679�07

534 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 252 7.174�06 5.194�06 3.709�06 2.340�06 1.558�06 1.541�06 1.599�06 1.601�06 1.527�06 1.527�064 253 4.877�06 3.475�06 2.436�06 1.469�06 9.191�07 8.855�07 9.147�07 9.151�07 8.853�07 8.811�074 254 6.003�06 4.246�06 2.942�06 1.756�06 1.101�06 1.039�06 1.047�06 1.040�06 1.096�06 1.127�064 255 7.536�06 5.165�06 3.440�06 1.850�06 8.639�07 6.283�07 5.218�07 4.450�07 3.304�07 2.908�074 256 8.415�06 6.141�06 4.423�06 2.820�06 1.975�06 2.152�06 2.385�06 2.422�06 2.147�06 1.935�064 257 3.700�06 2.676�06 1.903�06 1.192�06 8.259�07 9.278�07 1.068�06 1.099�06 9.373�07 7.557�074 258 4.846�06 3.343�06 2.243�06 1.239�06 6.476�07 5.506�07 5.445�07 5.284�07 4.766�07 4.086�074 259 1.007�04 8.093�05 6.448�05 4.585�05 3.244�05 2.825�05 2.661�05 2.607�05 2.632�05 2.675�054 260 1.159�04 9.742�05 8.280�05 6.822�05 6.122�05 6.077�05 6.131�05 6.239�05 6.594�05 6.859�054 261 7.332�05 6.051�05 5.012�05 3.908�05 3.257�05 3.111�05 3.078�05 3.101�05 3.256�05 3.391�054 262 9.648�05 7.941�05 6.550�05 5.053�05 4.106�05 3.890�05 3.837�05 3.866�05 4.084�05 4.299�054 263 1.137�03 9.942�04 8.497�04 6.410�04 4.039�04 2.812�04 2.104�04 1.661�04 1.079�04 8.117�054 264 6.001�04 5.224�04 4.529�04 3.685�04 2.955�04 2.696�04 2.610�04 2.586�04 2.583�04 2.586�044 265 1.391�04 1.188�04 1.030�04 8.845�05 8.405�05 8.515�05 8.633�05 8.804�05 9.370�05 9.792�054 266 1.310�04 1.031�04 7.935�05 5.122�05 2.874�05 2.076�05 1.713�05 1.537�05 1.391�05 1.348�054 267 7.955�04 7.710�04 7.621�04 7.752�04 8.319�04 8.925�04 9.456�04 9.877�04 1.052�03 1.080�034 268 4.772�04 4.156�04 3.534�04 2.636�04 1.619�04 1.095�04 7.920�05 6.014�05 3.503�05 2.344�054 269 4.923�05 4.196�05 3.627�05 3.089�05 2.916�05 2.937�05 2.966�05 3.021�05 3.227�05 3.388�054 270 8.713�05 7.055�05 5.635�05 3.952�05 2.587�05 2.086�05 1.845�05 1.727�05 1.662�05 1.681�054 271 5.985�04 5.579�04 5.277�04 5.021�04 5.015�04 5.215�04 5.439�04 5.632�04 5.939�04 6.075�044 272 1.012�03 9.867�04 9.818�04 1.011�03 1.098�03 1.183�03 1.257�03 1.316�03 1.404�03 1.442�034 273 4.272�04 4.053�04 3.919�04 3.869�04 4.033�04 4.267�04 4.494�04 4.681�04 4.967�04 5.089�044 274 8.021�04 6.681�04 5.425�04 3.796�04 2.197�04 1.477�04 1.105�04 8.899�05 6.307�05 5.236�054 275 2.614�04 2.541�04 2.526�04 2.599�04 2.831�04 3.054�04 3.251�04 3.407�04 3.639�04 3.737�044 276 4.056�04 3.454�04 2.905�04 2.215�04 1.583�04 1.341�04 1.233�04 1.181�04 1.132�04 1.112�044 277 5.949�08 6.019�08 6.111�08 6.293�08 7.141�08 8.280�08 9.095�08 9.642�08 1.078�07 1.192�074 278 1.597�06 1.411�06 1.224�06 9.505�07 6.417�07 4.892�07 4.016�07 3.461�07 2.781�07 2.557�074 279 2.441�07 2.164�07 1.896�07 1.544�07 1.216�07 1.080�07 1.021�07 1.003�07 1.023�07 9.725�084 280 6.668�07 6.417�07 6.197�07 5.874�07 5.561�07 5.507�07 5.549�07 5.595�07 5.667�07 5.743�074 281 1.249�06 1.069�06 8.927�07 6.502�07 3.926�07 2.671�07 1.981�07 1.566�07 1.049�07 7.726�084 282 4.738�07 4.125�07 3.520�07 2.663�07 1.679�07 1.147�07 8.290�08 6.251�08 3.467�08 2.099�084 283 1.395�03 1.429�03 1.467�03 1.531�03 1.623�03 1.684�03 1.727�03 1.759�03 1.813�03 1.843�034 284 2.059�05 2.108�05 2.164�05 2.259�05 2.400�05 2.499�05 2.570�05 2.624�05 2.719�05 2.781�054 285 1.794�04 1.522�04 1.262�04 9.084�05 5.390�05 3.604�05 2.594�05 1.962�05 1.117�05 7.042�064 290 1.098�04 1.127�04 1.159�04 1.214�04 1.297�04 1.360�04 1.405�04 1.440�04 1.506�04 1.556�044 291 8.164�07 7.166�07 6.191�07 4.842�07 3.447�07 2.796�07 2.434�07 2.229�07 2.092�07 1.984�074 292 1.974�06 1.695�06 1.425�06 1.053�06 6.558�07 4.602�07 3.499�07 2.818�07 1.912�07 1.463�074 295 5.986�09 6.253�09 6.833�09 8.398�09 1.128�08 1.227�08 1.370�08 1.419�08 1.588�08 2.505�084 296 6.463�09 7.113�09 9.605�09 2.172�08 4.777�08 5.704�08 6.109�08 7.295�08 8.637�08 2.743�084 297 1.728�07 1.613�07 1.521�07 1.449�07 1.562�07 1.732�07 1.886�07 2.013�07 2.194�07 2.438�074 300 1.078�07 8.977�08 7.299�08 5.287�08 3.577�08 3.611�08 3.930�08 4.547�08 4.837�08 5.114�084 301 1.076�07 8.998�08 7.463�08 6.013�08 5.033�08 6.396�08 8.493�08 1.191�07 1.918�07 2.399�074 302 4.323�06 4.611�06 4.976�06 5.648�06 6.772�06 7.738�06 8.574�06 9.215�06 1.027�05 1.108�054 303 2.021�07 1.668�07 1.355�07 9.911�08 7.204�08 6.658�08 6.864�08 7.257�08 7.872�08 8.721�084 304 2.855�06 2.566�06 2.290�06 1.926�06 1.592�06 1.485�06 1.466�06 1.477�06 1.542�06 1.631�064 305 1.414�04 1.231�04 1.050�04 7.917�05 5.021�05 3.511�05 2.641�05 2.103�05 1.427�05 1.151�054 306 4.844�04 5.259�04 5.849�04 7.137�04 9.686�04 1.201�03 1.409�03 1.593�03 1.986�03 2.320�034 307 3.807�04 4.086�04 4.494�04 5.406�04 7.253�04 8.954�04 1.047�03 1.183�03 1.475�03 1.723�034 308 2.588�04 2.818�04 3.138�04 3.824�04 5.161�04 6.372�04 7.451�04 8.403�04 1.043�03 1.215�034 309 2.916�04 2.646�04 2.391�04 2.068�04 1.803�04 1.756�04 1.796�04 1.873�04 2.125�04 2.392�044 310 6.455�05 5.617�05 4.776�05 3.575�05 2.207�05 1.483�05 1.055�05 7.813�06 4.146�06 2.433�064 311 7.194�04 7.206�04 7.274�04 7.516�04 8.122�04 8.715�04 9.227�04 9.644�04 1.039�03 1.092�034 312 2.926�04 2.591�04 2.252�04 1.765�04 1.218�04 9.422�05 7.872�05 6.928�05 5.755�05 5.272�054 315 5.816�04 5.818�04 5.865�04 6.048�04 6.519�04 6.987�04 7.394�04 7.727�04 8.325�04 8.748�044 322 4.224�04 4.209�04 4.225�04 4.329�04 4.634�04 4.952�04 5.231�04 5.461�04 5.878�04 6.178�044 323 2.576�04 2.578�04 2.600�04 2.684�04 2.898�04 3.109�04 3.291�04 3.440�04 3.708�04 3.896�044 324 8.615�05 8.622�05 8.695�05 8.976�05 9.696�05 1.041�04 1.101�04 1.151�04 1.241�04 1.304�044 325 4.937�04 4.328�04 3.710�04 2.817�04 1.801�04 1.275�04 9.723�05 7.828�05 5.351�05 4.224�054 326 4.349�06 3.069�06 2.121�06 1.231�06 6.848�07 5.765�07 5.502�07 5.348�07 4.787�07 4.306�074 327 5.020�06 3.660�06 2.629�06 1.674�06 1.118�06 1.075�06 1.109�06 1.130�06 1.102�06 1.063�06

(continued on next page)

G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536 535

Table 9 (continued)

i j Collision strength XScattered electron energy (eV)

10 50 100 200 400 600 800 1000 1500 2000

4 328 3.433�06 2.462�06 1.739�06 1.061�06 6.639�07 6.135�07 6.180�07 6.228�07 6.203�07 6.185�074 329 4.224�06 3.006�06 2.093�06 1.254�06 7.603�07 6.790�07 6.725�07 6.797�07 6.797�07 6.286�074 330 5.383�06 3.716�06 2.491�06 1.347�06 6.150�07 4.118�07 3.337�07 2.898�07 2.298�07 2.235�074 331 5.923�06 4.356�06 3.163�06 2.050�06 1.422�06 1.403�06 1.478�06 1.505�06 1.535�06 1.718�064 332 2.045�04 1.784�04 1.519�04 1.136�04 7.009�05 4.764�05 3.465�05 2.648�05 1.572�05 1.076�054 333 2.600�06 1.895�06 1.360�06 8.681�07 5.938�07 5.842�07 6.150�07 6.249�07 6.660�07 8.043�074 334 3.456�06 2.402�06 1.620�06 9.015�07 4.577�07 3.478�07 3.147�07 2.999�07 3.038�07 3.391�074 335 2.466�04 2.146�04 1.858�04 1.505�04 1.196�04 1.082�04 1.042�04 1.030�04 1.027�04 1.027�044 336 3.227�04 3.119�04 3.074�04 3.114�04 3.330�04 3.563�04 3.774�04 3.945�04 4.210�04 4.330�044 337 4.682�05 3.774�05 3.014�05 2.150�05 1.519�05 1.324�05 1.248�05 1.221�05 1.235�05 1.272�054 338 5.359�05 4.509�05 3.835�05 3.157�05 2.827�05 2.811�05 2.841�05 2.893�05 3.058�05 3.196�054 339 3.406�05 2.814�05 2.331�05 1.815�05 1.504�05 1.436�05 1.422�05 1.433�05 1.501�05 1.563�054 340 4.447�05 3.650�05 2.997�05 2.285�05 1.817�05 1.703�05 1.671�05 1.677�05 1.753�05 1.826�054 341 2.460�04 2.288�04 2.159�04 2.046�04 2.033�04 2.107�04 2.195�04 2.273�04 2.401�04 2.458�044 342 4.122�04 4.008�04 3.976�04 4.075�04 4.410�04 4.741�04 5.038�04 5.278�04 5.646�04 5.809�044 343 1.757�04 1.658�04 1.594�04 1.558�04 1.609�04 1.692�04 1.779�04 1.853�04 1.969�04 2.020�044 344 6.183�05 4.879�05 3.762�05 2.434�05 1.355�05 9.693�06 7.937�06 7.063�06 6.345�06 6.250�064 345 6.477�05 5.536�05 4.804�05 4.122�05 3.908�05 3.967�05 4.034�05 4.122�05 4.388�05 4.602�054 346 2.285�05 1.950�05 1.687�05 1.438�05 1.356�05 1.369�05 1.387�05 1.417�05 1.510�05 1.584�054 347 3.516�05 2.811�05 2.219�05 1.535�05 1.011�05 8.394�06 7.656�06 7.358�06 7.339�06 7.535�064 348 3.370�04 2.813�04 2.288�04 1.603�04 9.260�05 6.196�05 4.601�05 3.675�05 2.552�05 2.084�054 349 1.068�04 1.035�04 1.026�04 1.051�04 1.140�04 1.228�04 1.308�04 1.372�04 1.469�04 1.511�044 350 1.710�04 1.461�04 1.233�04 9.453�05 6.811�05 5.794�05 5.351�05 5.141�05 4.946�05 4.870�05

536 G. Liang et al. / Atomic Data and Nuclear Data Tables 93 (2007) 375–536