Electric dipole, electric quadrupole, and magnetic dipole transition probabilities of Na-like ions, 56 ≤ Z ≤ 92

ATOMIC DATA AND NUCLEAR DATA TABLES 47, 177-203 (199 1)

ELECIRIC DIPOLE, ELECIWC QUADRUPOLE, AND MAGNETIC DIPOLE

TRANSITION PROBABILITIES OF NA-LIKE IONS, 56 < 2 < 92

D. H. BAIK, Y. G. OHR, K. S. KIM, and J. M. LEE

Korea Atomic Energy Research Institute Taejon 302-353, Korea

and

P. INDELICATO and Y.-K. KIM

National Institute of Standards and Technology Gaithersburg, Maryland 20899

Electric dipole, electric quadrupole, and magnetic dipole transition probabilities among states with principal quantum numbers n = 3 and 4 have been calculated using Dirac-Fock single-con@uration wave functions for Na-like ions Ba45’ through U 8’t For the theoretical energies, the Breit interaction . and the Lamb-shift corrections were calculated perturbatively. Radiative lifetimes were obtained from the calculated transition probabilities. c 1991 Academic F-ITS, IIK.

0092-640X/9 1 $3.00 Copyright 0 1991 by Academic Press, Inc. All rights of reproduction in any form reserved. 177 Atomic Data and Nuclear Data Tables, Vol. 47, NO. 2. March 1991

D. H. BAIK et al. Transition Probabilities of Na-like Ions

CONTENTS

INTRODUCTION . . . . . . . . . . . . . . . . . . . . .._ . . . . . . . . . . . . 178

EXPLANATION OF TABLES . . . .

TABLES I. Ground-State Total Energies of Na-like Ions .

II. Theoretical Excitation Energies of Na-like Ions III. El Transition Probabilities of Na-like Ions . . IV. E2 Transition Probabilities of Na-like Ions . V. Ml Transition Probabilities of Na-like Ions . . .

VI. Radiative Lifetimes of Na-like Ions . . . . _ _ . . VII. Comparison of Present Work with Others . .

. .

. .

. 181

. . 183

. . 184 186

. . 193 . 198

, . 202 203

Spectroscopic data, such as excitation energies, transition probabilities, and oscillator strengths, for highly charged ions are needed in laser spectroscopy, astrophys- ics, plasma physics, and other technological applications. Experimental studies of highly charged ions are being car- ried out using high temperature plasmas, vacuum sparks, exploding wires, high power lasers, and ion traps such as EBIT.

To provide theoretical data to help future experi- ments and to identify areas for further high-precision studies, we have calculated transition energies and probabilities for electric dipole (El), electric quadrupole (E2), and magnetic dipole (M 1) transitions of Na-like ions Ba45+ through Us’+ using relativistic wave functions. All possible El, E2, and Ml transitions among states with principal quantum numbers n = 3 and 4 are included: There are 26 El, 26 E2, and 20 Ml transitions. For the present study, we have used a revised version’ of Desclaux’s Mul- ticonfiguration Dirac-Fock (MCDF) computer program’ to obtain wave functions and energies. We used single- configuration Dirac-Fock wave functions in this work.

The electronic configurations of the Na-like ions are of the type ls22s22p6 + one valence electron. From theoretical studies of light elements in the Na isoelectronic sequence, it is known that thefvalues for El transitions could be too large by 5-10% primarily due to correlation effects in the Ne-like core, known as the core polarization.3-5 The core polarization becomes less important as the net charge of an ion increases. Fully relaxed self-con- sistent-field (SCF) calculations with finite-size nucleus (as opposed to point nucleus) have been performed for the theoretical energies. The Breit interaction and the Lamb- shift corrections are included perturbatively. The Breit

interaction includes frequency-dependent retardation, which is important for describing the fine structure inter- vals.6 The MCDF computer code we have used in this study includes estimates of the Lamb-shift corrections for all bound electrons. In order to estimate self-energy contributions, Mohr’s values for the 2s and 2p electrons7 are extrapolated by scaling them by (2/?~)~ for the ns and np electrons with n > 2, and the results for the 3d, 4d, and 4f electrons of the hydrogen atom’ are used, scaled by Z4a5 (without introducing any further Z dependence). Vacuum-polarization corrections for all electrons were calculated using the Uehling potential’ with the Dirac- Fock orbitals. We have adopted self-energy corrections with the bare nuclear charge because experimental transition energies for lighter Na-like ions agreed better with the bare nuclear charge values than any other estimates of the self-energy corrections.

The ground-state total energies, which consist of contributions from the Dirac eigenvalues, Coulomb interaction, the Breit operator, and the Lamb shift, of Ba45’ through U8’+ are listed in Table I. A direct comparison of the total energies based on different theoretical models will be meaningful only if the models use the same nuclear parameters since the Dirac eigenvalues are sensitive to the choice of such parameters. Calculated excitation energies are listed in Table II.

In calculating transition matrix elements, the use of relaxed or frozen core orbitals does not affect strong transitions such as E 1 transitions, but weak or forbidden transitions may be substantially altered when nonorthog- onal orbit& are used without also including the large number of matrix elements which vanish only for strictly orthogonal orbitals. Since we used formulas for the matrix

INTRODUCIlON

178 Atomic Data and Nuclear Data Tables, Vol. 47. No. 2. Marsh 1991


elements appropriate for orthogonal orbit& (as is the case for the majority of published data), we calculated the upper-state orbitals in the field of frozen-core orbitals of the ground state to ensure their orthogonality. For transition energies, however, relaxed orbitals produce more reliable results,” and we calculated transition energies using fully relaxed orbitals for the upper and lower states.

The definition of multipole line strengths is consis- tent with that of Sobel’man’ * in the nonrelativistic limit. The relationships between the line strength S (in atomic units), the oscillator strength A and the transition probability A are given by

g’A = (8?r2ha/mX2).gf= (6.6703 X 10’*/X2).gf; (1)

gf = (4amc&3AX).SEl = (303.76/X)*&,, (2)

g’A = (32?rs~ca,$/15X5) ‘SE2

= (1.11995 x lo’yx5)-&2, (3)

and

g’A = (&r3h2cx/3m2cX3).SMI

= (2.69735 X 1O’3/X3) = SM,, (4)

where X is the transition wavelength (in A); g’ and g are the degeneracies of the upper and lower states, respectively; A is the transition probability (in s-l); f is the oscillator strength (dimensionless); and SE,, SE2, and S,, are the electric dipole (in hz&), electric quadrupole (in e’&), and magnetic dipole [in (&‘I line strengths, respectively. Note that Sobel’man’s definition of SE2 is different from that used in the NBS compilation of transition probabilities (Ref. 12 and references therein):

SE2 (Sobel’man) = (3/2) * SET (Ref. 12). (5)

The conversion constants in Eqs. (l)-(4) were derived from the fundamental constants in Ref. 13.

Multipole moments depend on the gauge associated with the electromagnetic field. We used the length gauge14 because past experience indicated that the length gauge results often were more reliable.15-17 Calculated transition probabilities are listed in Tables III-V together with the oscillator strengths and line strengths. Radiative lifetimes were calculated from the transition probabilities. Although E2 and Ml transitions are included in the calculation of the lifetimes, their effects are found to be less than 0.1%. Calculated values of lifetimes are listed in Table VI.

After our work was completed, we learned that Seely et al.‘* have extrapolated observed transition wavelengths of Na-like ions (Z < 64) to heavier ions using Dirac-Fock values as guidelines. We compare some of their extrapolated values with ours in Table VII. We also compare ourf values for E 1 transitions with other theoretical values for highly charged Na-like ions, some of which include core-polarization corrections.5s’9*20 The main difference

179

between our transition wavelengths and those in Refs. 18-20 is in estimating the Lamb-shift contribution. No Lamb shift was included in Ref. 19, while no computa- tional details are known for the Dirac:Fock data in Ref. 20. The Dirac-Fock values used in Ref. 18 to guide ex- trapolation of experimental data-mostly for Z < 54- included approximate screening corrections for the self energy, which dominates the Lamb shift. Theodosiou and Curtis5 used a potential that contained a semiempirical core-polarization term determined from experimental energy levels of light Na-like ions. Our choice of using self energy based on the bare nucleus to avoid empirical parameters is likely to overestimate the self-energy contribution (which is positive) to the 3s level; hence our transition wavelengths involving the 3s level are likely to be too long, in particular for very heavy elements (Z > 80). For instance, our best estimates of the 3~~,~-3p,,2 and 3s,,2-3~3,~ transition wavelengths of U8’+ that include correlation corrections2’ and screening corrections to the self energy are 54.3 16 and 9.499 A, respectively. We expect our transition wavelengths to be accurate to 0.5% or better except for those for the 3~,,~-3p~,2 tGinSitiOnS in very heavy elements, which are likely to be too long by as much as 1%.

The close agreement between our f values for E 1 transitions and those of Theodosiou and Curtis5 indicates that for highly charged Na-like ions, the core polarization does not affect f values in any significant manner. Our transition probabilities for El transitions are likely to be reliable to 5% or better. Transition probabilities for E2 and Ml transitions are likely to be less reliable. No experimental data are available for these transitions for direct comparison.

Acknowledgments

The authors are greatly indebted to Dr. J. P. Des- claux for helping them with the computer codes for wave functions and to Dr. J. F. Seely for an advance copy of their results. The work performed by one of us (Y.-K.K.) was supported in part by the Office of Fusion Energy, U.S. Department of Energy. The work done at KAERI was supported in part by the Ministry of Science and Technology of Korea (Grant KAERI-RR-990/90).

References

1. Y.-K. Kim, J. Sugar, V. Kaufman, and M. A. Ali, J. Opt. Sot. Am. B 5,2225 (1988)

2. J. P. Desclaux, Comput. Phys. Commun. 9,3 1 (1975)

3. C. Froese Fischer, Can. J. Phys. 54, 1465 ( 1976)

4. C. Barrientos, I. Martin, and J. Mazon, J. Chim. Phys. 84, 715 (1987)

Atomic Data and Nuclear Data T&es. Vol. 47, No. 2, Mard-11991


5. C. E. Theodosiou and L. J. Curtis, Phys. Rev. A 38, 4435 (1988)

6. J. Hata and I. P. Grant, J. Phys. B 17, L499 (1984)

7. P. J. Mohr, Phys. Rev. A 26,2388 (1982)

8. S. Klarsfeld and A. Maquet, Phys. Lett. B 43, 201 (1973)

14. I. P. Grant, J. Phys. B 7, 1458 (1974)

15. K. T. Cheng and W. R. Johnson, Phys. Rev. A 15, 1326 (1977)

16. K. T. Cheng and W. R. Johnson, Phys. Rev. A 16, 263 (1977)

9. E. A. Uehling, Phys. Rev. 48, 55 ( 1935)

10. J. Migdalek and M. Stanek, Phys. Rev. A 41,2869 (1990)

17. I. P. Grant and A. F. Starace, J. Phys. B 8,1999 (1975)

18. J. F. Seely, C. M. Brown, U. Feldman, J. 0. Ekberg, C. J. Keane, B. J. MacGowan, D. R. Kania, and W.E.Behring, ATOMICDATA AND NUCLEARDATA TABLES (in press)

11. I. I. Sobel’man, Introduction to the Theory ofAtomic Spectra (Pergamon, Oxford, 1972) Sect. 32

12. J. R. Fuhr, G. A. Martin, and W. L. Wiese, J. Phys. Chem. Ref. Data 17, Suppl. 4 (1988)

19. Y.-K. Kim and K. T. Cheng, J. Opt. Sot. Am. 68, 836 (1978)

20. V. A. Zilitis, Opt. Spectrosc. (USSR) 59, 3 (1985)

13. E. R. Cohen and B. N. Taylor, Rev. Mod. Phys. 59, 2 1. W. R. Johnson, S. A. Blundell, and J. Sapirstein, Phys. 1121 (1987) Rev. A 38,2699 (1988)

180 Atomic Data and Nuclear Data Tat&s, Vol. 47. No. 2. March 1991


EXPLANATION OF TABLES

The energies in Table I are given in atomic units (I a.u. = 2 19,474.63 cm-‘). Energies listed in Tables I-VI include the reduced mass correction. Conversion between eV and cm-’ should use the ratioI

1 eV = 8065.5410 cm-‘.

States are labeled by nL(J) (principal, orbital, and total angular momentum) quantum numbers. Spin angular momentum quantum numbers are omitted because all states are doublets, e.g., 3P( l/2) = 3p *Plj2.

FORTRAN notation is used to denote powers of 10 in Tables III-VI, e.g.,

4.0963E-02 = 4.0963 X lo-*.

TABLE I. Ground-State Total Energies (in a.u.) of Na-like Ions

Z Atomic number Ion Ion symbol Total Sum of DF + Coulomb, Breit, and Lamb for the 3s 2S,,2

ground state DF + Coulomb Single-configuration Dirac-Fock results (Dirac-Fock

+ Coulomb repulsion) Breit Contribution from the frequency-dependent Breit interac-

tion Lamb Contribution from the Lamb shift

TABLE II. Theoreticaf Excitation Energies (in cm-‘) of Na-like Ions

Z Atomic number Ion Ion symbol DF Single-configuration Dirac-Fock results (Dirac-Fock

+ Coulomb repulsion) Breit Contribution from the frequency-dependent Breit interac-

tion Lamb Contribution from the Lamb shift Total Sum of DF, Breit, and Lamb

Note that the total energies of excited levels can be obtained by com- bining the data in Table I with those in this table.

TABLE III. El Transition Probabilities of Na-like Ions

The lower level is on the left of the notation for each transition.

Energy Transition energy in eV S Electric dipole line strength in atomic units (1 au.

= e’a$ f Absorption oscillator strength (dimensionless) A Emission probability in s-’

TABLE IV. E2 Transition Probabilities of Na-like Ions


Energy S

A

Transition energy in eV Electric quadrupole line strength in atomic units (1 au.

= e2a$) Emission probability in s-’

181 Atomic Data and Nudear Data Tebles. Vol. 47, No. 2. Mar.3 1991


EXPLANATION OF TABLES continued

TABLE V. Ml Transition Probabilities of Na-like Ions


Energy Transition energy in eV S Magnetic dipole line strength in atomic units (1 a.u. = (&*) A Emission probability in s-’

TABLE VI. Radiative Lifetimes (in s) of Na-like Ions

TABLE VII. Comparison of Present Work with Others

182 Atomk Data and Nudear Data Tables, Vol. 47, No. 2, March 199’


TABLE I. Ground-State Total Energies (in a.u.) of Na-like Ions See page 18 1 for Explanation of Tables

=========================================== Z Ion Total DF+Coulomb Breit Lamb

_____________-__________________________------------------ 56 Ba 45+ -6145.91553 -6155.36802 5.24670 4.20578 57 La 46+ -6386.17106 -6396.19257 5.55390 4.46761 58 Ce 47+ -6631.62201 -6642.23664 5.87347 4.74116 59 Pr 48+ -6882.31808 -6893.55059 6.20572 5.02679 60 Nd 49+ -7138.31085 -7150.18673 6.55097 5.32490 61 Pm 50+ -7399.64545 -7412.19091 6.90952 5.63594 62 Sm 51+ -7666.38426 -7679.62624 7.28172 5.96026 63 Eu 52+ -7938.59388 -7952.56005 7.66793 6.29823 64 Gd 53+ -8216.31531 -8231.03412 8.06845 6.65036 65 Tb 54+ -8499.63052 -8515.13122 8.48370 7.01700 66 Dy 55+ -8788.58077 -8804.89343 8.91396 7.39869 67 Ho 56i -9083.25651 -9100.41202 9.35970 7.79581 68 Er 57+ -9383.71559 -9401.74569 9.82124 8.20886 69 Tm 58+ -9690.02057 -9708.95796 10.29898 8.63841 70 Yb 59+ -10002.24344 -10022.12169 10.79329 9.08496 71 Lu 6Oi -10320.48785 -10341.34154 11.30470 9.54899 72 Hf 61+ -10644.80194 -10666.66040 11.83349 10.02498 73 Ta 62+ -10975.29856 -10998.20370 12.38026 10.52488 74 W 63i -11312.03552 -11336.02476 12.94535 11.04389 75 Re 64+ -11655.11432 -116&0.22610 13.52928 11.58250 76 OS 65+ -12004.61117 -12030.88503 14.13246 12.14141 77 Ir 66+ -12360.67024 -12388.14671 14.75557 12.72090 78 Pt 67+ -12723.35441 -12752.07523 15.39901 13.32180 79 Au 68+ -13092.77589 -13122.78390 16.06335 13.94467 80 Hg 69+ -13469.01075 -13500.35011 16.74901 14.59036 81 Tl 70+ -13852.22298 -13884.93899 17.45677 15.25924 82 Pb 71+ -14242.51243 -14276.65154 18.18717 15.95194 83 Bi iY+ -14640.02830 -14675.63807 18.94094 16.66883 84 PO 73+ -15044.83066 -15081.96016 19.71847 17.41104 85 At 74+ -15457.11133 -15495.81059 20.52066 18.17860 86 Rn 75+ -15876.99137 -15917.31168 21.34815 18.97216 87 Fr 76+ -16304.62166 -16346.61540 22.20171 19.79202 88 Ra 77+ -16740.12630 -16783.84703 23.08199 20.63874 89 AC 78+ -17183.74509 -17229.24678 23.99013 21.51156 90 Th 7% -17635.53359 -17682.87156 24.92652 22.41145 91 Pa 80+ -18095.79064 -18145.01972 25.89256 23.33658 92 U 81+ -18564.56928 -18615.74517 26.88864 24.28724

==========================================================

183 Atcmic Data and Nudear Oata Tables, Vol. 47, NO. 2. Match 1991


TABLE II. Theoretical Excitation Energies (in cm-‘) of Na-like Ions See page 18 1 for Explanation of Tables

___________________-____________________--------------------.-----------------------------------------------------------

3P(l/2) 3P(3/2) 3D(3/2) 2 IOIl ________-_____---________________ _________________________________ ____________________--------------

DF Breit Lamb Total DF Breit Lamb Total DF Breit ___--_______-___________________________---------------------------------------------------------------

: ;;g’: -21115 -22394 -23728 -25120

:g;g

-29661 -31302 -33011 -34788

:zE;

:g -u7a9

1684604

Z% 1978124 2086482

zlt:;

%E 2719053 2865778 3020033

%5:z 3531173 3718981

tE%

t:%i

%E 5320475

x5:

i%E 6837400

EE 7932601

E:E 9190832 9650226

10131484 10635036

-11 -16873 1667719

42 -17931 1759427 -19038 1856007 -20195 1957697

-330 -21405 2064746 -443 -22671 2177384 -572 -23993 2295903

:z; -25373 2420614 -26816 2551743

:gg -28321 2689664 -29892 2834612

-1502 -31531 2986999

z; -33242 3147126 -35026 3315318

1;;;; -36887 3491935 -38828 3677459

1;;;; -40853 3872153 -42964 4076588

2761033 -4184 2878006 -4429 2999996 -4688 2z4': -4960

E%i

1;;;;:

-5869

%Et 1;;;:

4016014

z:;;;: :g -7750

44%;~; 1%;; %% -9675 -9153

g;:;; :;g:; 5865781 -11429 6119564 -12083 6384564 -12775

g;;gt 1;;;;

7252680 -15107 7568017 -15977 7897447 -16899 8241521 -17877 8600994 -18914 8976273 -20012 9368304 -21177 9777756 -22412

10205426 -23722 10652011 -25112 11118701 -26587 11605925 -28152 12115141 -29814 12646780 -31577

919965

;E: 989113

1012756

EE .__-.

21123 1085461 22334 1110364 23595 ;W; 24909

26277 1123880 1148888 1174195

::Ez 1252306

5%‘: 30721 32323 33987 35717

..-. -47028

__. :g; 37515 -54269 39382 -56865

41321 43335 :;g;; :% -68253 -65249

49850 52189 : 52%

-3931 -45165 4291073 -LL?J -471X0 4516106 ._- ._. - . -4958 -49854 4752097 -55ci -52349 4999721

:6$1;; -54950 5259349 -57663 5531547

-7608 -60494 5816747

1;;: -63449 6115732 -66531 6429044

-10226 -69746 6757427 -11240 -73104 7101276 -12333 -76607 7461523 -13510 -80265 7838825 -14776 -84085 8233966

.-. .- 1467184 ii47360

1476766

1;%2 1567393 1598368

m': 1693381 1725872

GE:

__.-. ._.- 54617 -77937 -89081 8867180

-93479 9253647 -98072 9657271

-102868 10078835 -107878 10519021 -113109 10979004 -118578 11459194 -124290 11961036 -130267 12484935

62465

%% 71240 74388

-81402

:f%

:g': -100701 -104987

..- -16136 -88078 8647627

1754229

:~~E: 1856397

-17598 -92247 9080986 -19166 -96611 9534448 -20849 -101170 10009464

77658 -109453 ii24622 -22651 -105947 10506437 ____________________-----------------~---------------------------------------------. 3D(5/2) 4S(l/2)

2 Ion _______-_______-_________________ ____-______-________---------------

._- __________________________________ 4P(l/2) ____________________--------------

Ba 45+ La 46+

2952707

~2oEz 3372694

zz 3852971

%;z 4402375 4602498

%Ei 5259483

xi%2 6010136

I%%! 6867344 7179088

z%:;

%%t 8960075

i%i% 10229980 10691214

: KE 12200233

i ZS%A;: 13917072 14540018

.--___----

-18595 -19802

: ;;g:

:fZt -26771

1;;;;; -31795 -33627 -35543

:33%

:;g;

-46505 -49001

:;;g

-57174 -60143 -63242

3% -73391

1 %E

1;;;;;

:;;:;o'

-102911 -107914 -113148 -118617 -124343

,_---_- -.

2922678 3054539

E% 3487350 3644996

%E

%:%E 4548443 4754697 4970368

2;:~~

5m 6204841

?7%304 7087520 7408634 7744089 8094525

ii%:

%%

1 %i:: 1'1023406 11518877 12036005 12576054 13139523 13727947 14341829

.____- --___

13400286 13985017 14584079 15197646

EE 17127197 17800668 18489603 19194259 19914BlB 20651564 21404718 22174516 22961219 23765153 24586525 25425719 26282969 27158620 28052969 28966465 29899387 30852125 31824996 32818522 33833084 34869187 35927130 37007533 38110859 39237632 40388341

44x;: 43990587 45243281

_---- _-__-.

-11034 -11757 -12514 -13306 -14135 -15000 -15904 -16847 -17832 -18859 -19929 -21045

:;g

:@

:z%

:;y;;;

-33392 -35054 -36782

1;;;;;

-42382

:;g;g

:%s; -53276

1'5;;;;

-60889 -63627

:zzz .--_A__

-10967 13378285 -11680 13961580 -12428 14559136 -13212 15171126 -14035 15797730 -14896 16439116 - 15799 17095493 -16744 17767076

14346912

13753011

14955240

-6071

:gg 15578173 -7313 ; y;;;

Z% 17536424 18219684 :9827: 18918508 -9793 19633183 -10357 20363863 -10947 21110867 -11561

: :;yy; -21385

1;;:;;

-25556 - 27076 -. _. - -28664 -30324

1;;;;;

:3:325: -39780 -41924 -LLlSQ

13728032 14320328 14926974 15548146 16184027 16834775 17500612 18181766 18878391 19590768 20319049 21063550 21824478 22602055 23396535 24208284 25037452 25884480 26749552 27633027 28535174 29456508 30397248 31357791 32338398 33339658 34361919 35405714 36471233

zzz 39804069 40961977 42144536 43351877 44585096 45844298

Ce 47+ Pr LB+

Sm 51+ EG: 555: Tb 54+ Dy 55+ Ho 56+

:; z+ Yb 59: Lu 60+ Hf 61+ -. Ta 62+ U 63+ Re 64+

$ g+' Pt 67+ Au 68+

:9 :;=

EP 3:: PO 73+

:: g: Fr 76+ Ra 77+

:: ;:: Pa 80+ U 81+

-17733 18454038 -18767 19156632 -19850 19875038 -20981 20609536 -22164 21360345 -23401 22127696 -24693 22911845 -26043 23713118 -27453 24531714 -28926 25368013 -30463 26222248 -32069 27094756 -33745 27985831 -35494 28895916 -37320 29825284 -39226 30774321 -41216 31743336 -43293 32732846 -45462 33743224 -47725 34774969 -50087 35828375 -52553 36904051 -55128 38002454 -57815 39124099 -60622 40269465 -63552 41439308 -66415 42633946 -69813 43854298 -73159 45100687

-. .__-. ._-. 21874407 -12203 22654707 -12871 23452029 -13569 24266740 -14295 25098995 -15053 25949239 -15842

._. -46489 -48917

:;;g -56829

12;s; -65766

:g;;:

zf: -83310 -87264 -91382 -95671

26817664 27704631 28610416 29535539

X% 32429761 33435477 34462379 35511005 36581555 37674728 p7;87;z

41094589 42283310 43497073 44736981 46003158

:1% -18413

::;go

1;:;;: -23457 -24594 -25779 -27011 -28295 -29632 -31024

:~~~~ -35556 -37796

._.--. -114688 -119956 -38903

__. ________________________________________-------------

184 Atomic Data and Nuclear Data Tat%% Vol. 47. NO. 2. March 199


TABLE II. Theoretical Excitation Energies (in cm-‘) of Na-like Ions See page 18 1 for Explanation of Tables

-______________--------------------------------------------------------------------------------------------------------- 4PW2) 4DW2) fW5/2) z Ion ____-_____________---------------- -----------_----L-_--------------- ----------------_-_-______________

DF Breit Lamb Total DF Breit Lamb Total DF Breit Lamb Total _______________---_-----------------------------------------------------------------------------------------------------

14091546 14714459

-11005 -117&a

15353720 16009605

EE 18079834 18805156

-12528 -13346 -14205

:;g': -17040

: ;g;; -20299 -21488

:ftE -25394 -26816 -28302 -29856

:;;g

-34945 -36795

1;;;;;

:44x -47344 -49742 -52244

-18127 14062413 -19289 14683421 -20507 15320684 -21784 15974473 -23121 16645070 -24521 17332735 -25985 18037797 -27518 18760597 -29120 19501401 -30796 20260615 -32547 21038512 -34377 21835542 -36288 22652044 -38285 23488382 -40371 24344959 -42548 25222293 -44823 26120693 -47196 27040768 -49673 27982875 -52259 28947554 -54958 29935262 -577i3 30946715 -60711 31982335 -63778 33042735 -66979 34128398 -70322 35240153 -73812 36378593 -77453 37544513 -81256 38738362 -85226 39961125 -89372 41213517 -93702 42496368 -98227 43810423

-102952 45156911 -107895 46536304 -113059 47950100 -118467 49398775

y9g; -13015 -13860

y57;g -14744 -15669

17127758 -16636 17827146 -17647 18544072 -18703 19278879 -19805 20031842 -20956 20803366 -22158 21593736 -23411 22403401 -24718 23232712 -26080 24082035 -27500 24951780 -28979 25842472 -30520

fO54;;? -32125 -33797 28644338 -35537 29623205 -37349

-19192 14467305 -20442 15097429 -21753 15743828 -23129 16406774 -24571 17086550 -26082 17783416 -27666 18497702 -29324 19229750 -31059 19979825 -32875 20748332 -34775 21535549 -36762 22341921

14582300 -15690 15221752 -16712 15878049 -17782 16551486 -18901

-18845 14547764 -20069 15184969 -21354 15838912 -22702 16509882 -24114 17198183

19548600 20310574 21091360 21891408 22711066 23550702 24410725 25291659 26193819 27117821 28064027 29032988

-25595 17904098 -27145 18627977 -28769 19370183 -30468 20131008

-38839 23167792 -41010 24013524 -43280 24879520 -45651 25766300

30025165 31041284 32081774 33147257 j4238228 35355525 36499750 37671709 388718-63 40101209 41360476 42650506 43972060 45326380 46713960

30625328 -39235 31651430 -41198

;;;U;;i -43241 -45368

-48129 26674172 -50717 27603747 -53420 28555379 -56242 29529612 -59190 30526902 -62266 31547965 -65478 32593224 -68831 33663291

17242370 -20072 17950988 -21295 18677695 -22572 19422859 -23906 20186775 -25298 20969874 -26750 21772464 -28264 22595020 -29842 23437915 -31487 24301544 -33201 ;;;;;z; -34985

-36844 27021444 -38778 27972736 -40791 28947128 -42886 29945198 -45065

34878564 -47580 -72333 34758650 36006004 -49882 -75990 35880131 37160413 -52278 -79809 37028326 38342597 -54771 -83794 38204031 39553018 -57365 -87956 39407695 40792671 -60065 -92302 40640303 42062286 -62875 -96840 41902570 43362707 -65800 -101579 43195326 44694694 -68845 -106531 44519318 46059490 -72015 -111701 45875772 47457587 -75315 -117108 47265162 48890496 -78753 -122756 48688985 50358719 -82333 -128667 50147718

j5310959 -57338

30967442 -4733i 32014614 -49688 33087176 -52140 34185782 -54689

-32246 ?09iO8??' -34107 21710093 -36052 22529124 -38086 23368341 -40213 24228130 -42435 25108921 -44757 26011259 -47184 26935482 -49718 27882226 -52365 28851876 -55130 29845003 -58017 30862093 -61031 31903894 -64177 32970858 -67463 34063630

36463580 -60092 37644280 -62956 38853901 -65933 40092940 -69026 41362428 -72242 42663132 -75584 43995932 -79058 45361629 -82669 46761502 -86424 48196085 -90327 49666928 -94386 51174576 -98605

-74479 36329008 -70894 35182726

-78222 37503102 -82128 38705839 -86210 39937703 -90471 41199714 -94922 42492625 -99571 43817302

-104430 45174529 -109504 46565573 .116871 ~79909~6 .-. .._. ._

48136310 -120356 49452185 49593932 -126161 50949810 --------_----___-_-_____________________--------------------------------------------------------------------------------

4F(5/2) 4F(7/2) 2 Ion _-___-______--_-__---------------- __-_-_-____-_-____________________

DF Breit Lamb Total DF Breit Lamb Total -_______________________________________-------------------------------------------

56 Ba 45+ 14798692 -17568 57 La 46+ 15443258 -18716 58 Ce 47+ 16104652 -19918 59 Pr 48+ 16783166 -21174 60 Wd 49+ 17479107 -22488 61 Pm 50+ 18192763 -23859 62 Sm 51+ 18924487 -25292 63 Eu 52+ 19674646 -26786 64 Gd 53+ 20443534 -28345 65 Tb 54+ 21231583 -29971 6-5 Dv 55+ 22039099 -31665

-19124 14761999 -20369 15404172 -21675 16063058 -23046 16738945 -24482 17432137 -25987 18142915 -27564 18871630 -29216 19618643 -30944 20384243 -32753 21168858 -34645 21972788 -36624 22796501 -38693 23640365 -40856 24504768 -43116 25390137 -45478 26297017 -47947 27225744 -50524 28176954 -53217 29151031 -56028 30148545 -58965 31169981 -62029 32216083 -65229 33287305 -68570 34384290 -72059 35507554 -75703 36657956 -79507 37836122 -83478 39042880 -87627 40278715 -91957 41544644 -96480 42841418

-101203 44169904 -106139 45530883 -111293 46925620 -116683 48354627 -122314 49819438 -128207 51320572

14833386 -17971 15481081 -19147 16145810 -20377

-18951 14796464 -20183 15441750 -21476 16103956

16827878 -21664 -22832 16783381 17527598 -23009 -24253 17480335 18245269 -24413 -25743 18195112 18981253 -25879 -it304 18928089 19735927 -27409 -28937 19679580 20509596 -29004 -30648 20449943 21302702 -30667 -32438 21239597 22115561 -32400 -34310 22048850 22948659 -34205 -36268 22878185 67 fib 56+ 22866556 -33430

68 Er 57+ 23714327 -35268 69 Tm 58+ 24582806 -37182 70 Yb 59+ 25472428 -39173 71 Lu 60+ 26383742 -41246 72 Hf 61+ 27317093 -43401 73 Ta 62+ 28273123 -45643 74 W 63+ 29252223 -47974

23802379 -36084

27432253 -44396

51914182 -111560

28395947 -46686

24677127 -38041

29383090 -49066 30394273 -51539

25573348 -40076

31430003 -54109 32491044 -56778 33577873 -59551

26491605 -42194

34691157 -62431 ;;8&$;; -65421

-68526 38196276 -71749 39422344 -75096 40678306 -78569 41965208 -82174 43283829 -85917 44635065 -89802 46019731 -93834 47439120 -98020 48893782 -102365 50385283 -106877

-47472 27340384

-126944 51675677

-38315 23727978

-50023 28299237 -52687 29281336

-40456 24598630

-55470 30287263 -58376 31317517

-42693 25490578

-61409 32372856 -64576 33453745

-45030 26404380

-67882 34560842 -71336 35694676 -74943 36856121 -78710 38045817 -82641 39264606 -86748 40512988 -91037 41791996 -95515 43102396

-100193 44445070 -105082 45820815 -110187 47230912 -115526 48675890 -121105 50157300

-.-_---- . 75 Re &?+ 30254971 -50397 76 OS 65+ 31281861 -52915 77 Ir 66+ 32333645 -55532 78 Pt 67+ 33410786 -58251 79 Au 68+ 34513936 -61075 80 Hg 69+ 35643622 -64009 81 Tl 70+ 36800715 -67055 82 Pb 71+ 37985850 -70219 83 Bi 72+ 39199866 -73506 84 PO fi+ 40443260 -76918 85 At 74+ 41717062 -80461 86 Rn 75+ 43022039 -84140 87 Fr 76+ 44359068 -87960 88 Ra 77+ 45728948 -91926 89 AC 78+ 47132959 -96045 90 Th 79+ La571633 -100322 .-_. .--- .__--- 91 Pa 80+ 50046518 -104765 92 U 81+ 51558159 -109378

185 Atwnic Data and Nuclear Data Tables, Vol. 47, No. 2. March 1991

D. I-I. BAIK et al. Transition Probabilities of Na-like Ions

TABLE III. E 1 Transition Probabilities of Na-like Ions See page 18 1 for Explanation of Tables

- - - - -e-_-e

E-ww .-_---___.

104.9835 107.6671 110.3807 113.1250

yp76;

155:2668

12335 165:3418 168.8023 172.3078

1%% 183:0963 186.7914 190.5474

3%1/2) ._e-m---.--m.

S .___.__ ----__

4.0963E-02 3.9193E-02 3.7526E-02 3.5955E-02 3.4472E-02 3.3070E-02 3.1745E-02 3.0489E-02 2.9300E-02 2.8171E-02 2.7099E-02 2.6080E-02 2.5111E-02 2.4189E-02 2.3310E-02 2.2471E-02 2.1671E-02 2.0907E-02 2.0177E-02 1.9479E-02 1.8811E-02 1.8171E-02 1.7558E-02 ; m;-;g

1:5864E:02 1.5344E-02 1.4844E-02 1.4363E-02 1.3901E-02 1.3455E-02 1.3027E-02 1.2613E-02 1.2215E-02 l.l830E-02 l.l460E-02 l.TlOlE-02

/ -- 3P(1/2) __-__--_____

f __-__--___-_

5.2679E-02 5.1692E-02 5.0741E-02 4.9825E-02 4.8942E-02 y&-"0:

4:6470&02 y;m&-;;

4:4236E-02 4.3539E-02 4.2863E-02 4.2207E-02 4.1569E-02 4.0952E-02 4.0349~-02 3.9765E-02 3.9196E-02 3.8642E-02 3.80WE-02 3.7574E-02 3.7060E-02 3.6557E-02 3.6063E-02 3.5582~-02 3.5109E-02 3.4648E-02 3.4192E-02 3.3745E-02 3.3305E-02 3.2870E-02 3.2440E-02 3.2018E-02 3.1596E-02 3.1181E-02 3.0764E-02

__----___- A

_____--___-. 2.5194E+lO 2.6001E+lO ;.~68~f;g0

2:8527E+lO 2.9403E+lO 3.0298E+lO 3.1215E+lO 3.2150E+lO 3.3108E+lO 3.4085E+lO 3.5087E+lO 3.6114E+lO 3.7161E+lO 3.8229E+lO 3.9329E+lO 4.0447E+lO 4.159&+10 4.2772E+lO 4.3973E+lO 4.5195E+10 4.6457E+lO 4.7744E+lO 4.9060E+lO 5.0392E+lO 5.1760E+lO 5.3155E+lO 5.4588E+lO 5.6031E+lO 5.7505E+lO 5.9002E+lO 6.0521E+lO 6.2049E+lO 6.3614E+lO 6.5167E+lO 6-6756E+lO 6.8318E+lO

300.1191

4Ez 45519485

797.1023 837.8168

E -% 971:8933

E%': 1125:9019 1182.1242 1241.0189 1302.6357

3S(l/2) ____________

S _______--_-_

8.5674E-02 ;.;;m7;-;;

7:5606E:02 7.2622E-02 6.9802E-02 6.7133E-02 6.4605E-02 6.2208E-02 S.W33E-02 5.7771E-02 5.5716E-02 5.3759E-02 5.1896E-02 5.0119E-02

4.1006E-02 3.9706E-02 3.8459E-02 3.7262E-02 3.6113E-02 3.5008E-02 3.3946E-02 3.2924E-02 y4~~-llf

3:0078E:02 2.9196E-02 2.8346E-02 y575;~-;;

2:5963E:02 2.5221E-02 __________________-----------------------------------------------------,

3P(1/2) -- 30(3/2) 2 Ion ----_--_______--_--------------------------- ------__--, _-

Energy s f A Energy _-_-___.__________-----------------------------------------------------. _-

1.7340E-01 1.7426E-01 1.7529E-01

362.6611 380.6818 399.5917 419.4322 440.2461

6.0385E-02 5.7817E-02 5.5406E-02 5.3139E-02 5.1004E-02 4.8WlE-02 4.7092E-02 4.5297E-02 4.35WE-02 y~m~-g

3:9023E:02 3.7650E-02 3.6345E-02 3.5103E-02 3.3921E-02 3.2794E-02 3.1719E-02 3.0694E-02 2.9714E-02 2.8777E-02 2.7880E-02 2.7022E-02 2.6200E-02 2.5412E-02 2.4655E-02 2.3929E-02 2.3232E-02 2.2561E-02 2.1917E-02 2.1296E-02 2.0698E-02 2.0122E-02 1.9567E-02 1.9031E-02 1.8514E-02 1.8015E-02

1.7646E-01 1.7779E-01 1.7926E-01 1.8087E-01 1.8263E-01 1.8452E-01 1.8655E-01 1.8871E-01 1.9101E-01 1.9344E-01 1.9600E-01 1.9870E-01 2.0152E-01 2.0447E-01 y575~~1'

2:1411~-01

174.7141 177.7973 p9;;

.

588.2289 617.2291 647.6225

822.7916 862.97% 905.0609 949.1365 995.2937

1043.6292 1094.2429 1147.2454 1202.7428 1260.86k1 1321.7139

p?W?;+;;

2:5366E=ll 2.8135E+ll 3.1233E+ll 3.46WE+ll 3.8579E+ll 4.2922E*ll 4.7785E+ll 5.3232E+ll 5.9335E+11 6.6172E+ll 7.3834E+ll 8.2421E+ll 9.2045E+ll l.O283E+12 l.l493E+12 1.2849E+12 1.4369E+12 1.6073E+l2 ;.;%4&+;;

2:2529E=12 2.5222E+12 2.8242E+12 3.1628E+12 3.5425E+12 3.9681E+12 4.4454E+12 4.9804E+12 5.5803E+12 6.2528E+12 7.0069E+12 7.8523E+12 8.8002E+12 9.8630E+12 l.l055E+13

- _. 2.1758E-01 2.2118E-01 2.2492E-01 2.2878E-01 2.3278E-01 2.3691~-01 2.4118E-01 2.4559E-01 2.5013E-01 2.5482E-01 2.5964~-01 2.6461E-01 2.6972E-01 2.7498E-01 2.8039E-01 2.8595E-01 2.9167E-01

187.1145 190.2434

Ez12 1w:7009 202.8773 206.0662 209.2672 212.4807 215.7065

tx489 225:4592 228.7352

_-___-___- 3P(3/2)

_--------- S

--_---m--s

.lWOE-02

.1476E-02

.OW4E-02

.0541E-02

.0114E-02

.7114E-03

.3318E-03

.9733E-03

.6343E-03

.3134E-03 moo;~-o"cl

.4473E:03 .1872E-03 .93WE-03 .7046E-03 .4804E-03 .2667E-03 .0629E-03

.4542E-03

.3274E-03 a5~~4;

.9758E-03

.8674E-03

.7629E-03

.6623E-03

.5653E-03

-- 3P(3/2) -_---___e_--

f -------_---_

2.1700E-01 2.1943E-01 2.2203E-01 2.2480E-01 2.2774E-01 2.3083E-01 pCl~~-Cl;

2:4109E:Ol 2.4483E-01 2.487X-01 2.5276E-01 2.5696E-01 2.6131E-01 2.6581E-01 2.7046E-01 2.7526E-01 2.8021E-01 2.8531E-01 2.9056E-01 2.9595E-01 3.0150E-01 3.0720E-01 3.1305E-01 3.1903E-01 3.2517E-01 3.3146E-01 3.3790E-01 3.4448E-01 3.5121E-01 3.5809E-01 3.6512E-01 3.7229E-01 3.7961E-01 3.8708E-01 3.9469E-01 4.0245E-01 ___-________ -- 30(3/2)

e---e__.____ f

------w-_-m-

mE8i 9:3280E:03 9.1345E-03 8.9487E-03 8.7700E-03 8.5981E-03 tp2g-;;

8:1195E:03 7.9712E-03 7.8280E-03 7&96E-03 7.5558E-03 7.4264E-03 7.3012E-03 7.1799E-03 7.0624E-03 6.9484E-03 6.8379E-03

6.2380E-03 6.1473E-03 6.0591E-03 5.9731E-03 5.8893E-03 5.8076E-03 5.7279E-03 5,6501E-03 5.5742E-03 pg~-;Cl

5:3567&03

_---_----_

A __--------_

2.0129E+ll 2.2655E+ll 2.5509E+ll 2.8734E+ll y323,';;;

4:1154E+ll 4.6415E+ll 5.2356E+ll 5.9070E+ll 6.6651E+ll 7.5213E+ll 8.4881E+ll 9.5790E+ll l.O810E+12 1.21WE+12 1.3764E+12 1.5531E+12 1.7521E+12 1.9764E+12 2.2290E+12 2.5136E+12 2.8340E+12 3.1946E+12 3.6001E+12 4.0562E+12 4.5692E+12 ;.;;M&+;;

6:5214E=12 7.3386E+12 8.2559E+12 9.2851E+12 l.O441E+13 l.l736E+13 1.3189E+13 1.4816E+13

___-__-___

A __-_-_-_-_-

7.4342E+09 7.6003E+09 7.7672E+09 7.9349E+o9 ;. m34;

8:4429E=09 8.6140E+09 8.7859E+09 8.9587E+O9 9.1324E+09 9.3071E+09 9.4826E+09 9.6592E+09 9.8366E+09 l.OOlSE+lO 1.0194Et10 1.0375E+10 l.O556E+lO l.O739E+lO l.O922E+lO l.l106E+lO l.l292E+lO l.l478E+lO l.l665E+10 l.l854E+lO 1.2043E+lO 1.2233E+lO 1.2425E+lO 1.2617E+lO 1.2810E+10 1.3004E+10 1.31WE+10 1.3394E+10 i .;mlE;;;

1:3987E+lo

186 Atomic Data and Nuckmr Data Tabies. Vol. 47, No. 2. March ,991


TABLE III. El Transition Probabilities of Na-like Ions See page 18 1 for Explanation of Tables

z Ion

__e__-m-w-0

;!: :,” $1 58 Ce 47+ 59 Pr 4a+ 60 Nd 49+ 61 Pm 50+

25 E:: ;: 64 Gd 53:

91 Pa ao+ 92 U al+ ____________________--------------------------------------------------------------------------------------

3P(3/2) -- 4S(1/2) 3S(1/2) -- 4P(1/2) z Ion ____________________------------------------ ________-__________-------------------------

Energy S f A Energy s f A --_- -, ___-__----- 1451.9314

_________--- 6.9387E-03 6.7128E-03 6.5027E-03 6.3072E-03 6.1249E-03 5.9549E-03 5.7962E-03 5.6480E-03 ;.;0s;:;;

5:2587E-03 5.1453E-03 5.0391E-03 y3;93:;;

4:7596E-03 4.6781E-03 ym&4;

4:4641E:03 4.4019E-03 4.3441&F-03 4.2902E-03 4.240lE-03 4.1936E-03 4.1506E-03 4.1109E-03 4.0744E-03 4.0409E-03 4.0104E-03 3.9827E-03 3.9577E-03 3.9353E-03 3.9156E-03 3.8983E-03 3.8835E-03 3.8710E-03

_________--.

__________._ 6.1705E-02 6.2202E-02 6.273OE-02 6.3287E-02 6.3875E-02 6.4493E-02 6.5142E-02 6.5822E-02 6.6532E-02 6.7275E-02 yo80~~‘tlf

6:9696E-02 7.0569E-02 7.1475E-02 7.2417E-02 7.3393E-02 7.4406E-02 7.5455E-02 ;.m;-Ig

7:8830E:02 8.0034E-02 8.1279E-02 8.2565E-02 8.3894E-02 y252~:;;

a:al53E-02 8.9665E-02 9.1227E-02 9.283aE-02 9.450DE-02 9.6217E-02 9.7986E-02 9.9812E-02 l.O169E-01

_ _ _ - - _ _ _ - - _ _

_______-_-__-__------- l.l289E+13 1702.0665 1.2355E+13 1775.5021 1.3504E+13 1850.7170 1.4741E+13 1927.7327 1.6071E+13 2006.5720 1.7500~+13 2087.2548 1.9034~+13 2169.8081 2.06aOE+13 2254.2607 2.2445E+13 2340.6312 2.4336E+13 2428.9550 2.6361E+l3 2519.2506 2.8527E+13 2611.5571 3.0843E+13 2705.9004 3.33iaE+l3 2802.3078 3.5960E+13 2900.8110 3.87aiE+l3 3001.4553 4.179OE+13 3104.2592 4.4998E+13 3209.2775 4.8416E+13 3316.5329 5.2056E+13 3426.0701 5.5929E+13 3537.9223 6.0052E+13 3652.1534 6.4434E+13 3768.7905 6.9092E+13 3887.8829 7.4039E+13 4009.4629 7.9292E+13 4133.6034 &4867E+13 4260.3479 9.0781E+13 4389.7623 9.7050E+13 4521.8702 l.O369E+l4 4656.7573 l.l073E+l4 4794.4752 i.ialaE+l4 4935.0896 1.2606E+14 5078.6521 1,3440E+14 5225.2711 1.4321E+14 5374.9625 1.5253E+14 5527.8627 1.6236E+14 5683.9838

_____----- Energy

_______---

206.0105

fl?Et 226:0540

308 -0696

3P(3/2)

s __________-- l.lOllE-01 l.O548E-01 l.O114E-01 9.7054E-02 9.3210E-02 8.9587E-02 8.6169E-02 y4o~-g

7:6996E:02 7.4257E-02 7.1659E-02 6.9194E-02 6.6851E-02 6.4622E-02 6.2502E-02 6.0482E-02 5.8556E-02 5.6719E-02 5.4965E-02 5.3289E-02 5.1687E-02 5,0155E-02 4.8688E-02 4.7282E-02 4.5935E-02 4.4644E-02 4.3404E-02 4.2214E-02 4.1070E-02 3.9971E-02 3.8914E-02 3.7897E-02 3.6918E-02 3.5975E-02 3.5066E-02 3.4190E-02

-- 3D(5/2) -----_-----_

f -__-____-___

l.O493E-01 l.O374E-01 l.O264E-01 l.O163E-01 l.O070E-01 9.9844E-02 9.9067E-02 9.8362E-02 9.7724E-02 yls7ls~~~~

9:6194E-02 9.58DZE-02 9.5466E-02 9.5183E-02 9.4952E-02 9.4771E-02 9.4637E-02 9.4550E-02 9.4507E-02 9.4509E-02 9.4552E-02 9.4637E-02 9.4761E-02 9.4924E-02 9.5125E-02 9.5363E-02 9.5636E-02 9.5945E-02 9.6287E-02 9.6663E-02 9.7072E-02 9.7513E-02 9.7984E-02 9.8487E-02 9.9019E-02 9.9581E-02

_ - - _ - - _ - -

A ._--- ------.

7.3489E+lo 7.7377E+lO a.l517E+lo 8.5925E+lo 9.0622E+lO 9.5631E+lO 1.0097E+11

:-:$$g:11 1:192aE+ll 1.2623E+ll 1.3367E+ll 1.4162E+ll 1.5013E+ll 1.5924E+ll 1.6a99E+ll 1.7943E+ll 1.9062E+ll 2.0260E+ll 2.1545E+ll 2.2922E+ll 2.4399E+ll 2.5982E+ll 2.76aOE+ll 2.9502E+ll 3.1457E+ll 3.3554E+ll 3.5804E+ll 3.8219E+ll 4.0allE+ll 4.3593E+ll 4.6579E+ll 4.9785E+ll 5.3226E+ll 5.6919E+ll 6.0884E+ll 6.5140E+ll

___------_ Energy

_____-__-__

1553.7198

2330.9431 2418.9859 2509.0110 2601.0501

22%?:3k267 2aa9:5638

%ZE 319713908 3304.4704 3413.8462 3525.5680 3639.6797 m&.;;m;

399618479 4121.0122 4247.8330

2;;;. %I 464417933 4782.8382 4923.8523 5067.9300 5215.1315 5365.5626

-- 4%1/t) __________-_

f _______-__--

4.321aE-02 4.2967E-02 4.2724E-02 4.2489E-02 4.2261E-02 y;wM"-~$

4:16&02 4.1416E-02 4.1220E-02 4.1028E-02 4.0841E-02 4.0659E-02 4.0481E-02 4.0306E-02 4.0135E-02 3.9967E-02 3.9803E-02 3.9641E-02 3.9482E-02 3.9325E-02 3.9171E-02 pol8~~~f

3:87laE-02 p585;~-fll

3:827aE-02 3,8133E-02 3,7988E-02 3.7843E-02

3.6971E-02

56 Ba 45+

5587 5: 47 59 Pr 48:

a3 Bi 72+

2 i: E 236 Rn 75:

91 Pa ao+ 92 U 81+ ---. ._- .-_-

m&922

197ikoa y;.65;;

218419243 2258.1595 m;.444;

248411137 2561.4678 2639.8094 m&m;

2880:6253 2962.7601 3045.7975 3129.7150 3214.4974 :g. ;;w&

347317429 3561.7170 3650.4192

;z;-%i; 3920:6192 4011.9319 4103.8259 4196.2361 4289.1519

____e--m-e-

1.2764E-01 1.2801E-01

187 Atomic Data and Nuclear Date Tables, Vol. 47, No. 2. March 1991

J3. H. BAJK et al. Transition Probabilities of Na-like Ions


_--__-_---_-------__-------------------------------------------------------------------------------------- 3D(3/2) -- 4P(1/2) 4S(l/E) -- 4P(1/2)

2 Ion --__________-___________________________---- _-__-__-__--_--_____------------------------ Energy S f A Energy S f A

______-__-__--_--_______________________------------------------------------------------------------------

56 Ba 45+ 57 La 46+ 58 Ce 47+ 59 Pr 48+

:': :: ;;: 62 Sm 51+ 63 Eu 52+ 64 Cd 53+ 65 Tb 54+

i $ g

69 Tm 58+ 70 Yb 59+ 71 Lu 60+

E TH: 2:: 74 U 63+

E it it: 77 Ir 66+

;: :: g: 80 Hg 69+ ai Tl 70+ a2 Pb 71+ 83 Bi 72+

E i: Er 86 Rn 75+ 87 Fr 76+ 88 Ra 77+

% :; ;: 91 Pa ao+ 92 U aI+

1t~:~~; 1482:oi36 1543.5189 yo;.;w;

173417196 1800.7103 1867.8132 1936.0174 2005.3120 2075.6849 ;;w;.;w&

2293:1505 2367.7096 2443.2800 2519.8459 ypl:

p5;:;;W&

2917:0114 2999.1789 gB&;;m;

3250:7649 3336.2391 3422.4766 3509.4477 3597.1227 3685.4698 3774.4561 3864.0442 3954.1996 4044.8791 4136.0449

2.7864E-03 2.6856E-03 2.5925E-03 2.5065E-03 2.4269E-03 p3;~-cl;

2:2214E:03 2.1625E-03 2.1078E-03 2.0570E-03 2.0097E-03 1.9658E-03 1.9249E-03 1.8869E-03 1.8516E-03 i.aiaaE-03 1.7884E-03 1.7601E-03 1.7340E-03 1.7098E-03 1.6875E-03 1.6669E-03 1.6480E-03 1.6307E-03 1.6150E-03 1.6007E-03 i.587aE-03 ; .;V6g;-;fl

1:5570E:03 1.5492E-03 1.5426E-03 1.5372E-03 1.5329E-03 1.5297E-03 1.5275E-03

2.3256E-02 2.3387E-02 2.3534E-02 2.3696E-02 2.3874E-02 2.406aE-02 2.4276E-02 2.4500E-02 2.4740E-02 2.4W4E-02 2.5265E-02 2.5550E-02 2.5852E-02 2.6169E-02 2.6502E-02 2.6852E-02 2.7218E-02 2.7601E-02 2.aooiE-02 2.a419E-02 2.8855E-02 2.9309E-02 2.9782E-02 3.0274E-02 3.0785E-02 3.1317E-02 3.1870E-02 3.2445E-02 3.3041E-02 3.3661E-02 3.4303E-02 3.4970E-02 3.5662E-02 3.6380E-02 3.7124E-02 3.7896E-02 3.8697E-02

3-7476E+12 y2;;+;;

4:aw4E=12 5.3446E+12 5.8241E+12 6.33WE+12 6.8944E+12 7.4903E+lZ a.l302E+12 a.a169E+12 9.5534E+12 l.O343E+13 l.l189E+13 ; am:+;;

1:4101E=13 1.5209E+13 1.6394E+13 1.7660E+13 1.9011E+13 ;.MS;:+;;

2:3632E=13 2.5381E+13 2.7244E+13 2.922aE+13 3.1340E+13 3.35aaE+i3 3.597aE+13 3.8520E+13 4.1221E+13 4.4092E+13 4.7139E+13 5.0375E+13 5.3aoaE+13 5.7449E+l3

43.3633 44.4793 45.6064

4467%:: 49:0557

x:~5 52:6133

62.7038 64.0339 65.3776

EIE 79:7045 81.2243 82.7580 84.3057

EE

1.4461E-01 1.3839E-01 1.3254E-01 1.2703E-01 1.2183E-01 l.l693E-01 l.l229E-01 ; .m&-II;

9:9813E:02 9.6076E-02 9.2526E-02 8.9151E-02 8.5940E-02 8.2aa3E-02 7.W69E-02 7.7190E-02 7.4538E-02 7.2004E-02 6.9582E-02 6.7266E-02 6.5048E-02 6.2924E-02 6.0889E-02 5.8936E-02 5.7063E-02 5.5264E-02 5.3536E-02 5.1875E-02 5.0277E-02 4.8739E-02 4.7259E-02 4.5833E-02 4.4458E-02 -.-- ~-

7.6815E-02 7.5403E-02 7.4046E-02 7.2739E-02 7.1481E-02 7.0265E-02 yo0f~‘cl~

6:6868E-02 6.5813E-02 6.4T89E-02 6.3801E-02 6.2844E-02 6.1916E-02 &.1013E-02 6.0141E-02 y&4;

5:7665E:02 5.6&w-oi 5.6122E-02 5.5383E-02 5.4662E-02 5.3957E-02 5.3265E-02 5.2590E-02 5.1930E-02 5.1286E-02 5.0649E-02 5.0025E-02 4.9410E-02 4.aaosE-02 4.8206E-02 4.7618E-@

6.2675E+O9 ym47;g

6:896aE+O9 7.1150E+09 7.3371E+09 7.5638E+09 7.795aE+09 8*0319E+09 8.273aE+09 8.51wE+09 8.7723E+09 9.0302E+09 9.2931E+09 9.5609E+09 9.8360E+09 l.O115E+lO l.O403E+lO l.O695E+lO l.OW4E+lO 1.1297E+lO l.l610E+lO ._ ._ ._- ._ l.l92aE+lo 1.2253E+lO i.25aiE+io 1.2917E+lO 1.3259E+lO 1.3610E+lO 1.3962E+lO 1.4321E+lO 1.4684E+lO 1.5052E+lO 1.5420E+lO 1.5797E+lO

89.0123 4.3132E-02 4.7030E-02 1.6169E+lO 90.6076 4.1853E-02 4.6453E-02 1.6548E+lO 92.1962 4.0618E-02 4.5873E-02 1.6920E+lO _________---__-----_--------------------------------------------------------------------------------------

3S(1/2) -- 4P(3/2) -- 2 Ion

3D(3/2) 4P(3/2) ---_______-__--___------------------------~- ________---------___------------------------

Energy S f A Energy S f A __________--___-__-_--------------------------------------------------------------------------------------

56 Ba 45+ 57 La 46+

598 ;; $C 60 Nd 49+

66: g 2;:

E ',: 2: 65 Tb 54:

; g 5;

69 Tm 58+ 70 Yb 59+

5: li: 2:: 73 Ta 62+ 74 V 63+

Ea :: $1

f;: ;: % 79 Au 68+

ig $ z:

Fg g &2i

g ::, ;:I 87 Fr 76+ 88 Ra 77* a9 AC 7a+ 90 Th 79+ 91 Pa ao+ 92 U al+

1743.5247 1820.5201 law:5310 1980.5908

m%; 2236:4108 ~~~~.~cm;

2512:0057 2608.4529 2707.2722 ~~m~.slsp

3018.4010

z :E 3352:6395 3469.4460 3589.0512 3711.5116 3836.9161 3965.3168 4096.7900 4231.3953 4369.2355 4510.3843 4654.9404 4802.9592 4954.5629 y&;m;

543118155 5598.7591 5769.7822 5945.0711 6124.6839

8.3657E-03 7.9577E-03 7.5707E-03 7.2033E-03 6.8543E-03 6.5227E-03 6.2072E-03 5.9069E-03 5.6211E-03 5.3486E-03 5.0890E-03 4.8413E-03 4.6051E-03 4.3796E-03 4.1643E-03 3.9585E-03 3.7620E-03 3.5741E-03 3.3944E-03 3.2226E-03 3.0582E-03 2.9009E-03 2.7503E-03 2.6062E-03 2.4683E-03 2.3362E-03 2.2097E-03 2.0aa&-03 1.9726E-03 l.a616E-03 1.7553E-03 1.6535E-03 1.5561E-03 1.4629E-03 1.3737E-03 i.2883E-03 1.206aE-03

1.7867E-01 1.7746E-01 1.7616E-01 1.7477E-01 1.7328E-01 1.7171E-01 1.7005E-01 1.6831E-01 1.6649E-01 1.6458E-01 1.6261E-01 1.6056E-01 1.5843E-01 1.5624E-01 1.5397E-01 1.5164E-01 1.4925E-01 1.4678E-01 1.4426E-01 1.416aE-01 1.3904E-01 1.3635E-01 1.3360E-01 1.3079E-01 1.2794E-01 1.2504E-01 1.2209E-01 l.l909E-01 l.l606E-01 l.l298E-01 1.0987E-01 l.O672E-01 l.O354E-01 l.O033E-01 9.7090E-02 9.3823E-02 9.0539E-02

--_e---em__.

l.l784E+13 1.2761E+13 1.3791E+13 1.4874E+13 1.6012E+13 1.7204E+13 ; A4B4;;+1';

2:1117E=13 2.2533E*13 2.4004E+13 2.5531E+13 2.7113E+13 2.874aE+i3 3.0435E+13 3.2173E*13 3.3961E*13 ;.;;g:+;;

3:9596E=13 4.1556E+13 pO;+;;

4:7626E=13 4.9700E+13 ;A;;:+;;

5:5989E=13 5.8087E+i3 6.0174E+13 6.2241E+13 6.4280E+13 6.6281E+13 6.8232E+13 7.0125E+13 7.1946E+13 7.3686E+13

.-------- __-_

1404.1249 1466.8049 1530.8877 1596.3770

1%*~97~ ;s";;::;X

1945:0569 2019.0681 2094.5143 2171.4000 2249.7298 2329.5083 2410.7405 2493.4311 2577.5852

f%-%C 283akaoi 2928.9406 3020.4912 3113.5377 3208.0860 3304.1420 3401.7118 3500.8014 3601.4171 3703.5656 3807.2533 3912.4870 4019.2733 4127.6194 4237.5322 4349.0192 4462.0875 4576.7450

,--_ __---_-

3.7040E-04 3.5113E-04 3.3328E-04 3.1673E-04 3.0135E-04 2.8704E-04 2.7370E-04 2.6125E-04 2.4961E-04 2.3871E-04 2.2849E-04 2.1890E-04 2.0989E-04 2.0141E-04 1.9342E-04 1.8589E-04 i.787aE-04 1.7205E-04 1.6570E-04 1.5968E-04 1.5397E-04 1.4856E-04 1.4342E-04 1.3854E-04 1.3389E-04 1.2947E-04 1.2526E-04 1.2125E-04 l.l742E-04 l.l376E-04 l.l027E-04 l.O693E-04 1.0374E-04 1.006aE-04

9*7758E-05 9.4954E-05 9.2264E-05

-------_---_.

3.1855E-03 3.1545E-03 3.1250E-03 3.0969E-03 3.0700E-03 3.0443E-03 3.0197E-03 2.W62E-03 2.9736E-03 2.9520E-03 2.9312E-03 2.9113E-03 2.8921E-03 2.8737E-03 2.8560E-03 2.8389E-03 2.8224E-03 2.8065E-03 y979;:t;

2.7622E-03 2.7484E-03 2.7350E-03 2.7221E-03 2.7096E-03 ;.699;~-;;

2:6745E:03 2.6635E-03 ys;.~‘~cl

2:6324E:03 2.6227E-03 2.6132E-03 2.6040E-03 ;.;9$:-Ll;

. -

2.7252E+ll 2.9450E+ll 3.17aoE+ll 3.4246E+ll 3;6853E+ll y&4;

4:5584Efll 4.8816E+ll 5.2219E+ll 5.57WE+ll 5.9563E+ll 6.3517E+11 6.7667E+ll 7.2021E+ll 7.6586E+ll a.i36aE+ii 8.6375E+ll 9.1615E+ll 9.7094E+ll i.o282E+i2 l.O880E+12 l.l505E+12 l.t157E+12 1.2836E+12 1.3545E+12 1-4283E+12 l.S052E+12 1.5853E+12

l%a: l:a453E:12 1.9389E+12 2.0362E+12 2.1372E+12 2.242OE+12 2.3508E+12 __--

188 Atomic Data and Nuclear Data Tables. Vol. 47, NO. 2, March 199



._______________________________________---------------------------------------------------. 3D(5/2) -- 4P(3/2) 45(1/2) -- 4P(3/21

____________________------------------------ ____________________------------------------

Energy S f A Energy s f A .___________________------------------------------------------------------------------------

1381.1572 3.7790E-03 2.1312E-02 2.646lE+12 84.8215 2.9767E-01 3.0929E-01 4.8279E+lO 1441.8038 3.6025E-03 2.1209E-02 2.8696E+l2 89.4973 2.8520E-01 3.1267E-01 5.4335E+lO 1503.7206 3.4390E-03 2.1116E-02 3.1077E+l2 94.4204 2.7346E-01 3.1629E-01 6.1177E+lO 1566.9055 3.2873E-03 2.1032E-02 3.36llE+l2 99.6028 2.6239E-01 3.2015E-01 6.8909E+lO 1631.3561 3.1464E-03 2.0959E-02 3.6305E+l2 105.0572 2.5196E-01 3.2425E-01 7.7645E+lO 1697.0704 3.0151E-03 2.0894E-02 3.9167E+12 110.7950 2.4210E-01 3.2859E-01 8.7513E+lO 1764.0461 2.8928E-03 2.0837E-02 4.2205Etl2 116.8312 2.3279E-01 3.3316E-01 9.8661E+lO 1832.2808 2.7786E-03 2.0789E-02 4.5427E+l2 123.1814 2.2397E-01 3.3796E-01 l.ll26E+ll 1901.7723 2.6718E-03 2.0748E-02 4.8842Etl2 129.8570 2.156lE-01 3.4298E-01 1.2548E+ll 1972.5180 2.5719E-03 2.071X-02 5.2459E+l2 136.8769 2.076QE-01 3.4824E-01 1.4155Etll 2044.5157 2.478lE-03 2.0688E-02 5.6287Etl2 144.2530 2.0017E-01 3.537lE-01 1.5969E+ll 2117.7627 2.3902E-03 2.0669E-02 6.0335E+l2 152.0059 1.9302E-01 3.594lE-01 l.8Ol7Etll 2192.2564 2.3075E-03 2.0656E-02 6.4613E+l2 160.1509 1.8622E-01 3.6533E-01 2.0329E+ll 2267.9944 2.2297E-03 2.0649E-02 6.9133E+l2 168.7042 1.7975E-01 3.7146E-01 2.2938Etll 2344.9740 2.1565E-03 2.0648E-02 7.3903E+l2 177.6841 1.7358E-01 3.7781E-01 2.5879Etll 2423.1924 2.0874E-03 2.0654E-02 7.8935E+l2 187.1146 1.677OE-01 3.8439E-01 2.9199E+ll 2502.6469 2.0222E-03 2.0665E-02 8.424lEtl2 197.0090 1.6209E-01 3.9117E-01 3.2940E+ll 2583.3346 1.9606E-03 2.068lE-02 8.9832Et12 207.3959 1.5673E-01 3.9817E-01 3.7158Etll 2665.2527 1.9023E-03 2.0703E-02 9.572lE+l2 218.2906 1.5160E-01 4.0539E-01 4.1910E+ll 2748.3982 1.8472E-03 2.0730E-02 l.O192E+l3 229.7183 1.4670E-01 4.1282E-01 4.7264E+ll 2832.7682 1.7950E-03 2.0762E-02 1.0844Etl3 241.6993 1.4201E-01 4.2046E-01 5.329lEtll 2918.3595 1.7454E-03 2.0799E-02 l.l530E+l3 254.2675 1.375lE-01 4.2832E-01 6.0080Etll 3005.1690 1.6984E-03 2.084lE-02 1.225lEtl3 267.4411 1.332lE-01 4.3639E-01 6.7719E+ll 3093.1936 1.6538E-03 2.0888~-02 1.3008E+l3 281.2484 1.2907E-01 4.4468E-01 7.6314Etll 3182.4301 1.6114E-03 2.0939E-02 1.3803E+l3 295.7108 1.2510E-01 4.53132-01 8.5975E+ll 3272.8751 1.57lOE-03 2.OQQSE-02 1.4638Etl3 310.8674 1.2129E-01 4.6188E-01 9.684lE+ll 3364.5253 1.5327E-03 2.1056E-02 1.5514E+l3 326.7451 l.l762E-01 4.7080E-01 1.0905Etl2 3457.3770 1.496lE-03 2.112lE-02 1.6433E+l3 343.3807 1.14lOE-01 4.7994E-01 1.2278E+l2 3551.4271 1.4612E-03 2.1190E-02 1.7396E+l3 360.7935 1.1071E-01 4.8928E-01 1.3818E+12 3646.6717 1.4280E-03 2.1264E-02 1.8405E+l3 379.0300 l.O744E-01 4.9884E-01 1.5549Etl2 3743.1074 1.3963E-03 2.134lE-02 1.9462E+l3 398.1223 l.O429E-01 5.0861E-01 1.7490Etl2 3840.7303 1.3660E-03 2.1423E-02 2.0569Etl3 418.1093 l.O125E-01 5.1859E-01 1.9669Etl2 3939.5368 1.337lE-03 2.1509E-02 2.1728Etl3 439.0242 9.8324E-02 5.2878E-01 2.2112E+l2 4039.5227 1.3095E-03 2.1599E-02 2.2940Etl3 460.9253 9.5495E-02 5.3919E-01 2.4853Et12 4140.6845 1.283lE-03 2.1693~-02 2.4209Etl3 483.8320 9,2763E-02 5.4979E-01 2.7923E+l2 4243.0178 1.2578E-03 2.179lE-02 2.5535E+l3 507.8161 9.0122E-02 5,6061E-01 3.1366E+l2 4346.5189 1.2336E-03 2.1893E-02 2.692lEtl3 532.8963 8.75&E-02 5.7163E-01 3,5219E+l2 ____________________-------------------------------------------------------------------*------------------

3P(l/2) -- 4D(3/2) 3P(3/2) -- 4D(3/2) 2 Ion _________-_________-____________________---- ____________________------------------------

Energy S f A Energy S f A ____________________---------------------------------------------------------------------------- -_-----_--

2086.1655 2171.8873 2259.7737 2349.8637 2442.1987

3045.8557

3742.6595

4546.1630 f69:, . pm;

499312126 5149.5626

zm 564211292

%%Z .

1.9756E-02 4.0869E-01 2.5287Etl3 1.8858E-02 4.0753E-01 2.7519E+l3

1586.9534 5.0858E-03 4.9433E-02 5.4020Etl2 5.8928Etl2 6.4165E+l2 6.9745Etl2 7.5682Etl2 8.1993E+l2 ;.pEE';;

1:0333E=13 l.l129E+l3 1.1971E+13 1.2861Etl3 1.3799Etl3 1.4789Etl3 1. 831Etl3

a 1. 928E+l3 1.8082E+13 1.9295E+l3 2.0568E+13 pm&;;

2:4774E=13 2.6312E+l3 2.792lE+l3 2.9605E+13 3.1364E+l3 3.3203E+l3 3.5122E+13 3.7125Etl3 3.9214Etl3

4.8485E+l3 5.1 45E+l3

s 5.3 07E+l3 5.6474E+l3

2008.7752 2084.0756 2160.8151

4.9028E-03 4.7292E-03 4.5643E-03 4.4077E-03

4.9659E-02 4.9875E-02 5.0082E-02 5.028lE-02 5.0472E-02 5.0655E-02 ymomo~~;

5:1162E-02 y8~4;

. - 5:1612~-02 5.1752E-02 5.1886E-02 5.2015E-02 5.2139E-02 5.2259E-02 5.2374E-02 5.2486E-02 5.2593E-02 5.2697E-02 5.2797E-02 pa9894;

5:3076E:02

1.8006E-02 1.7199E-02 1.6432E-02 1.5703E-02 1.50lOE-02 1.435lE-02 1.3723E-02 1.3125E-02 1.2555E-02 1.20llE-02 l.l6QlE-02

4.0621E-01 4.0473E-01 4.0309E-01 4.0130E-01 3.9935E-01 3.9726E-01 3.9503E-01

2.9890Etl3 3.2406E+l3 3.5072E+l3 3.789lEtl3 4.087lEtl3 I.LOlLE+13

4.2588k-03 4.117lE-03 3.982lE-03 3.8534E-03 3.no7E-03 ym&-;;

. - 3.3948E-03 3.2925E-03 3.1946E-03 3.1009E-03 3.01llE-03 2.9250E-03 2.8424E-03 2.763lE-03 2.6870E-03 2.613QE-03 2.5435E-03

4.7326Et13 5.081lEtl3 3.9266E-01 2238.9980

;;g.m;

2482:2552

tm;: 273816768 2827.0998 2917.0059 3008.4008

3.9015E-01 ;.8$5w;

3:8182E-01 3.7878E-01 3.7562E-01 3.7233E-01 3.6891E-01 3.6538E-01 3.6172E-01 3.5794E-01 3.5405E-01 3.5003E-01 3.4590E-01 3.4166E-01 3.3730E-01 3.3282E-01 3.2823E-01 3.2353E-01 3.1872E-01 3,1379E-01 3.0876E-01 3.0362E-01 2.9837E-01 2.930lE-01 2.8755E-01 2.8198E-01

5.4474fz+13 5.8320Etl3 6.235lEtl3 6.6573Etl3 l.O995E-02

l.O52lE-02 7.0990Etl3 7.5604E+l3 8.0419Et13 8.5438E+13 9.0663E+l3 9.6097Etl3

l.OOaE-02 9.6332E-03 9.2178E-03 8.8199E-03 8.4386E-03 8.0730E-03 7.7224E-03 7.3860E-03 7.063lE-03 6.753lE-03 6.4553E-03 ;mg-gg

5:6294E:03 5,3750E-03 5,1302E-03 4.8947E-03 4.6679E-03 4.4697E-03

3101.2898 y;.m;

338819794 3487.9028 3588.3498 3690.3264 3793.8390 3898.8936 4005.4975 4113.6567 4223.3781 4334.6686 4447.5354 4561.9849

l.O174E+l4 l.O760E+l4 ?.1367E+l4 l.l995E+l4 1.2644Etl4 1.3315Et14 1.4006Etl4

2.475QE-03 2.4108E-03 2.3482E-03 2.2878E-03 y929~~;

2:1196E-03 2.0674E-03 y7;~-;cl

1:9215E:03

1.4718E+l4 1.5450E+l4 1.6203Etl4 ; .6p;:

1:8572E+l4 1.9397Etl4 2.0237Etl4 2.1092E+l4 2.1960E+14

._._.. - -_ 4.2395E-03 4.0370E-03 3.8420E-03

4678.0251 1.876lE-03 4795.6626 1.8322E-03 4914.9055 1.7898E-03

189 Atomic Data and Nuclear Data Tables. Vol. 47, No. 2. March 1991



_____________-__------------------------------------------------------------------------------------------

4P(1/2) -- 4D(3/2) 4P(3/2) -- 2 Ion

4D(3/2) _-----___-__--_----------------------------- ______--_--___------------------------------

Ermty s f A Energy S f A _-.-_---_____----------.---------.--..-.---.---.------.--.--.--.--.----------------.-------------.--------

91.6587 96.3486

1&2% iii:8991 117.6170

wz 136:5610 143.5203

l;Et 166:5503 175.0005 183.8674 193.1700 202.9281

t:z:t 23511474 ;g. ;a&

272:2671 285.8465 300.0739

X~~~ 346:9481

E%~ 400:7962 420.4636 441.0553 462.6157 485.1869 508.8188 533.5575

2.5988E-01 2.4882E-01 2.3843E-01 2.2a66E-01 2.1947E-01 2.ioaoE-01 2.0262E-01 1.9489E-01 l.aEiaE-01 l.B066E-01 1.7410E-01 1.6787E-01 1.6196E-01 1.5634E-01 l.SlOOE-01 1.459lE-01 1.4106E-01 1.3643E-01 1.320lE-01 1.2779E-01 1.2376E-01 l.l990E-01 l.l620E-01 l.l266E-01 l.O926E-01 l.O601E-01 1.0288E-01 9.9872E-02 9.6983E-02 9.4203E-02 9.1528E-02 a.a95lE-02 8.6467E-02 8.407lE-02 a.l759E-02 7.9527E-02 7.737lE-02

2.9179E-01 5.3186E+lO 50.2005 5.1896E-02 2.9367E-01 2.9580E-01 2.9819E-01 3.0083E-01 3.0372E-01 3.0684E-01 3.1020E-01 3.1379E-01 3.176lE-01 3.2166E-01 3.2594E-01 3.3043E-01 3.3515E-01 3.4009E-01 3.4526E-01 3.5064E-01 3.5624E-01 3.6206E-01 3.6alOE-01 3.7436E-01 3.808s.01 3.87!sIE-01 3.9448E-01 4.0163E-01 4.0902E-01 4.1662E-01 4.2446E-01 4.3253E-01

5.9146~+10 6.5827E+lo 7.3320E+lO 8.1726EtlO 9.1157E+lO l.0174E+ll l.l362E+ll 1.2696E+ll l.4194E+ll 1.5876E+ll 1.7765Etll 1.98a6Etll 2.2269E+ll ;A949;:+;;

3:1327E=ll 3.5119E+ll 3.937aE+ll 4.4160E+ll 4.9530E+ll 5.5560Etll 6.2330E+ll 6.993lEtll 7.8463E+ll

-. _.-- -- 4.9682E-02 4.7603E-02 4.5650E-02 4.381lE-02 4.2078E-02 4.0443E-02 3.8899E-02 3.743X-02 3.6057E-02 3.4748E-02 3.3506E-02 3.2328E-02 3.1209E-02 3.0144E-02 2.913lE-02 2.8166E-02 2.7247E-02 2.6370E-02 2.5532E-02 2.4733E-02 2.396aE-02 2.3237E-02 p353:;;

2:1224E-02 2.060aE-02 2.0017E-02 1.9450E-02 l.a904E-02 l.a3alE-02 1.787x-02 1.7393E-02 1.6926E-02 1.6477E-02 1.6044k-02 1.562aE-02

1.5956E-02 1.7449E+09 1.5620E-02 1.7858E+09

l.a269E+O9 1.868lE+09 1.9095E+09 1.95llE+09

1.5297E-02 ;.G49&;-ci;

1:440lE:02 1.4125E-02 1.3858E-02 1.3602E-02 1.3354E-02 1.3115E-02 1.2885E-02 1.2661E-02 '1 .f~w&tl;

1:2034E:02 l.i839E-02 l.l649E-02 l.l464E-02 1.1286E-02 1.1112E-02 l.D943E-02 l.D7aOE-02

l.tiiaEt09 2.0346Et09 2.0767E+O9 2.1189E+09

61.6249 62.7833

69.8006

2.1612Et09 2.203aE+09 2.2465E+09 2.2894E+09 2.3324E+09 2.3756Et09 2.4191E+09 2.4626E+09 2.5064E+09 2.5504E+D9 2.5945E*09 2.6388E+09 2.6833E+09 2.72aOEt09 2.7729Et09 2.alaoE+09 2.8632EtOQ 2.9086E+09 2.9542E+09 3.0000E+09 3.0460Et09 3.092lEt09 3.13asEt09 3.1aSOEt09 3.2316E+O9 3.2784Et09 3.3254E+09

l.O16aE-02 a.a04lE+li 79.3474 9.8789E+li l.loa5E+l2 1.2439E+l2 1.395aE+l2 4.4083E-01

4.4937E-01 1.566lE+12 4.5815E-01 1.7573E+l2 4.6716E-01 1.9717E+l2

2.212lE+l2 4.7642E-01 4.8593E-01 2.4alaE+l2 4.9569E-01 2.7843E+l2 5.0569E-01 3.1234Et12

80.5569

~:Gl 84:2076 85.4319 86.6600 87.8920 89.1276

EE 9218573

l.d025E-02 9.8859E-03 9.7502E-03 9.6179E-03 9.4888E-03 9.3629E-03 9.2399E-03 9.1199E-03 9.0026E-03 8.8880E-03

m - . - v - . _ . .

Ion

--.-_.____

--.---_.-_. 3P(3/2

-_.__--__..

S .-__--__.._

4.354lE-02 4.1893E-02 4.0329E-02 3.8&65E-02 3.7436E-02 3.6095E-02 3.4819E-02 3.3604E-02 3.2447E-02 3.1342E-02 3.0288E-02 2.9282E-02 2.8320E-02 2.740lE-02 2.6520~-02 2.567aE-02 2.487lE-02 2.4097E-02 2.3355E-02 2.2643E-02 2.1959E-02 2.1302E-02 2.067lE-02 2.0064E-02 1.9480E-02 l.a9laE-02 ; m~-clf

1:7353E:02 1.6868E-02 IAOIE-02 1.5950E-02 1.5514E-02 ; mg-tl;

1:4295E:02 1.3916E-02

) -__--_.-....

-- 4D(5/2) _ . . - - _ _ _ - _ _ .

f -___-___-._.

4.2587E-01 4.27llE-01 4.2824E-01 4.2927E-01 4.3022E-01 4.3107E-01 4.3184E-01 4.3253E-01 $.;;W5~4;

4:3415E:Ol 4.3455E-01 4.3488E-01 4.3515E-01 4.3535E-01 4.3550E-01 4.3559E-01 4.3562E-01 4.3560E-01 4.3552E-01 4.3539E-01 4.3522E-01 4.3499E-01 4.3472E-01 4.3440E-01 y;m4;-;;

4:3319E:Ol 4.3270E-01 4.3217E-01 4.3160E-01 4.3099E-01 4.3034E-01 4.2965E-01 4.2893E-01 4.2am-01 4.273aE-01

-._--_----._ 4Pc3/2) -.--_.__-..-

S .-.---------

4.7346E-01 4.5354E-01 4.3483E-01 4.1725E-01 4.0070E-01 3.85lOE-01 3.7038E-01 3.564aE-01 3.4334E-01 3.3090E-01 3.1912E-01 3.0794E-01 2.9733E-01 2.8725E-01 2.7767E-01 2.6855E-01 2.5986E-01 2.5158E-01 2.436aE-01 2.3614E-01 2.2894E-01 2.2205E-01 2.1546E-01 2.0916E-01 2.0312E-01 1.9733E-01 ; .9l7;~-;;

1:8134E-01 1.7643E-01 1.7170E-01 1.6716E-01 1.62aOE-01 1.5859E-01 1.5454E-01 '1 sw6.4~:;;

_____.______.--_-______ -- 4D3(5/2)

..__.__.-__------__.__

f A _-___.__-__-.----_--___

--__._____ Energy

..-_-_-____.

y&ml

1733:6667 1804.2487 y;.m&

2024:9272 ;;w&;;w;

2259:lSll 2340.2701 2422.9238 2507.1202 2592.8676 2680.1741 2769.0480 2859.4982 2951.5330 3045.1617 3140.3934 3237.2375 3335.7031 3435.8002 3537.5386 3640.9286 3745.9802 3852.7039 3961.1101 4071.2103 4183.0151 4296.5358 y;.78;;

:644:W&

489012876 5014.3526

..-_.--__- A

.--_ _ _-_.____ 3.1417E+l3 3.4234E+l3 3.7234E+l3 4.0425Etl3 4.3814E+l3 4.74llEtl3 5.1223E+l3 5.525aE+13 5.9524E+l3 6.4030E+l3 ;m&;g

7:9075Ef13 8.462aE+l3 9.0466E+13 9.659aE+l3 ; mom+;;

1:1685E=14 1.2425E+lC 1.3199E+l4 1.4009E+14 ; .gW&+;~

1:6659E=14 1.7619E+14 l.a62OL+l4 1.9662E+l4 2.0747E+l4 2.187sE+14 2.304aE+l4 2.4267E+l4 2.5532Etl4 2.6846E+l4 2.8209E+l4 2.9622E+l4 3.1oa6E+14

..-_______ Energy

-_-____._.

60.1761 62.1843 64.2523

97.8197 101.0213 104.3278

143.9865 148.6998 153.5660 158.5896

5567 :x %2 58 Ce 47+ 59 Pr 4a+ 60 Nd 49t

2: ki: Sir

E & Er 65 Tb 54t

% 2 E: 68 Er 57+

:; ;I: 2: 71 LU 60t 72 Hf 61+ 73 Ta 62+ 74 U 63+

E it 22: 77 Ir 66+

% ?I 6& 80 H 69+ ai Ti! 70+ a2 Pb 71+ a3 Bi 72+

E 2 2 86 Rn 75: a7 Fr 76+ 88 Ra 77t a9 AC 7at

;': 2 2 92 U al+

.7450E-01 i.a2aoEtio

.7274E-01 1.9323E+lO

.7112E-01 2.0436E+lO

.6965E-01 2.1626E+lO .6830E-01 2.289x+10 .6709E-01 2.4257E+lO .6600E-01 2.57llE+lO .6502E-01 2.7269E+lO .6416~-01 2.8937wlo .6340E-01 3.0725EtlO .6275E-01 3.2641E+lO .6219E-01 3.4696EtlO .6173E-01 3.690lEtlO .6137E-01 3.926aE+lO .6109E-01 4.1808E+10 .6090E-01 4.4536E+lO .6079E-01 4.7467E+lO .6076E-01 5.0616E+lO .60alE-01 5.400lE+lO .6093E-01 5.7639EtlO .6113E-01 6.155lE+lO .6140E-01 6.57SaE+lO .6174E-01 7%0283E+lO .6215E-01 7.515lE+lO .6263E-01 a.O388E+lO .6316E-01 8.6024E+lO .6377E-01 9.2Oa9E+lO .6443E-01 9&16&lD .6516E-01 l.0564Etll .6594E-01 l.1320E+ll .667aE-01 1.2l34Etll .676aE-01 1.30llE+ll .6a64E-01 1.3954E+ll .6965E-01 1.4970E+ll .707lE-01 1.6063E+ll .7183E-01 l.7240Etl1 .7300E-01 l.a507E+ll

190 Atomic Data and Nuclear Data Tables. Vol. 47. NO. 2. March ,991


TABLE III. E 1 Transition Probabilities of Na-like Ions See page 18 1 for Explanation of Tables

___________________-____________________--------------------------------------------.-------------.--..-.- 30(3/2) -- 4F(5/2) 30(5/2) -- 4F(5/2)

2 Ion _._.____..__.___________________________..-. -----.-..--.__...___.---.-.-----.-....-..-.-

Energy S f A Energy s f A .._______.__.___._._____________________--~-~-~..~.~~..-.---.-.------.-...~.~-------~-.-~-~-.-.-~..-.-..~.

1490.8629 l.O459E-01 9.5509E-01 1556.1670 l.O019E-01 9.5495E-01 1622.9306 9.6050E-02 9.5476E-01 1691.1598 9.2153E-02 9.5453E-01 1760.8609 &8479E-02 9.5426E-01 1832.0404 &5014E-02 9.5394E-01 1904.7048 a.i740E-02 9.535aE-01 1978.8610 7.8644E-02 9.5319E-01 2054.5158 7.5713E-02 9.5275E-01 2131.6764 7.2936E-02 9.5228E-01

6.1410E+13 6.6898E+13 7.2747E+13 7.8973E+l3 8.5592E+13 9.262lE+l3 1.000aE+14 1,0798E+14 l.l634E+14 1.251aE+14 1.3452E+14 1.4437E+14 1.5476E+l4 1.6571E+14

1797.5204

K-E 2011:2312 2085.1263 2160.3515 ;~zf.900;

2394:0106 2474.5600 2556.4417 2639.6563 2724.2042 2810.0861 2897.3026 2985.8543

Ex:~ 325915258 3353.4243

~%-E 3643:1514 3742.4071 3843.0036 3944.9420 4048.2229 4152.8472 y&me&

447417869 4584.7921

7.6860E-03 7.3710E-03 7.0748E-03 6.7960E-03 6.5332E-03 6.2852E-03 6.05lOE-03 5.8294E-03 5.6197E-03 5.4210E-03 y&Ill

4:8835E-03 y~m&-~;

4:4212E:03 4.2814E-03 4.148OE-03 4.0206E-03 3.8989E-03 3.7825E-03 3.6712E-03 3.5646E-03 3.4625E-03 3.3646E-03 3.2707E-03 3.1806E-03 3.0941E-03 3.0109E-03 2.9310E-03

tEE-xs 4:6099E:O2 4.6111E-02 4.6122E-02 4.6132E-02 4.6140E-02 4.6146E-02 4.6151E-02 ym~-cl;

4:6159E:O2 4.6158E-02 4.6157E-02 4.6155E-02 4.6151E-02 4.6146E-02 4.6140E-02 4.6133E-02 4.6125E-02 4.6116E-02 4.610X-02 4.6096E-02 4.6084E-02 4.6071E-02 4.6057E-02 4.6043E-02 4.6027E-02 4.601lE-02 4.5W3E-02

5.0937E+1z 5.524&+12 5.9825E+i2 6.4678E+12 6.9819E+12 7.525aE+l2 a.looM+l2 8-707sE+12

2210.3501 7.0303E-02 9.5177E-01 2290.5442 6.7802E-02 9.5122E-01 2372.2664 6.5427E-02 9.5064E-01 2455.5245 6,3167E-02 9.5002E-01 2540.3265 6.1017E-02 9.4937E-01 2626.6803 5.8968E-02 9.4869E-01 2714.5946 5.7015E-02 9.4797E-01

l.O022i+13 l.O732E+l3 t.l479E+13 1.2264E+13 1.3oaaE+13 1.3952E+13 i.4858E+l3 i.5aoaE+13 1.6801E+13 1.7840E+13 i.a927E+l3

1.7723Et14 1.8935Et14 2.020aEt14 2.1545Et14 2.294aE+14 2.4420E+14

2804.0774 5.5152E-02 9.4722E-01 2895.1379 5.3374E-02 9.4644E-01 2987.7846 5.1674E-02 9.4563E-01 -. .-_- 3082.0268 5.0050E-02 9.4479E-01 ~~ 2.5961E+14 3177.8733 4.8495E-02 9.4391E-01 2.7576Et14 3275.3339 4.7007E-02 9.4301E-01 2.9265E+14 3374.4182 4.5582E-02 9.4208E-01 3.1032E+l4 34755136i 4.4216E-02 9.4112E-01 3.2878014

y848~‘;~

3:8921E=14 4.1112Et14 4.3395Et14

3577.4975 4.2905E-02 9.4013E-01 3681.5125 4.1648E-02 9.391lE-01 3787.1915 4.0441E-02 9.3806E-01 3894.5456 3:&?81E-02 9.36WE-01 4003.5852 3.ai66E-02 9.3589E-01 4114.3216 3.7094E-02 9.3476E-01 4226.7659 3.6063E-02 9.3360E-01 4340.9298 3.5070E-02 9.3242E-01 4456.8247 3.4113E-02 9.3121E-01 4574.4632 3.3192E-02 9.2W8E-01 4693.8566 3.2304E-02 9.2872E-01

5.6295E+14 5.9192E+14 6.220lE+14 4815.0182 3.1447E-02 9.2743E-01

2.8542E-03 2.7802E-03 2.709OE-03 2.6404E-03 2.5743E-03 2.5106E-03 2.4492E-03

2.006lEt13 2.1245E+13 2.24alE+13 2.3769E+13 2.5111E+13 2.6508E+13 2.7962Etl3 2.947SE+13 3.1047E+l3 yya;;,'

3:6137Et13 3.7964E+13 3.985aE+i3 4.1821E+l3

4.5975E-02 4.5957E-02 4.5937E-02 4.5916E-02 4.5895E-02 4.5873E-02 4.5850E-02

-.__~...~_...-......____________________...-.-..-~..~~.~.~.~.~.~.~.~~~~.~.~~~......~.......~.~.~..~~~~~~~~

40(3/2) -- 4F(5/2) 40(5/2) -- 4F(5/2) 2 Ion ___._._~..__..__.._.____________________..~. ..-.-..--..__._..._.____________________-.-.

Energy S f A Energy S f A __._.___._._..._.___~.~~~.~-~.~-~-~...~.~..-..~.~..~.~.~.~.~.~.~~~~~.~...~~~~~~.~...~..~.~.~.......~.~....

2.8954E-01 2.7715E-01

6.4795E-02 2.5023E+09 6.4560E-02 2.7013Et09 6.4373E-02 2.9172E+09 6.4233E-02 3.1516i+O9 6.4137E-02 3.4063E+09 6.4084E-02 3.6830Et09 6.4074E-02 3.9839Et09 6.4104E-02 4.3112E+09 6.4174E-02 4&74E+09 6.4282E-02 5.0551E+09 6.4428E-02 5.4773EtO9 6.4610E-02 5.9371E+09 &.4828E-02 6.4380E+09 6.5080E-02 6.9838E+09 6.5366E-02 7.5787E+09 6.5686E-02 8.2272E+09 6.6038E-02 8.9341Et09 6.6422E-02 9.7048E+09 6.6837E-02 l.O545E+lO 6.7282E-02 l.l462E+lO 6.7758E-02 1;2461E+16 6.8264E-02 1.3550E+lO 6.8798E-02 1.473aEtlo 6.9361E-02 1.6034E+lO 6.99536-02 1.7447E+lO 7.0572E-02 1.8987E+lO 7.1219E-02 2.0666E+lO 7.1893E-02 2.2496E+lO 7.2594E-02 2.4491EtlO 7.3321E-02 2.6665EtlO 7.4075E-02 2.9034E+lO 7.4854E-02 3.1616E+lO 7.5659E-02 3.4427E+lO 7.6490E-02 3.7490E+lO 7.734&E-02 4.082LE+lO 7.8227E-02 4.4454E+lO 7.9132E-02 4.8406EtlO

2.0521E-02 1.9637E-02 l.aaO7E-02 1.8029i-02 1.7297E-02 1.6608E-02 1.5958E-02 1.5346E-02 1.476ti-Oi 1.4219E-02 1.3701E-02 1.3211E-02 1.2745E-02 1.2303E-02 l.l883E-02 l.l484E-02 l.l104E-02 1.0742i-0;2 1 .;;W&-g

9:7544E-03 9.4544E-03 9.1676E-03 a.a932E-03 8.6306E-03 8.3791E-03 a.l3aoE-03 7.9068E-03 7.685OE-03 7.4721E-03 7.2676E-03 7.07lOE-03 6.8820E-03 6.700lE-03 6.5251E-03 6.3566E-03 6.1942E-03

2.2257E-03 2.1792E-03 2.1342E-03 2.0907E-03 2.0487c03 y7yltl

1:9302E:03 1.893lE-03 1.8571E-03 1.8222E-03 ; J878~~‘Ill

1:723lE:03 1.6918E-03 1.6614E-03 1.6318E-03 1.6029E-03 1.5747E-03 ; .~;m~-~~

1:4943E:03 1.4687E-03 1.4437E-03 ._. .-.- _- 1.4193E-03 1.395&E-03 1.3720E-03 1.3491E-03 1.3268E-03 1.3048E-03 1.2833E-03 1.2622E-03 1.2416E-03 1.2213E-03 1.2014E-03 l.l819E-03 l.l627E-03

6.813aE+07 6.9844E+o? -..-.._ . 7.1523E+07 7.3174E+07 7.4796007 7.6389EtO7 7.7951E+07 7.9482E+07 8.09aoEt07 8.2445Et07

t-:5~43 8k634Ef07 8.795aE+07 8.9244E+07 9.0493E+07 ;. p3~;;

. + 9.4003E+07 9.5091E+07 9.6138EtO7, 9,7142E+07 9.8102E+07 9.901aEt07 9.9890Et07 1.0072E+08 1.0150E+08 1.0223Etoa l.O291E+Oa l.o355E+oa 1*0414E+08 l.o46aE+oa 1.0517E+08 l.O?i60&08 1.05wE+0a ; .~cw~~'~~

. +

39.5796

35.9881

EZ 3716345 38.1733

~89-5~Z 39:7570 40.2737

41.1841 2.5464E-01 42.8475 2.4439E-01 44.5724 2.3474E-01 46.3613 48.2168

:9-%i 54:2109 56.3609

2.2565E-01 2.1706E-01 2.0896E-01 2.0129E-01 1.9404E-01 1.8716E-01 1.8064i-01 1 ME:;;

1:6298E-01 1.5766E-01 1.5259E-01 1.4776E.01

58.5918

BEAK 6518008 68.3865 71.0689

E%: 7917318

EE ip;

96:4383 100.1543

1.3875E-01 1.3455E-01 1.3053E-01 1.266aE-01 1.2300E-01 1.1948E-01 l.l610E-01 l.l286E-01 1 .;;CW5E:;;

1:0390E-01 l.O114E-01 9&93E-02 9.5943E-02 9.34aaE-02 9.1125E-02 8.aa47E-02

44.1824

191 Atomic Data and Nuclear Data Tables. Vol. 47, No. 2. March 1991



__________________-_____________________------------------------------------------------.----------------- 3D(5/2) -- 4F(7/2) 4D(5/2) -- 4F(7/2)

2 Ion ____________________------------------------ --_-____---_--_--__-____________________----

Energy s f A Energy S f A _-_____--__-__-_---_____________________---------------------------------------------------.---------.----

1472.1682 1.5299E-01 9.1969E-01 1535.8251 1.4669E-01 9.1994E-01 1600.8344 1.4077E-01 P.ZOlbE-01 1667.1977 1.3519E-01 9.2035E-01 1734.9163 1.2994E-01 9.2051E-01 1803.9920 1874.4262 1946.2206 ;;;;.;;m&

2169:7821 2247.0344 y;; A565;

2487:0132 2569.7330 2653.8698 2739.3653 2826.2419 2914.5015 3004.1466

l.Z498E-01 1.2030E-01 l.l587E-01 l.l167E-01 l.O770E-01 l.O393E-01 l.O035E-01 9.6950E-02 9.3716E-02 9.0638E-02 8.7705E-02 8.4909E-02 8.2242E-02 7.9695E-02 7.7262E-02 7.4935E-02

9.2063E-01 9.2072E-01 9.2078E-01 9.208lE-01 9.208lE-01 9.2079E-01 9.2074E-01 9.2066E-01 9.2056E-01 9.2044E-01 9.2029E-01 9.2012E-01 9.1992E-01 9.1970E-01 9.1947E-01 9.192lE-01

3095.1790 7.2709E-02 9.1893E-01 3187.6012 7.0578E-02 9.1863E-01 3281.4155 6.8536E-02 9.183lE-01 3376.6245 6.6579E-02 9.1797E-01

6-4867E+13 7.0618E+l3 7.674lE+l3 8.3253E+l3 9.0168E+l3 9.7504E+lj l.O528E+l4 l.l350E+14 ._.-__- 1.2220E+l4 1.3139E+l4 1.4108E+l4 1.5130E+l4 1.6205E+l4 1.7338E+l4 1.8528E+l4 1.977aE+l4 2.1090E+l4 2.2466E+14 2.3908E+l4 2.5418E+l4 2.6998E+l4 2.8650E+l4 3.0376E+l4 3.2180E+lG 3.406lE+l4

3473.2302 6.4702E-02 9.176li-01 3.60.?4E+l4 3571.2353 6.290lE-02 9.1723E-01 3.8070E+l4 3670.6420 6.117lE-02 9.1684E-01 4.0202E+l4 3771.4533 %;9509E-02 9.1643E-01 4.242lEtl4 3873.6715 5.79llE-02 9.1600i-01 3977.2992 5.6375E-02 9.1555E-01 4082.3392 5.4897E-02 9.1508E-01 4188.7943 5.3473E-02 9.1460E-01 4296.6668 5.2102E-02 9.14llE-01

4.473lEtl4 4.7133E+l4 4.963lE+14 5.2225E+l4 5.4920E+l4

4405.9601 5.078lE-02 9.1359E-01 5.7717Etl4 4516.6765 4.9508E-02 9.1306E-01 6.0619E+l4 4628.8196 4.8280E-02 9.1252E-01 6.3628E+l4

30.8349 31.8369 32.8615 33.9097 34.9826 36.0813 37.2069

33:-E:'; 40:7561

48.7410 50.2016

55:-E 54:8335 56.4655 58.1440 59.8706

80.1295 82.4918

KtS2 89:9963

4.1416E-01 5.2146E-02 j;9647E-01 5.154lE-02 3.7989E-01 5.0975E-02 3.6432E-01 5.0445E-02 3.4968E-01 4.9949E-02 3.3590E-01 4.9488E-02 yl&-tl;

2:9908E:Ol

2.414lE-01 ;.m3~-$

2:1859E:Ol 2.1170E-01 2.05llE-01 1.9883E-01 1.9283E-01 1.8709E-01 1.816lE-01 1.7635E-01

1.6650E-01 1.6188E-01 1.5744E-01

1.7132E-01

1.5318E-01 1.4909E-01 1.4515E-01 1.4137E-01 1.3774E-01 1.3423E-01 1.3086E-01 1.276lE-01

yo5~4;

4:8291E:02 4.79SlE-02 4.7638E-02 4.7352E-02 yw70~~~

4:6646E-02 4.6458E-02 4.6292E-02 4.6149E-02 4.6026E-02

4.5707E-02

4.5925E-02 4.5843E-02 4.578lE-02

4.5718E-02

4.5738E-02 4.5714E-02

4.5746E-02 4.5792E-02 4.5853E-02 4.5930E-02 4.6024E-02 4.6132E-02 4.6256E-02 y&4;

4:6714E:02 4.6895E-02

1.6135E+09 1.7001E+09 1.7914E+09 l.a877E+O9 1.9893E+O9 2.0967E+09 2.2102E+O9 2.3303E+O9 2.4574E+09 2.592lE+09 ; n497349f;;

3:047lE+09 3.2178E+O9 3.399lE+09 3.59laE+09 3.796aE+09 4.0148E+09 4.2468E+09 4.4938E+09 4.756aE+o9 5.037OE+O9 5,3355E+09 5.6537E+O9 5.9930E+09 6.3548E+09 6.7407E+O9 7.1524E+09 7.5917E+o9 8.0605E+09 8.5609Et09 9.0951E+09 9.6654E+09 l.O274E+lO l.O925E*lO 1.1619E+10 1.236lE*lO

192 Atomic Data and Nuclear Data Tables. Vol. 47, No. 2. March 199’


TABLE IV. E2 Transition Probabilities of Na-like Ions See page 18 1 for Explanation of Tables

____________________.-.-.------------------------------------------------------------------------------------------- 3P(l/2) -- 3P(3/2) 3X1/2) -- 3D(3/2) 3S(l/2) -- 3D(5/2)

2 Ion ___________-____-_-_------------ ____-_-_-______-_-_------------- _-_--------___-.-._-------------

Energy s A Energy S A Energy S A ____________.___________________________----------------------------------------------------------.-----------------

5567 :: 4;: 58 Ce 47+ 59 Pr 48+

;c: :dm :;I

$5 ;; ;:I 64 Gd 53+ 65 Tb 54+

267 DH: :i:

ii? 5; z 70 Yb 59+ 71 Lu 60+ 72 Hf 61+

2 :" 2:: 75 Re 64+

;: y; $1 78 Pt 67+ 79 Au 68+

% gl f a2 Pb 71+ f3; ;3 g;

85 At 74+ 86 Rn 75+ 87 Fr 76+

2 E ;: 90 Th 79+ 91 Pa 80+ 92 U 81+

101.7883 110.4750

1:;:~:

plol~~-~~

3:3859E-03 3.1155E-03 2.8705E-03 2&82E-03 2.4462E-03

4.1947E+O4 339.3998 5.7956E+04 353.7152 7.9637E+O4 368.6433 l.O886E+05 384.2138 1.4805E+OS 400.4577 2.0037E+05 417.4038 -._--.- -_ _ ._-- 2.6992EtOS 435.0885

2.0947E-03 1.9416E-03 ; .;m~-;;

. -

2.9042E-03 2.6637E-03 2.447lE-03 2.2517E-03 2.0748E-03 1.9146E-03 1.769lE-03 1.6369E-03 1.5163E-03 1.4065E-03 1.306lE-03 1.2142E-03

3.6200E+05 453.5504 4.8340E+OS 472.8181 6.4285E+OS 492.9376 8-5147E+05 513.9386

1.2499E+07 1.4095E+D7 1.5922Et07 1.8016E+07 2.0420E+07 2.3182E+07 2.6360E+07 3.0023i+07 493.7461 3.4245E+07 516.1028 3.912lE+07 539.4877

i50.8515 1.5558E-03 268.6041 1.4479E-03 287.3642 1,3486E-03 ;;;.;;V; l-2%%-03

l.l729E-03

l.l235E+06 535.8722 1.4769E+06

1.1705i+Of 782.5709

558.7761 1.9346E+06 582.6905 2.5255E+06 607.6605 3.2859E+06 633.7458 4.2617E+06 660.9792 5.5102E+06 689.4316 7.1033E+06 719.1416 9.1309E+O6 750.1711

l.l299E-03 l.O526E-03 9.8160E-04 9.1622E-04 8.5598E-04 8.0040E-04 7.4908E-04 7.0162E-04 6.5769E-04 6.1697E-04 5.7920E-04 5.4413E-04 5.1152E-04 4.8117E-04 1.5293E-04

4.4685E-03 4.1028fZ-03

EE-00; 3:206&03 p96:;;

2:5380E-03 2.3540E-03 2.1859E-03 2.0324E-03 1.8917E-03 1.7625E-03 1.6440E-03 1.5349E*03 1.4345E-03

4.4754E+07 563.9373 5.1274E+07 589.5096 5.8824E+07 616.2494 6.7573E+07 644.2044 7.7722E+07 673.4270 8.9512E+07 703.9844 l.O32lE+08 735.9175 l.l914E+08 769.3049 1.3769E+08 804.1933 1.5930E+08 840.6530

1.7788E+07 2.0364E+07 2.3354E+07 p38~'Cl;

3:5572E=07 4.1053E+07 4.7450E+07 5.4917E+07 6-3646E+07 7.3852E+O7 8.5802E+07 9.980lE+07 1.1621E+08 1.3544E+08 1,5803E+08

1.3419E-03

9.1513E-04 8.6086E-04

1.8454E+08 2.1569E+08 2.5230E+08 2,9535E+08 3.4598E+08 4.0559E+08 4.7576~+08 479.7705

509.9647

726.9407 769.8345 814.8940

E%: 964:1041

l.O952E-03 l.O233E-03 9.5691E-04 8.9540E-04 8.3840E-04 7.8552E-04 7.364lE-04 6.9078E-04 6.4832E-04 6.0879E-04 5.7195E-04 5.3759E-04 5.0552E-04 4.7556E-04 4.4756E-04 4.2135E-04 3.9683E-04 3.7385E-04 3.5229E-04 3.3208E-04

1.8448E+08 878.7434 2.1387E+O8 918.5566 2.4818E+08 960.1478 2.8826E+08 1003.5964

1.4964E+07 816.4249 1.9082E+07 851.7791 2.4273E+07 888.7040 3.0802E+07 927.2532 3.8998E+07 967.5238 4.9264E+07 1009.5830 6.2lOOE+07 1053.5233 7.8117E+O7 1099.3935 9.807lE+07 1147.3095 1.2289E+08 1197.3525 1.5369E+08 1249.6198 1.9189E+08 1304.1960 2.3916E+08 1361.2269 2.9759E+08 1420.7629 3.697lE+08 1482.9836 4.586lE+08 1547.9389

5.5840E+Oi 3.3509E+08 1048.9651 3.8987E+O8 1096.3604 4.5398E+08 1145.8591

8.1036E-04 7.633&-O&

6.5569E+08 7.7036E+08 pxs~~'~l

1:2527E=O9 1.4742tF+09

..---.- . 7.1948E-04 6.7856E-04

.._-.-- _. ..--.-- .- .-. 4.2658E-04 5.2909E+08 1197.5633 4.0202E-04 3.7907E-04 3.576lE-04 3.3756E-04

6.1704E+08 1251.5321 7.2015E+08 1307.8911 8.4108E+08 1366.7321

6.4035E-04 6.0462E-04 5.7118E-04 5.3989E-04 S.lDSSE-04 4.8305E-04

._ .-- 1.7355E+09 2.0437E+O9 2.4072E+09 2*8364E+09

3.1878E-04 l.l495E+09 1492.2787 3.0120E-04 1.3453E+09 1559.2364 2.8470E-04 1.575lE+09 1629.0977 4.572lE-04 3.3425E+O9

4.3296E-04 3.9403E+09 4.1016E-04 4.6454E+09

1018.8953 1076.4107

2.6923E-04 1.8455E+09 1702.0533 2.5470E-04 2.1633E+09 1778.1650 ________________________________________----------------------------------------------------------------------------

3D(3/2) -- 30(5/2) 30(3/2) -- 4X1/2) 3D(5/2) -- 4S(l/2) 2 Ion _______L_-_-_-_-_-__------------ ____________-_-_-_______________ --_-_-_-_---_---_-______________

Energy S A Energy S A Energy S A ____________________--.---------------------------------------------------------------------------------------.-----

:67 :: %ir 58 Ce 47+

2; ;r, t;: 61 Pm SO+ 62 Sm 51+ 63 Eu 52+ 64 Cd 53+ 65 Tb 54+

ii $j ;;

:; :; 2;:

5: LHY 2':

3t F 2;: 75 Re 64+

g y; g: 78 Pt 67+ 79 AU 68+ 80 H 69+ 81 T 'i 70+ 82 Pb 71+ 83 Bi 72+

E 2 E= 86 Rn 75+

:87 ;; g 89 AC 78+

;': ;ha ig 92 U 81+

---_-_-_---

34.5200

l.O285E-03 4.1882E+OO 1319.3035 9.440lE-04 5.8746E+OO 1377.3076 8.6792E-04 8.1827E+OO 1436.4672 7.9924E-04 l.l32lE+01 1496.7741 7.371&-04 1.556&+01 1558.2194

6.7773E-04 6.2159E-04 5.7137E-04 5.263lE-04 4.8580E-04 4.493lE-04 4.1634E-04 3.8650E-04 3.5943E-04 3.3483E-04 3.1242E-04 2.9197E-04 2.7330E-04 2.5619E-04 2.4050;-04 2.2609E-04 2.1284E-04 2.0061E-04 1.8934E-04 1.7894E-04 1.6929E-04 1.6037E-04 1.5209E-04 1.4439E-04 1.3723E-04 1.3057E-04 1.2437E-04 l.l857E-04 l.l316E-04 l.O8llE-04 l.O337E-04 9.894DE-05 P.L782E-05 ._.. --- -_ 9.0881E-05 8.7216E-05 8.3772E-05 8.0531E-05

1296.3357 1352.3065 1409.3002 1467.3026 ;;p&

164;: -22;

WI:9152 1835.6411 ; y;. yi&

2032:lOSS 2099.2902 2167.2899 2236.0778 ;;m& .;;a;

2446:9620 ;;;;.;z

2664:0920 2737.7279 2811.9452 2886.7193 2962.0077 3037.7802 3113.9963 y;. 63;;

3344:9852 3422.6211 3500.5126 3578.5974 3656.8524 3735.2018 3813.6226

_--_-_-_-_-

.-. .- _. .__- -.- _. .-_-.-.. 6.8090E-04 2.1264E+Ol 1620.7953

37.2762 40.1956 43.2847 46.5501

4GZ 5714733

xi; 70:2387

6.2984li-04 5.834lE-04 5.L113E-04 __. .-- _ 5.0254E-04 4.6728E-04 4.3502E-04 4.0544E-04 3.7829E-04 3.5333E-04 3.3035E-04 ;Jl;W~-;CI

2:7158E:04 2.5488E-04 2.3940E-04 2.2507E-04 ylll$~-;t$

1:8789E:04 l.TIZOE-04 1.6722E-04 1.5792E-04 1.4923E-04 1.4112E-04 1.3353E-04 1.2643E-04 l.l978E-04 l.l355E-04 l.O770E-04 l.O22lE-04 9.7049E-05

2.8880E+Ol 1684.4911 3.9002E+Ol 1749.2951 5.2382E+Ol 1815.1999 6.9983E+Ol 1882.1912 9.3023E+Ol 1950.2614 1.2304E+02 2019.3942 1.6198E+02 2089.5789 2.1227E+02 2160.8041 2.7695E+02 2233.0564 3.5980E+02 2306.3165 4.655lE+02 2380.5762 5.9988E+02 2455.8120 7.7005Et02 2532.0138 9.8480E+02 2609.1618 1.2549E+03 2687.2413 l.S934E+03 2766.2237 2.0164E+03 2846.0967 2.5432E+03 2926.8376 3.1974E+03 3008.4312 4.0074E+03 3090.8443 S.D072E+03 3174.0563 6.2382E+03 3258.0364

102.1317

E-:E 169:3796 178.5430 188.0827 198.0095

7.7495E+03 3342.7721 9.6002E+O3 3428.2234 l.l861E+04 3514.3647 1.4614E+04 3601.1641 1.7962E+04 3688.5953 2.2020E+04 3776.6069 2.6930E+04 3865.1872 3.2855E+04 3954.2715 3.9993E+04 4043.8487

193 Atomic Data and Nuclear Data Tables, Vol. 47, No. 2. March 199



________________________________________---------------------------------.----------------------------------*------- 3P(3/2) -- 4P(l/2) 3P(l/2) -- 4P(3/2) 3P(3/2) -- 4P(3/2)

2 Ion ____________________------------ ________________---------------- --_----------------_____________

Energy s A Energy S A Energy S A ________________________________________----------------------------------------------------------------------------

56 Ba 45+ 57 La 46*

598 6: ::: 2: ;: ;: 62 Sm 51+ 63 Eu 52+ 64 Gd 53+ 65 Tb 54+

E $ E

69 Tm 58+

3': :I: 2:: 72 Hf 61+

2 :" 25:

3: it $1 77 Ir 66+ 78 Pt 67+ 79 Au 68+

:c: TH ? ;;: 82 Pb 71+

E El z: 85 At 74+

E RF: E 88 Ra 77+

;; fh" ;: 91 Pa 80+ 92 U 81+

1495.2947 2.108lE-03 1557.35W 1.9515E-03

3.0120E+l 3.4172E+l

1638.5412 1712.8530 1789.1503 1867.4658 1947.8333 ~y7;

2201:6059 2290.5466 p;. y:

:57;:99;;

276917544 2872.8188 2978.4072 3086.5729 g?;.;m;

7.828lE-04

1.3566E-03 1.234lE-03 l.l24lE-03 l.O252E-03 9.3602E-04 8.5554E-04

l.S312E+lO

3.1650E+li 1951.7540

1536.7529 1.7388E+lO 1602.3779 1.9694E+lO 1669.4144 2.225lE+lO 1737.8662 2.508lE+lO 1807.7373 2.8206E+lO 1879.0319

1.8000E-03 ; .W4~-ClZl . -

1.4096E-03 ; .;m32~-;Ig

1:1187E:O3

1620.6004 1.8098E-03

5.5207E+l 6.188lE+l 6.9212E+l 7.7251E+l tp404;=;

1:0615~+1 ; 357~~~

1.8921E+lO 2.1354E+lO 2.4044E+lO 2.70llE+l0 3.0278E+lO

;6p8:

1817:2925 1885.1513 1954.1416 2024.2541 2095.4778 2167.8021

1.68llE-03 1.5639E-03 1.4573E-03 1.35WE-03 1.2708E-03 l.l892E-03 l.l143E-03 l.O455E-03

7.1694E-04 y;m~-;;

5:5368E:04 5.0877E-04

3.5440E+10 2025.9078 3.9602E+lO 2101.4979 4.4165E+lO 2178.5285

l.OtiSE-03 3.3870E+lti 9.6530E-04 3.78llE+lO 8.9835E-04 4.2128E+lO 8.3703E-04 4.6850E+lO 7.8076E-04 5.2007E+lO

.._. --_ .- -__-.__-_ 4.9160E+lO 2257.0044 5.4618E+lO 2336.9301 6.0574E+lO 2418.3104 6.7062E+lO 2501.1502 7.412lE+lO 2585.4546 8.1788E+lO 2671.2283 9.0105E+10 2758.4769 9.9114E+lO 2847.2052

2241.2150 2315.7050 2391.2592

%Z:%i

9.8212E-04 9.2373E-04 8.6984E-04 yo20~~‘~cl

7:3119E:04 6.9155E-04 6.547lE-04

4.6785E-04 4.3050E-04 3.9636E-04 3.6514E-04 3.3655E-04 3.1037E-04 2.8632E-04 i.6425E-04 2.4396E-04 2.2530E-04 2.0813E-04 1.9230E-04 1.7772E-04 1.6427E-04 1.5183E-04

7.29llE-04 ys~-LJl

5:9739E:04 5.6OlOE-04 5.2563E-04 4.937lE-04 4.6413E-04 4.3670E-04 L.l123E-04

5.763lE+lO 6.3754E+lO 7.0414E+lO 7.7646E+lO 8.549lEtlO 9.3989E+lO

1.4347E+l 1.5809E+l 1.739lE+1 1.9lOlE+l 2.0947E+l

2624.1717 2703.8432 f78&:;;;

294817353 3032.2650 3116.7123

l.O886E*ll 2937.4190 l.l939E+ll 3029.1235 1.3075E+ll 3122.3246 1.4298E+ll 3217.0276 1.5615E+ll 3313.2386

1.0318E+11 l.l3l2E*ll 1.2384Etll 1.354lE+ll 1.4787E+ll

2.2937E+l fso~so~f~ 2:985lE+l

5.0513E-04 3.2500hl 4.8089E-04 3.5336E+l 4.5819E-04 3.8369E+l 4.3694E-04 4.1607E+l

4.506lE+l

6.2045E-04 5.8854E-04 5.588lE-04 5.3106E-04

4.1700E-04 3.9830E-04 3.8070E-04 3.6417E-04

3427.1091 3546.1697 3668.1137 3793.0091 3920.9281 ys&%;;

4323:5930

.--- 3.8754E-04

3202.05&j 3288.2759 3375.3469 3463.2456 3551.9456 ;64; 42:;

l.703lE+ll 3410.9633 3.6549E-04 1.6128E+ll 1.8550E+ll 3510.2082 3.4495E-04 1.7569E+ll 2.0179E+ll 3610.9790 3.258lE-04 1.9116E+11 2.1923Etll 3713.2821 3.0795E-04

4464.3930 1.4036E-04 ?.3789E+ll 3817.1236 4608.6265 1.2976E-04 2.578lEtll 3922.5105 4756.3898 l.lWSE-04 2.7907Etll 4029.4491 4907.7807 l.l088E-04 3.0171E+11 4i37:94bi 5062.9026 l.O249E-04 5221.8624 9.4713E-05 5384.7776 8.7512E-05

2.0777E+ll 2.2557E+ll 2.9127E-04

2.7567E-04 2.6106E-04 2.4740E-04

5551.7621 8;0838~-05 5722.9475 7.4652E-05 5898.4589 6.8916E-05

3.2582Etll 4248.0086 3.5143E+ll 4359.6434 3.7862Etll 4472.8572 4.0745E+ll 4587.6579 4.3797Etll 4704.0522 4.7024Etll 4822.0482

;3787;E’+;

5:68llEfl

2.4463Etll p5o~~'~~

. + 3.1013E+ll 3.34WE+ll 3.615lE+ll

3822.5819 3914.2050 3.4862~-04

3.3397E-04 3.2016E-04 3.0714E-04 2.9484E-04 2.8323E-04

6.1222E+l 6.5896E+l 7.0842Etl

2.3459E-04 2.2257E-04 2.1129E-04 2.0070E-04 1.9074E-04 1.8138E-04

4006.4800 4099 -3692 4192.8383 4286.8438 4381.3481

3.8978E+ll 4.1988E+ll 4.519lE+ll _______-____-_-___-_____________________----------------------------------------------------------------------------

4P(l/2) -- 4P(3/2) 3s(l/2) -- 4D(3/2) 3D(3/2) -- 4D(3/2) 2 Ion ________________________________ -_______________---------------- .--------------------------.----

Energy S A Energy S A Energy S A _____.__________________________________----------------------------------------------------------------------------

56 Ba 4% 57 La 46+

z :: z: 77 Ir 66+ 78 Pt 67+ 79 Au 68+

84 PO 73+ 85 At 74+ 86 Rn 75+ 87 Fr 76+

it ica z:

;y 6: ;;r 92 U 81+

41.4582 45.0180 48.8140 52.8580

83.0507

EE 102:6055 ~yc&

125:7215 134.3052

E-39% 162:9811

1EEl 196:5263 208.9071

532: - E 250:0365 265.1781

;&E: 315:3643

EE 373:4880 y; . ;;g

440:7001

4.9222E-02 4.5140E-02 4.146lE-02 3.8139E-02 3.5134E-02 fm~-;.l

2:7689E:02 2.5640E-02 2.3770E-02 2.2062E-02 2.0498E-02 1.9065E-02 1.7750E-02 1.6539E-02 1.5428E-02 1.4402E-02 1.3456E-02 1.2582E-02 l.l774E-02 l.l026E-02 l.O334E-02 9.6909E-03 9.0940E-03 8.5393E-03 8.0234E-03 7.5427E-03 7.0949E-03 6.677lE-03 6.287lE-03 5.9226E-03 5.5818E-03 5.2629E-03 4.9642E-03 4.6842E-03 4.4217E-03 4.1753E-03

5.7614E+D3 1793.7252 7.9763Et03 1871.8507 l.O982E+04 1951.9943 1.5040E+04 2034.1895 2.0492Et04 2118.4711 2.7785Et04 2204.8719 3.7497E+04 2293.4321 5.0375E+04 2384.1946 6.7382E+04 2477.1922

3.2733E-03 3.005lE-03 2.7619E-03 2.5414E-03 2.3409E-03 2.1583E-03 l.W20E-03 1.840lE-03 1.7012E-03 1.574lE-03 1.4576E-03 1.3508E-03 1.2526E-03 l.l624E-03 1.0794E-03 l.O028E-03 9.3227E-04 8.67lOE-04 8.0693E-04 7.5126E-04 6.W74E-04 6.5202E-04 $. 07g; 1 g

5:2863E-04 4.9323E-04 4.6032E-04 4.297lE-04 4.012lE-04 3.7467E-04 ;.~~mE~;~

3:0535E-04 2.8527E-04 2.6652E-04 2.4900E-04 2.3262E-04

5.8085EtlO 6.5WSE+lO 7.4804EtlO 8.4595E+lO

1454.3254 1518.1355 1583.3510 1649.9757 1718.0134 1787.4680 1858.3436 1930.6442 2004.3741 2079.5377 2156.1392 2234.1833 2313.6746 2394.6178

1.3486E-03 8.3852E+09 1.2373E-03 9.535lE+09 l.l37lE-03 l.O814E+lO l.D467E-03 1.2232E+lO 9.6502E-04 1.3803EtlO 8.9108E-04 1.5539EtlO 8.2400E-04 1.7453EtlO 7.6304E-04 1.9560E+lO 7.0752E-04 2.1875E+lO 6.569lE-04 2.4414EtlO 6.1068E-04 2.7196EtlO 5.6838E-04 3.0237EtlO 5.2962E-04 3.3557EtlO 4.9405E-04 3.7176E+lO 4.6139E-04 4.1116E+lO 4.3133E-04 4.53WE+lO 4.0362E-04 5.0049EtlO 3.7806E-04 5.509DE+lO 3.5446E-04 6.0549E+lO 3.3263E-04 6.6453E+lO 3.1242E-04 7.283lEtlO 2.9370E-04 7.9713EtlD 2.7632E-04 8.713lEtlO 2.6017E-04 9.5118EtlD 2.4516E-04 l.037lE+ll 2.3119E-04 l.l294E+ll 2.1819E-04 1.2285Etll 2.0605E-04 1.3347Etll 1.9473E-04 1.4486E+ll 1.8414E-04 1.5705E+ll 1.7426E-04 1.7008E+ll 1.6500E-04 1.840lE+ll 1.5633E-04 1.9888Etll 1.4821E-04 2.147SE+ll 1.4059E-04 2.3167E+ll 1.3343E-04 2.4969Etll 1.2672E-04 2.6887Etll

9.5457E+lO l.O749E+ll 1.2079Etll 1.3547E*ll 1.5166E+ll 1.6947E+ll 8.9756E+04

l.l908E+05 1.5737E+05 2.0720E+05 2.7182E+05 3.5537E+OS 4.6305E+OS 6.0142E+05 7.7872E+05

2572.4753 2670.0778 2770.0555 y&.$;wl;

3084:6784 3194.6253 3307.1873 3422.4401 ;54;.;:w& 378418659 3911.4619

1.8905E+ll 2.1054E+ll 2.34lOEtll 2.5989E+ll 2.8808E+ll 3.1888E+ll 3.5248Etll 3.89lOEtll

2477.0179 y6;.m:

2733:0085 2821.2862 l.OOS~E+D&

1.2940E+06 1.66loE+06 2.1263E+D6

4.2896E+ll 4.7230Etll 5.1939E+ll 5.7050E+ll 6.2592E+ll 6.8596E+ll 7.5095E+ll

2911.0464 3002.2949 3095.0370 3189.2785 3285.0254 3382.2836 3481.0592 3581.3583 3683.1872 3786.5526 3891.4610 3997.9189 4105.9333 4215.5114 4326.6598 4439.3864 4553.6979

2.7150E+D6 4041.0576 3.4580E+06 6173.7294 .- ..-..-_. 4.3937E+06 4309.5368 5.5697E+06 4448.5829 7.0446Et06 4590.9413 8.8908Et06 4736.7104 l.l19ti+D7 4885.9462 1.4074E+07 5038.7705 1.7656E+07 5195.2714 2.2107Et07 5355.5532 2.7632E+07 5519.7074 3.4478E+07 5687.8867 4.29LaE+07 5860.1694

8.2123E+ll ;.;;;g+;;

1:0676E=l2 l.l630E+l2 1.2657E+l2 1.3763E+l2 1.4952E+l2 1.6230E+l2 1.7603E+l2 1.9076E+l2

._-. .-- _. _--__. . 5.3414E+D7 6036.6815 6.6328E+07 6217.5413 2.0657E+l2 4669.6024

194 Atcmlc Data and Nuclear Data Tables. Vol. 47. No. 2. March 199’



________________________________________-------------------------.-------------------------------------------------- 3D3(5/2) -- 4D(3/2) 4S(1/2) -- 4D(3/2) 3s(1/2) -- 4D(5/2)

2 Ion _-______-__--_---_--____________ ___-__________-__-______________ __-_________-__-__--____________

Energy S A Energy S A Energy S A ____________________---------.----------------------------------------------------------.---------------------------

1431.3576 y;.;w&

1620:5042

1%% 1821:0674 1890.4486 1961.0894 y&W~

2180:5459 2256.2012 2333.1039 2411.2514 2490.6409 2571.2698 ;65;. ;s;

2820:5&S 2906.1225 2992.9052 3080.9098 3170.1330 3260.5717 3352.2225 3445.0822 3539.1471 3634.4141 3730.8794 3828.5393 3927.3904 4027.4287 4128.6504 4231.0516 4334.6282 4439.3763

3.5355E+09. 4.0171E+09 4.5520E+09 5.1448E+09 5,8003E+09 6.5237E+O9 7,3205E+09 8.1965E+09

pw&

146k38

4.3473E-02 3.9865E-02

1.8644E+06 1803.7008 2.1103E+06 1882.7044 2.3926E+06 1963.7832 2.7170E+06 2046.9732 3.0904E+06 2132.3119 3.5205E+06 2219.8345 4.01&X+06 2309.5841

9;1577E+o9

y5l5~-0gl

5:2191E:04 4.8174E-04 4.4538E-04 4.1243E-04 3.8247E-04 3.5522E-04 3.3036E-04 3.0766E-04 2.8691E-04 2.6787E-04 2.5039E-04 2.3434E-04 2.1957E-04 2.0595E-04 ; mmg-;Ll

1:7102E-04 ;.6lO?i-04 1.5183E-04 l-432%-04 1.3528E-04 1.2786E-04 1.2094E-04 l.lLSOE-04

1.0211E+10 l.l362E+lD 1.2620E+lO 1.3991E+lO 1.5482E+lO 1.7104E+lO 1.8864E+lO 2.0772E+lO 2.2836E+lO 2.5068E+lO 2.7478E+lO 3.0076E+lO 3.2875E+lO 3.5886E+lo 3.9122E+lO 4.2595E+lO 4.6319E+10 5.0309E+lO 5.4579E+lO 5.9144E+lO 6.4019E+lO 6.9222E+lO 7.4769E+lO

._ .__- . l.O848E-04 l.O286E-04 9.7596E-05 9.2672E-05 8.8059E-05 8.3733E-05 ;.%7~~43~

7:2273E:05 6.8899E-05 6.5724E-05

8.0678E+lO 8.6967E+lO 9.3654E+lO l.O076E+ll l.O830E+ll

189.1742 197.3465 205.8778 214.7891

2m3 243:9615 254.5631 f6$.m;

28912724 301.8846

%E37 343:1a19 358.1878 373.8524 390.2149 407.3020

E% 463:2376

45E-%5 526:9161 p52;

59914264 625.7537

y8s~-~~

2:1041E:02 1.9541E-02 1.8168E-02 1.6910E-02 1.5756E-02 1.4695E-02 1.3719E-02 1.2821E-02 l.l991E-02 l.l226E-02

--- .- --_. __-. 4.5897E+O6 2401.6063 5.2521E+06 2495.9366 6.0189E+O6 2592.6284 6.9070E+06 2691.7186 7.9371E+06 2793.2658 9.1328E+D6 2897.3156 l.O522E+07 3003.9162 1.2136EtO7 3113.1205 1.4016i+07 3224.9965 1.6204E+07 3339.5857 1.8755E+07 3456.9672 2.1730E+07 3577.1888 2.5203E+07 3700.3211 2.9257E+O7 3826.4244 3.3999fF+07 3955.5915

l.O518E-02 9.8628E-03 9.2556E-03 8.6925E-03 8.1694E-03 7.6833E-03 7.2309E-03 6.8097E-03 6.4170E-03 6.0506E-03 5.7084E-03 5.3885E-03 5.0894E-03 4.8093E-03 4.5468E-03 4.3007E-03 4.0698i-Of 3.8529E-03

44.3~3~-'00~

pO9~E~~~

3:3890 -03 ! 3.1203E-03 2.87558-03 2.6523E-03 2.44838-03 2.26198-03 2.0911E-03 1.9347E-03 1.7910E-03 1.6592E-03 1.5378E-03 1,4261E-03 ; .m2~-~cl

1:1408E-03 l.O599E-03

9.8508E-04 9.1587E-04 8.5181E-04 7.9244E-04 7.3739E-04 6.8632E-04 6.3890E-04 5.9484E-04 5.5391E-04 5.1584E-04 4.8040E-04 4.4742E-04 4.1670E-04 3.8808E-04 3.6140E-04 3.3653E-04 3.1332E-04

3.9543E+07 4087.8784 &.6031E+07 4223.3652 5.3624E+07 4362.1157 6.2520E+07 4504.2367 -.-_-.- . . .---. 7.2949E+07 4649.8062 8.5183E+D7 4798.9269 9.9527E+07 4951.6590 l.l637E+O8 5108.1288 1.3614E+08 5268.4291 l.%38i+08 5432.6685 1.8668E+08 5600.9435 2.1879E+08 5773.4113 2.5654E+08 5950.1353 3.0099E+08 6131.3065 3.5327E+O8 6316.9883

5.7938E+lO 6.5824E+lO 7.4603E+lO 8.4357E+lD 9.5176E+lO l.O715E+ll 1.2039E+ll 1.3500E+ll 1.5110E+ll 1.6881E+ll 1.8826E+ll 2.0959E+ll 2.3297E+ll 2.5854E+ll 2.0648E+ll 3.1696E+ll 3.5020E+ll 3.8637E+ll 4.2571E+ll 4.6845E+ll 5.1482E+ll 5.6508E+ll 6.1950E+ll 6.7837E+ll 7.4199Etll 8.1067E+ll 8.8476E+ll 9.6459E+ll l.O505E+12 1.1430Et12 1.2423Et12 1.3490E+12 1.4634E+12 1.5860Et12 1.7173E+12 1.8578Et12 2.0079E+12 ____________________----------.-------------------------------------------------------------------------------------

3D(3/2) -- 4D3(5/2) 3D(5/2) -- 4D(5/2) 4S(1/2) -- 4D(5/2) 2 Ion __--_____-_____--___------------ ____________________------------ --__--_-----_-__---_------------

Energy S A Energy S A Energy S A ________________________________________-----------------------.------------.-----------------------------------.---

1464.3010 5.5718E-04 2.3898E+09 1441.3333 2.3765E-03 9.4183EtO 1528.9892 5.1037E-04 2.7172Et09 1503.9882 2.1828E-03 l.O702E+l 1595.1399 4.6830E-04 3.0813E+D9 1567.9729 2.0084E-03 1.2127E+l 1662.7594 4.3038E-04 3.4851Et09 1633.2879 1.8510E-03 1.3707Etl 1731.8541 3.9615E-04 3.9322E+09 1699.9337 1.7087E-03 1.5454Etl 1802.4306 3.6519E-04 4.4261Et09 1767.9107 1.5796E-03 1.7382Etl 1874.4956 3.371lE-04 4.9707Et09 1837.2194 1.4627E-03 1.9506E+l 1948.0559 3.1162E-04 5.5701Et09 1907.8602 1.3562E-03 2.1841Etl 2023.1185 2.8845E-04 6.2286EtOQ 1979.8338 1.2592E-03 2:4id4i+l 2099.6907 2.6?33i-04 6.9509E+09 2053.1406 1.1708E-05 %7213E+l 2177.7800 2.4806E-04 7.7417Et09 2127.7813 1.0899E-03 3.0284Etl 2257.3936 2.3045E-04 8.6062E+09 2203.7563 l.O158E-03 3.3639Etl 2338.5395 2.1432E-04 9.5499E+09 2281.0662 9.4789E-04 3.7296Etl 2421.2256 1.9955E-04 1.0578EtlO 2359.7118 8.8554E-04 4.1278E+l 2505.4600 1.8597E-04 l.l698E+lO 2439.6935 8.2819E-04 4.5606E+l 2591.2507 l.TJSOE-04 1.2914EtlO 2521.0121 7.7540E-04 5.0305Etl 2678.6065 1.6203E-04 1.4235EtlO 2603.6682 7.2672E-04 5.5400E+l 2767.5356 1.5i46i-04 1.5666E+lO 2687.6624 6.8176E-04 6.0915Etl 2858.0472 1.4170E-04 1.7216EtlO 2772.9954 6.4022E-04 6.6879Etl 2950.1500 1.3268E-04 1.8891EtlO 2859.6681 6.0177E-04 7.3320E+l 3043.8535 1.2435E-04 2.0701E+lO 2947.6810 5.6613E-04 8.0267E+l 3139.1667 l.l664E-04 2.2653EtlO 3037.0349 5.3309E-04 8.7753E+l 3236.0993 l.O949E-04 2.4756E+lO 3127.7306 5.0239E-04 9.5809Etl 3334.6612 l.O285E-04 2.7020EtlO 3219.7688 4.7386E-04 l.O447E+l 3434.8625 9.6693E-05 2.9455E+lO 3313.1505 4.4730E-04 l.l377E+l 3536.7129 9.0968E-05 3.2070itlO 3407.8763 4.2257i-04 1.2375E+l 3640.2232 8.5639E-05 3.4876E+lO 3503.9471 3.9951E-04 1.3444Etl 3745.4036 8.0679E-05 3.7885EtlO 3601.3635 3.7799E-04 1.4589E+l 3852.2655 7.6054E-05 4.1108E+lO 3700.1269 3.5787E-04 1.5813E+l 3960.8193 7.1742E-05 4.4556EtlO 3800.2377 3.3906E-04 1.7122E+l 4071.0766 6.7715E-05 4.8244EtlD 3901.6970 3.2146E-04 1.8519Etl 4183.0487 6.3951E-05 5.2182E+lO 4004.5057 3.0498E-04 2.0010E+l 4296.7474 6.0431E-05 5.6387E+lO 4108.6648 2.8953E-04 2.1598E+l 4412.1844 5.7138E-05 6.087OitlO 4214.1749 2.75b4E-04 2.3290E+l 4529.3723 5.4053E-05 6.5648EtlO 4321.0376 2.6144E-04 2.5091E+l 4648.3229 5.1160E-05 7.0735E+lO 4429.2532 2.4864E-04 2.7005E+l 4769.0494 4.8448E-05 7.6148E+lti 4538.8233 2.3661i-04 2.9038E+l

144.9976 151.6816 158.6727 165.9853

la7%! 190:0045 198.7608 207.9186 217.4996

390.0027 407.8236 426.4313 445.8686 466.1669

725.2007

CpM2;E’-ll;

5:5943E:02 5.1504E-02 4.7489E-02 4.385lE-02 4.0548E-02 3.7545E-02 3.4809E-02 3.2313E-02 3.0032E-02 2.7942E-02 2.6028E-02 2.4270E-02 2.2655E-02 2.1167E-'02 1.9796E-02 1.8531E-02 1.7361E-02 1.6279E-02 1.5277E-02 1.4348E-02 1.3486E-02 1.2685E-02 l.l939E-02 l.l245E-02 l.O598E-02

9.9947E-03 9.4311E-03 8.9045E-03 8.4119E-03 7.9507E-03 7.5186E-03 7.1134E-03 6.7330E-03 6.3759E-03 6.0402E-03

2.7083Et06 3.1134E+06 3.5849E+06 4.1343E+06 4.7752Et06 5.5232E+06 6.3974E+06 7.4203.E+06 8.6174Et06 l.O020E+07 1.1665Eto7 1.3594Et07 1.5860E+07 1.8521Et07 2.1649Et07 2.5328Et07 2.9655Et07 3.4750E+07 4.0748Et07 4.7814Et07 5.6137E+O7 6.5952Et07 7.7524E+07 9.1170E+07 l.o726E+o8 1.2624E+08 1.4865E+08 1.7509Et08 2.0629Et08 2.4312E+08 2.8659E+08 3.3791E+08 3.9849Et08 4.7004Et08 5.5447EtO8 6.5421Et08 7.7190E+08

195 Atomic Data and Nudear Data Tat&.% Vol. 47. NO. 2. March 1991



2 Ion

___.__.....

2 Ion

_-....-.._.

567 :: 4g

:: ;; :;I 60 Nd 49+

2: ;: 5::

2 ',: 2: 65 Tb 54:

2 ip g

:; 2 2;:

3: HL'r' 66:: 73 Ta 62+ 74 W 63+

2 iz 2: 77 Ir 66+ 78 Pt 67+ 79 Au 68+

51': 3 % a2 Pb 71+

ii F:, z= 85 At 74+

i? ;: "6:

it i: z: 90 Th 79+ 91 Pa 80+ 92 U 81+

_-.._._....

4D(3/2) -- 4D3(5/2) 3P(1/2) -- 4F(5/2) 3P(3/2) 4F(5/2) -- ._.._.___...~._._...____________ . .._..___.....-__-..____________ . ..~_._.........~~~.....~~~.~... Energy s A Energy S A Energy s A ..__...__.._--.-.-._.----.-..--....-..----...-.-....---...--.--...---...-...-.-..--..-..-.---..------.-.

. . . .

9.9756

1%% 12:7837 13.8408

t:%z 24:8650

36.7610

tE 4411297

EE 85:5246 89.9859

K% . ._..__.-.

. . . .._.... Energy

,.....-_._.

128.1962 134.3802 140.8570 147.6409 154.7466 162.1894 169.9852 yp;

195:6591

FEE 225:1421

ttx; 258:9708 271.3146 284.2316 297.7465 311.8855 326.6754

$w~;~ 472:0690 494.1375

. . . ..--..

1.7402E-02 1.5964E-02 1.4671E-02 1.3505E-02 1.2451E-02 l.l498E-02 l.O632E-02 9.8460E-03 yo~~-~fJ

7:8811E:03 7.3358E-03 6.8361E-03 6y7&g

5:5687E:o3 5.2116E-03 4.8822E-03 4.5780E-03 4.2966E-03 4.0361E-03 3.7947E-03 3.5706E-03 3.3626E-03 3.1692E-03 2.9891E-03 2.8214E-03 2.6649E-03 2.5190E-03 2.3826E-03 2.2551E-03 2.1357E-03 2.0240E-03 1.9193E-03 1.8210E-03 1.7288E-03 1.6421E-03 . . . _ . _ . . _ .

lP(l/Z) -- . . - . _ . . . _ _

S .-...__.-_.

3.6133E-02 3.31&E-02 3.0414E-02 2.7977E-02 2.5777E-02 2.3787E-02 2.1986E-02 2.0349E-02 1.8860E-02 1.7504E-02 1.6266E-02 1.5135E-02 1.4099E-02 1.3150E-02 1.2278E-02 l.l476E-02 l.O737E-02 l.O056E-02

y242;:;;

8:3087E-03 7.8102E-03 7.3479E-03 6.9186~.03 --- _- 6.5195E-03 6.1479i-03 5.8018E-03 5.4791E-03 5.1779E-03 4.8963E-03 4.6332E-03 4.3868E-03 4.1559E-Oj 3.9394E-03 3.7363E-03 3.5455E-03 3.3663E-03

l.O952E+OO 1.5320E+OO 2.1284E+OO 2.9377E+OO 4.0294E+OO 5.4936E+OO 7.4469E+OO 1.0039E+Ol 1.3460E+Ol 1.7955E+Ol 2.3832E+Ol 3.1483E+Ol 4.1397E+Ol 5.4190E+Ol 7.0632E+Ol 9.1682E+Ol l.l852E+02 1.5263E+OZ 1.9580E+02 2.5028E+O2 3.1877E+02 4.0462E+02 5.1187E+02 6.4545E+02 8.1136E+02 1.0168E+03 1.2704E+03 1.5828E+03 1.9664E+03 2.4364E+03 3.0107E+03 3.7107E+03 4.5620E+03 5.5949E+03 6.8451E+03 8.3553E+03 l.O176E+04

..~...._..._.

4FC5/2) . . . -...__._

A . ..-._.-__..a

7,9707E+05 9.2469E+OS l.O745E+06 1.2504E+06 1.4573E+06 1.7009E+06 1.9879E+06 2.3264E+06 2-7259E+06 3.1978E+06 3.7556E+06 4.4154E+06 5.1963E+06 6.1212E+06 7.2170E+06 8.5162E+06 l.O057E+07 1.1885E+07 ; .40;;;+;;

1:9694Ef07 2.3331E+07 2.7654E+07 3.2792E+07 3.8903E+07 4.6170E+07 5.4814E+07 6.5100E+07 7.7338E+O7 9.1902E+07 l.O924E+08 1.2988E+08 1.5445E+08 1.8371E+08 2.1855E+08 2.6005E+08 3.0948E+08

-.-...-......

1725.2792 1802.2151 1881.1933 1962.2486 yg.4ll

221812486 2307.9905 2400.0055 2494.3375 2591.0319 2690.1360 2791.6986 2895.7705 3002.4048 3111.6564 3223.5822 3338.2423 3455.6979 3576.0135 3699.2559 3825.4958 3954.8053 4087.2603 4222.9390 4361.9250 4504.3042 4650.1673 4799.6065 4952.7217 5109.6153 5270.3951 5435.1727 5604.0701 ;;;;a~

6136:7322 . . . _ . . . _ .

. . _ _ . . . _ _ Energy

,-.--._.-..

E2(: 92:0429 94.7828 97.5843

:iE2; 106:3845

1E%; 115:8358 119.1442 122.5366 126.0162

E?% 137:0094

161.7962 ;y3;:

175:7857

. . . . _ . . .

1 96

8.2346E-03 8.0196E+lO 7.5390E-03 9.1319E+10 6.9122E-03 l.O375E+ll 6.3462E-03 l.l762E+ll 5.8343E-03 1.3308E+ll 5.3703E-03 1.5027E+ll 4.9491E-03 1.6935E+ll 4.5663E-03 1.9052E+ll 4.2177E-03 2.1397E+ll 3.8997E-03 2.3990E+ll 3.6093E-03 2.6854E+ll 3.3438E-03 3.0014E+ll 3.1007E-03 3.3497E+11 2.8776E-03 3.7330E+ll 2.6729E-03 4.1546E+ll 2.4846E-03 4.6178E+ll 2.3114E-03 5.1261E+ll 2.1518E-03 5.6834E+ll 2.0046E-03 6.2940E+ll 1.8687E-03 6.9623E+ll 1.7431E-03 7.6933E+ll 1.6269E-03 8.4921E+ll 1.5194E-03 9.3644E+ll 1.4195E-03 l.O316E+12 1.3270E-03 l.l354E+12 1.2411E-03 1.2486E+lZ l.l613E-03 1.3718E+12 l.O870E-03 1.5059E+12 1.0179E-03 1.6518E+12 9.5353E-04 1.8104E+12 8.9353E-04 1.9828E+12 8.3757E-04 2.1700E+12 7.8534E-04 2.3732E+12 7.3655E-04 2.5938E+12 6.9094E-04 2.8330E+12 6.4830E-04 3.0924E+12 6.0840E-04 3.3735E+12

.-. __.___ .__. .- ..___.___._

4P(3/2) -- f+F(5/2) . . . . . . .._.__. .- .__. . ___. s A

. . . . . . . . . . . . . . .._._._... _

l.O276E-02 pl4l~~‘~ll

7:9507E:03 7.3241E-03 6.7575E-03

4.2953E-03 4.0010E-03 3.73llE-03 3.4834E-03 3.2558E-03 3.0462E-03 2.8530E-03 2.6746E-03 2.5099E-03 2.3576E-03 2.2164E-03 2.0854E-03 1.9639E-03 1.8510E-03 1.7460E-03 1.6482E-03 1.5571E-03 1.4721E-03 1.3927E-03 1.3184E-03 1.2490E-03 l.l841E-03 l.l232E-03 1.0661E-03 l.O125E-03 9.6215E-04

. . . . . .._...__.

1623.4909 1691.7401 p5;;

yg:;m&

2055:1365 2132.2923 2210.9568 2291.1368 2372.8402 2456.0744 2540.8471 2627.1664 2715.0406 pm; Am;

2988:0748 3082.2524 3178.0279 3275.4107 ;4'v& 4;;;

:57;:g

378617648 3893.9932 4002.8980 4113.4905 4225.7810 4339.7808 4455.5011 4572.9538 4692.1497 4813.1019 4935.8213 5060.3214 __.._..._.

. . ..__..-. Energy

._...._...

3.2142E+04 1627.7640 3.4189E+04 1696.3992 3.6387E+04 1766.5282 3.8750E+04 1838.1584 4.1292E+04 1911.2975 4.4030E+04 1985.9534 4.6981E+04 2062.1341 5.0166E+04 2139.8476 5.3605E+04 2219.1026 5.7323E+OG 2299.9073 6.1346E+04 2382.2708 6.5702E+04 2466.2019 7.0422E+04 2551.7098 7.5541E+04 2638.8039 8.1098E+04 2727.4938 8.7134E+04 2817.7890 9.3695E+04 2909.6998 l.O083E+05 3003.2360 l.O860E+05 3098.4082 1.1706E+OS 3195.2269 1.2628E+05 3293.7030 1.3634E+OS 3393.8471 1.4732E+OS 3495.6708 1.5930E+05 3599.1852 1.7240E+OS 3704.4026 1.8672E+05 3811.3341 2.0237E+OS 3919.9921 2.1951E+OS 4030.3886 2.3827E+OS 4142.5368 2.5883E+DS 4256.4189 2.8136E+05 4372.1380 3.0606E+05 4489.6175 3.3315E+05 4608.9009 3.6289E+OS 4730.0013 3.9554E+OS 4852.9336 4.3140E+05 4977.7109 4.7079E+OS 5104.3489

._...__..~_......__...

;m;~-~f 1:3531E-02 1.2487E-02 l.l540E-02 l.O680E-02 9.8966E-03 9.1827E-03 8.5310E-03 7.9350E-03 7.3892E-03 6.8884E-03 6.4287E-03 6.0057E-03 5.6162E-03 5.2571E-03 4.9254E-03 4.6190E-03 4.3353E-03 4.0725E-03 3.8288E-03 3.6026E-03 3;3923E-03 3.1967E-03 3.0146E-03 2.8448E-03

I'EZ! 2:4003E:03 2.2711E-03 2.1501E-03 2.0369E-03 1.9307E-03 1.8309E-03

1 -zE-E 1:5668E:03

. .._._..____

8.7163E+lO 9.8582E+lO l.l123E+ll 1.2521E+ll 1.4064E+ll 1.5764E+ll 1.7634E+ll 1.9686E+ll 2.1936E+ll 2.4399Etll 2.7091E+ll 3.0029E+ll 3.3232E+ll 3.6718E+ll 4.0508E+ll 4.4623E+ll 4.9087E+ll 5.3922E+ll 5.9155E+ll 6.4811E+ll 7.0919E+ll 7.7509E+ll 8.4610E+ll 9.2257E+ll l.O048E+12 l.O932E+12 l.l882E+12 1.2900E+12 1.3992E+12 1.5162Et12 ; .64Mf;~

1:9185E+12 2.0713E+12 2.2345Et12 2.4085Et12 2.5940Et12

. _ - . . _ _ - . . .

Atomic Data and Nu Clear Data TaMes, Vd. 47, No. 2. March

2.6661E-03 2.4529E-03 2.2603E-03 2.0860E-03 ; .;2m~-tll

1:6536E:03 1.5345E-03 1.4257E-03 1.3263E-03 l.t351E-03 l.lSlSE-03 l.O748E-03 l.O042E-03 9.3912E-04 tp5E:;;

7:7259E-04 7.2522E-04 6.8135E-04 6.4063E-04 6.0285E-04 5.6772E-04 5.3505E-04 5.0463E-04 4.7627E-04 4.4981E-04 4.2510E-04 4.0202E-04 3.8041E-04 3.6020E-04 3.4126E-04 ;.;m:;f

2:9121E-04 2.7651E-04 2.6268E-04

-_. ..__..._. 3P(3/2) -- - . - . - . _ . . - .

S . .._...__...

1.9157E+10 2.1655E+lO 2.4420E+lO 2.7475E+lO 3.0843E*lO 3.4551E+lO 3.8625E+lO ;.3$09;;;;

5:3345E+lO 5.9193E+lO 6.5570E+lO 7.2514E+lO 8.0067E+lO 8.8271E+lO 9.7171E+lO l.O681E+ll l.l725E+ll 1.2854E+ll 1.4072E+ll 1.5387E+ll 1.6804E+ll 1.8329E+ll 1.9970E+ll 2.1734E+ll 2.3627E+ll 2.5657E+ll 2.7834E+ll 3.0165E+ll 3.2659E+ll 3.5326E+ll 3.8175E+ll 4.1217E+ll 4.444;:';;

5:160aE=ll 5.5532E+ll

. . . _ . - . _ - . .

4F(7/2) . _ _ _ . . _ _ _ .

A . . ..-.__..._

199



________________________________________------------------------------------------ 4P(3/2) -- 4F(7/2) 4F(5/21 -- 4F(7/2)

2 Ion ________________________________ ____-_-_--__--______------------

Energy s A Energy S A ________________________________________--.------------------------------------.--

91.0111 94.0213 97.1138

117.6047

'1&Z 200:3551 206.7100

6.2373E-02

5.2534E-02 5.719lE-02

4.2731 4.6591 5.0708

6.3933E-03

3.8940E-03 3.6048E-03

l.O337E-03

3.3417E-03 yolo;~-tl~

2:6832&03 2.5000E-03 2.3322E-03 2.1780E-03 2.0362E-03 1.9057E-03 1.7853E-03 1.6742E-03 1.5715E-03 ; Au65~~~;

1:3067E-03 1.2309E-03 l.l604E-03 l.O948E-03

4.3521E-03 6.1487E-03 8.6241E-03 1.2012E-02 1.6620E-02 2.2849E-02 3.1219E-02 f.2p&~~

7:6917E:O2 ; Am7~~4;

1:8068E:Ol 2.37ME-01 3.1170E-01 4.0665E-01 5.2825E-01 ~.~;m~-ll~

1:1300E:OO 1.4.L49E+oO

2.3438~+05 2.1683E+05

2.5359E+05 2.7465E+05

4.8341E-02 4.4555E-02 4.1132E-02 3.8030E-02 3.5213E-02 3.2652E-02 3.0318E-02 2.8188E-02

5.5094 5.9759

2% 7:5553 8.1458 8.7705 9.4306

10.1276

1EE 12:4532 13.3114

25.9989

19.4374 20.6360 21.8897

Si:Et

2.9775E+05 f.2312E+OS 3.5100E+05 3.8167E+O5 4.1545E+OS

2.6241E-02 4.5267E+O5 2.4459E-02 4.9372E+OS 2.2824E-02 5.3904E+OS

1.5418E-02 1.4494E-02 1.3636E-02 1.2840E-02 1.2102E-02 l.l415E-02 l.O776E-02 l.O181E-02 9.6255E-03 9.1074E-03 8.6235E-03 8.1710E-03 7.7474E-03 7.3508E-03 6.9789E-03 6.6300E-03

5.8909E+05 6.4442E+OS 7.0563E+05 7.7338E+OS 8.4842E+O% 9.3160E+OS l.O238E+06 l.l262E+06 1.2398E+06

..__ __ i :8407E+00 2.3366i+OO 2.9559E+OO 3.7268E+OO 4.6836E+OO 5.8674E+OO

1.3661E+06 1.5064E+06 1.6624E+06 1.8359E+06 2.0291E+O6 2.2441Et06 2.4836E+06 2.7505E+06 3.0479E+06 3.3794E+06 3.7492Et06 4.1617EtO6

tm 30:6679 32.3572 34.1163 35.9471 37.8516 39.8317

9,7677E-04 7.3280E*OO 9.2362E-04 9.1248E+OO 8.7399E-04 l.l329E+Ol 8.2759E-04 1.4026E*Ol 7.8417E-04 1.7318E+Ol 7.4352E-04 2.1325E+Ol 7.0542E-04 2.619OE+Ol

3.2084E+Ol .._ .-- _.

6.6969E-04 6.3614E-04 6.0463E-04

3.9207E+Ol 4.7795lz+Ol

6.3024E-03 5.9946E-03

4.6220Et06 5.1356Et06

41.8896 44.0274

197 Atomic Data and Nudear Data Tables. Vd. 47, NO. 2. March 199


TABLE V. Ml Transition Probabilities of Na-like Ions See page 18 1 for Explanation of Tables

________________________________________------------------------------------------------------------------------- 3P(1/21 -- 3P(3/2) 3S(1/2) -- 30(3/2) 30(3/2) -- 30(5/2)

2 Ion ________________-_-------------- ________________________________ ________________________________

Energy S A Energy s A Energy s A ________________________________________-------------------------------------------------------------------------

1 K% 119:7359 129.5996

203.2007

479.7705

z?!z2 575:1602

686.1160 726.9407 769.8345

%%8 911:9204 964.1041

1018.8953 1076.4107 ._----_-----.

.3164E+OO

3S(1/2) --

.3154E+OO

.-______-___.

.3143E+OO

.3132E+OO

S .___-_---___.

.3121E+OO

6.0503E-05

.3109E+OO

6.5832E-05

.3096E+OO

7.1520E-05

.3083E+oo

7.7584E-05

.3069E+OO

8.4091E-05

.3055E+OO

9.0956E-05

.3040E+OO

9.8254E-05

.3024E+OO

l.O604E-04

: po8008;;;

l.l429E-04

.2973E+OO

1.2301E-04

.2954E+OO

1.3224E-04

.2934E+OO

1.4202E-04

.2914E+OO

1.5243E-04

.2893E+oo

1.6336E-04

: pm;;

1.7489E-04

.2823E+oo

l.a70aE-04

.279aE+oo

2.0000E-04

.2771E+OO

2.1355E-04

.2744E+OO

2.2782E-04

: g+Cg

2.4285E-04

.2654E=OO

2.5871E-04

: ~~~~+ll~

2.7540E-04

.2551EfOO

2.9290E-04

:;;g:+Cl;

3.1129E-04

.2435E=OO

3.3060E-04

.2393E+OO

3.5093E-04

.2349E+OO

3.7227E-04

.2303E+OO

3.9462E-04 4.1805E-04 4.4262E-04 4.6842E-04 4.9546E-04 5.2372E-04 5.5333E-04 5.8431E-04 6.1676E-04 6.5075E-04

.--__-___-_-.

- _ _ _ _ _ _ - _ - _ 4S(l/2) _ _ _ _ _ _ - _ - -

A .---_-_-----

1.953aE+06 2.4163E+06 2.976aE+06 3.6538E+06 4.4714E+06 5.4498E+06 6.6208E+06 a.o20aE+06 9.6870E+06 l.l663E+07 ; .;~g~+;;

2:0036Ef07 2.3870E+07 2.8370E+07 3.3644E+O7 3-9823E+07 4.7019E+07 5.5401E+07 6.5149E+07 7.6479E+07 8.9616E+07 l.o4aoE+oa 1.2236E+Oa 1.4262E+08 1.6599E+08 1.9290E+oa 2.23aiE+oa 2.5931E+oa 3.0003E+08 3.4672E+Oa 4.00laE+oa 4.6125E+Oa 5.3104E+oa 6.1069E+Oa 7.0155E+oa a.o515E+oa

-_---_---. Energy

_ - _ - _ _ _ - - -

1658.7032 1731.0228 ;ao;.;m&

1958:6771

5EE 2202:8455 2288.0180

ttzx: 2555:2663 2648.3549 y4;.w;

2940:0622 3041.5554 3145.2436 3251.1553 3359.3329 3469.8122

%?t%i g54lt

405813681 4183.6392 4311.5597 4442.1657 4575.5329 4711.7172 4850.7839 4992.7913 5137.8338 5285.9501 5437.2550 5591.7876

---_----_-.

4.9119E+06 6.2750E+06 7.9827E+O6 l.O114E+07 1.2765E+07 1.6050E+07 2.010aE+07 2.5106E+07 ;.;V4;;+;;

4:7925E=o7 5.9090E+07 7.264aE+07 8.9072E+07 i.o892E+oa 1.3285E+oa 1.6163E+Oa 1.961aE+oa 2.375aE+oa 2.8706E+oa 3.4610E+08 4.1643E+Oa 5.0005E+oa 5.9929E+oa 7.16a7E+oa a.5597E+oa l.O203E+09 1.2141E+09 1.4423E+09 1.710aE+09 2.0261E+09 2.3960E+09 2.8293E+09 3.3365E+09 3.9293E+09 4.6216E+09 5.4289E+09

AXE 36a:6433 384.2138

%-tzt 435:oaa5 pm';

492:9376

E% 558:7761 582.6905 607.6605

782.5709

1009.5830 1053.5233 1099.3935 1147.3095 1197.3525 1249.6198 1304.1960 1361.2269 1420.7629 1482.9836 1547.9389

2.6903E-06 2.9327E-06 ;.;Wlg-;Cl

3:7687E-06 4.0882E-06 4.4285E-06 4.7961E-06 5.1849E-06 5.6029E-06 6.0467E-06 6.5207E-06 7.0299E-06 7.5685E-06 8.1449E-06 a.7569E-06 9.4123E-06 1 mm:;;

1:1632E-05 1.2471E-05 1.3359E-05 1.4303E-05 1.5309E-05 1.6375E-05 1.7512E-05 ; 27la7m:;;

2:1351E-05 2.2790E-05 2.4325E-05 y;w~-;;

2:9495E:05 3.1437E-05 y495~~~~

- - _ _ - _ _ _ _ . Energy

_ _ _ _ _ _ - _ _ _ .

1319.3035 1377.3076 1436.4672 1496.7741 1558.2194 ;62&;;::

1749:2951

E% 1950:2614 2019.3942 2089.5789 2160.8041 2233.0564 2306.3165 2380.5762 2455.8120 2532.0138 2609.1618 2687.2413

:E%z 292618376 ;;cJ;A343;

:;;;:;;W&

334217721 3428.2234

z:*:z: 368815953 3776.6069 3865.1872 3954.2715 4043.8487

_ - - - _ _ _ - _ _ _ _ 30(3/2) -- _ _ _ _ _ - _ - - _ _ -

S .__---_------

1.6165E-08 1.7844E-08 1.9628E-08 2.1541E-08 2.3461E-08 2.5706E-08 2.807aE-08 3.0600E-08 3.3153E-08 3.6063E-08 3.9144E-08 4.2409E-08 4.5692E-08 4.9405E-08 5.3368E-08 5.7523E-08 6.1702E-08 6.6375E-08 7.1346E-08 7.6556E-08 iyo20~-~~

9:3670E-08 l.O012E-07 l.O6a6E-07 l.l392E-07 1.2101E-07 1.2877E-07 1.3693E-07 1.4541E-07 1.5424E-07 1.6306E-07 1.7267E-07 1.8264E-07 1.9300E-07 2.036aE-07 2.1472E-07

3.7215E+02 4.5921E+02 5.6569E+02 6.9610E+02 8.5632E+02 l.O519E+O3 1.2905E+03 1.5832E+03 1.9391E+03 2.3745E+03 2.9042E+O3 3.5502E+03 4.3395E+03 5.2979E+O3 6.4662E+03 7.8863E+03 9.6170E+03 l.l717E+O4 1.4273E+04 1.7374E+04 2.114aE+04 i?.5722E+04 3.1274E+04 3.8019E+04 4.6189E+04 5.6119E+04 6.8137E+04 a.271oE+04 l.o03aE+05 1.217aE+05 1.4774E+05 1.7914E+05 2.1716E+05

- - - - - - - - - - - I

4%1/2) -__-_-___-

A _ _ _ _ _ _ _ _ _ - _

2.6268E+02 3.2991E+02 4.116aE+02 5.1115E+02 6.2810E+02 7.7452E+02 9.4970E+02 l.l591E+03 1.4032E+03 1.7016E+03 2.0547E+03 2.4713E+03 2.9500E+03 3.5272E+03 4.2052E+03 4.9935E+03 5.8905Et03 6.9566Et03 a.l955E+03 9.6225E+03 l.l267E+O4 1.3115Et04 1.52alEt04 1.7763E+04 2.0589E+04 2.3803E*04 2.7382E*04 3.1514E+04 3.6194Et04 4.145aE+04 4.7375Et04 5.3aaaE+04 6.1322Et04

2.3826E+OO 2.3819E+OO 2.3allE*oo 2.3803E+oo 2.3795EtOO 2.3786EtOO 2.377aE+oo 2.3769E+OO 2.3760EtOO 2.3751EtOO 2.3742EtOO 2.3732E90 2.3722EtOO 2.3712EtOO 2.3702EtOO 2.3692EtOO 2.36alE+OO 2.3671EtOO 2.3660Etoo 2.364aEtoo 2.3637EtOO 2.3625EtOO 2.3614EtOO 2.3601EtOO 2.3589E+oo 2.3577EtOO 2.3564E+OO 2.3551E+OO 2.353aEtoo 2.3524EtOO 2.3510EtOO 2.3496EtOO p2~'ll~

2:3453E=OO 2.343aEtoo 2.3423EtOO _ _ _ _ _ _ _ _ _ _ _ _

3P(1/2) -- _ _ _ _ _ _ - _ _ _ _ -

S .______-- -_--

1.9781E-05 2.1517E-05 2.3367E-05 2.5331E-05 2.7430E-05 2.9663E-05 3.2034E-05 3.4541E-05 3.7211E-05 4.0039E-05 4.3034E-05 4.6190E-05 4.9540E-05 y~m&-cg

6:075aE:05 p4~-cg

7:3902E:05 7.8760E-05 a.385aE-05 p3;;-cl;

1:0083E-o4 l.O707E-04 l.l360E-04 1.2048E-04 1.2769E-04 ; .;;g-8;

1:514aE-04 1.6020E-04 ; .@32932~~~

l:aaa9E-o4 1.9934E-04 2.1031E-04

._-_--- _-----

_____......

4P(1/2) _____-_-__

A - _ _ _ _ - _ _ _ _ -

5.7022Et05 7.0639Et05 8.7160E+05 l.O710E+06 1.3118E*06 1.6012E+06 1.94aOEt06 2.3615E+06 2.8550Et06 3.4414E+06 4.1364Et06 4.9571E+06 5.926aE+06 7.0683E+06 8.4092E+06 9.9810Et06 l.lalaE+07 1.3966Et07 1.6469Et07 1.9383E+07 2.2764Et07 2.6689E+07 3.1236E+07 3.6494E,+07 4.2566E+07 4.9562EtO7 5.762aE+07 6.6907EtO7 7.7569E+O7 a.9806E+07 l.o382E+oa l.l989E+oa 1.382a~toa 1.5930Etoa l.a33lE+oa 2.1069EtOa 2.4194E+oa

.--____- _-__

__-_---_-. Energy

__----___-.

;59;m;

1740:3363 1814.6078 y&m;

2048:2634 2129.8398 2213.3028 2298.6785 2385.9937 ypm;

265918634 2755.2288 ;;s;.;;g

3054:0107 ;;nJ;;v;

337215805 3483.3511 3596.4828 3712.0210 3830.0125 3950.5071 4073.5565

f:K:% 445815842

%-4o~ 486a:6990 5011.2896 yg.944'i

545717588

6.8092E+04 a.7797E+04 l.l261E+05 1.4372Et05 l.a255E+05 2.3079Et05 2.9050E*05 3.6411Et05 4.5450Et05 5.6511Et05 6.9996Et05 a.6382E*05 l.O623E+06 1.3019Et06 1.5903E*O6 1.9365E+06 2.3507E+O6 2.8451Et06 3.4336Et06 4.1322Et06 4.9594E+06 ',x67367;;;

a:4431E+06 l.O032E+07 l.l893E+07 1.4067E+O7 1.6601E+07 1.9551E+07 2.2977Eto7 2.6948E+07 3.1544E+07 3.6853E+07 4.2975Et07 5.0023E+07 5.8124E+07 6.7420E+07

198 Atomic Data and Nuclear Data Tables. Vol. 47, NO. 2. March 1991


Ion

___--___

:f 44;: Ce 47+

I;; t8: Pm 50+

:: g::

Fdb ;tr oy 55+ Ho 56+

:; gz

:: 2;: Hf 61+ Ta 62+

ie EZ

y; 2: Pr 67+

;" g:: T 70+ P ;y z

PO 73: At 74+

:: ;:: Ra 77+ AC 78+ Th 79+ Pa 80+ U 81+

_ - _ _ _ _ - _

Ion

TABLE V. Ml Transition Probabilities of Na-like Ions See page 181 for Explanation of Tables

______-_____-____---___ 3P(3/2) --

-___---__-_----_------

Energy s _--------___----_------

1495.2947 2.7677E-03 1557.3599 3.0029E-03 1620.6004 3.2543E-03 1685.0082 3.523lE-03 1750.5751 3.8lOOE-03 1817.2925 4.1160E-03 1885.1513 4.4423E-03 1954.1416 4.7904E-03 2024.2541 5.1608E-03 2095.4778 5.5553E-03 2167.8021 5.9749E-03 2241.2150 6.4215E-03 2315.7050 6.8962E-03 2391.2592 7.4006E-03 2467.8647 7.9365E-03 2545.5068 8.5055E-03 2624.1717 9.1099E-03 2703.8432 9.75llE-03 2784.5059 l.O43lE-02 2866.1425 l.l153E-02 2948.7353 l.l918E-02 3032.2650 1.2730E-02 3116.7123 1.3590E-02 3202.0563 1.450lE-02 3288.2759 1.5467E-02 3375.3469 1.6490E-02 3463.2456 1.7574E-02 3551.9456 1.8723E-02 3641.4215 1.9939E-02 3731.6435 2.1227E-02 3822.5819 2.259lE-02 3914.2050 2.4036E-02 4006.4800 2.5565E-02 4099.3692 2.7185E-02 4192.8383 2.8900E-02 4286.8438 3.0717E-02 4381.3481 3.264lE-02

__-__-_-__-_--__------.

4P(l/2) -- ___________.__________

Enenrgy S __-_________.__________

--------_-_.

@(l/2) ______-___ A .-----m-----.

6.5479E+O7 8.0262E+07 9.8016E+O7 l.l927E+O8 1.4463E+08 1.748lE+08 2.1060E+08 2.5296E+O8 3.0292E+08 3.617lE+08 4.3073E+08 5.1156E+08 6.0600E+08 7.1607E+O8 8.44llE+08 !yi&EE~~

1:3640E+09 1.5937E+o9 1.8582E+09 2.1624E+09 2.5115E+09 2.9115E+09 3.3690E+09 3.8915E+09 4.4874E+09 5.1658E+09 5.9372E+09 6.8127E+O9 7.8054E+09 8.9293E+09 1.0200E+10 l.l634E+lO 1.3252E+lO 1.5074E+lO 1.7124E+lO 1.9426E+lO

- - - _ _ - - - - _ _

4P(3/2) _ _ _ _ _ _ _ _ _ -

A _ _ _ _ _ _ _ _ _ _ _

41.4582

GE! 52:8580 57.1623 61.7394

%.27 7712438

EE 95:7151

102.6055 109.8910

K'%E 134:3052

1x5[: 162:9811 173.5893 184.7626 196.5263 208.9071 221.9323 235.6321

333.8036 353.1634 373.4880 $. 4;g

440:7001 .- ---__ -_-

1.3205E+OO 1.3196E+OO 1.3187E+OO 1.3178E+OO 1.3168E+OO ; A:$+;;

1:3135E=OO 1.3123E+OO 1.3111E+00 1.3097E+OO 1.3084E+OO 1.3069E+OO 1.3054E+OO 1.3037E+oo 1.3020E+OO 1.3003E+OO 1.2984E+OO 1.2965E+OO 1.2944E+OO 1.2923E+OO 1.2900E+OO 1.2877E+OO 1.2852E+OO 1.2826E+OO 1.2799E+OO 1.277lE+OO 1.274lE+OO 1. po~'cl~

1:2643E=OO 1.2607E+OO 1.2570E+OO 1.253lE+OO 1.2490E+OO 1.2447E+OO 1.2402E+OO

-_----__----.

3.3292E+05 4.2598E+O% 5.427lE+05 6.8859E+05 8.7022E+05 l.O956E+06 1.3743E+06 1.7178E+06 2.140tiE+O& 2.6573E+06 3.2892E+06 4.0592E+06 4.9949E+06 6.1290E+06 7.5003E+06 9.1544E+06 l.l145E+07 1.3536E+07 1.640lE+07 1.9827E+O7 2.3917E+O7 2.8788E+07 3.458lE+07 4.1458E+07 4.9606E+07 5.9246E+O7 7.0632E+07 8.4060E+07 ;38$3+;CV&

1:4030E=08 1.659lE+08 1.9590E+08 2.3098E+08 2.7197E+O8 ;.gl9g+;Il

. +

__________ Energy

.----_--w-m

1638.5412 1712.8530

E-E 1947:8333 2030.2879 2114.8661

t%% 3086:5729 if;;;. 372;

3427:1091 3546.1697 3668.1137 3793.0091 3920.9281 y&y;

4323:5930 4464.3930 4608.6265 4756.3898 4907.7807 5;;: 30;~

538417776 5551.7621 5722.9475 5898.4589

_--____-__.

_____-__-_ Energy

_---_-_---.

---------------__------. 3P(l/2) -- 4P(3/2) _________-__----_--___

S A _________________--_---.

1.8254E-03 2.8412E+07 1.9662E-03 3.4960E+07 2.1152E-03 4.2862E+07 2.2729E-03 5.2374E+07 2.4394E-03 6.3785E+07 2.6152E-03 7.7439E+O7 2.8006E-03 9.3730E+07 2.996lE-03 l.l312E+08 3.2019E-03 1.3614E+08 3.4185E-03 1.634lE+08 3.6462E-03 1.9564E+08 3.8856E-03 2.3364E+08 4.1370E-03 2.7835E+08 4.4008E-03 3.3085E+08 4.6775E-03 3.9239E+O8 4.9675E-03 4.6437E+O8 5.2713E-03 5.4844E+08 5.5894E-03 6.4643E+08 5.9220E-03 7.6045E+08 6.2700E-03 8.9295E+08 6.6336E-03 l.O467E+O9 7.0135E-03 1.2247E+O9 7.4lOOE-03 1.4307E+09 7.8236E-03 1.6686E+09 8.255lE-03 1.943lE+O9 8.7048E-03 2.2593E+09 9.1732E-03 2.6232E+O9 9.66llE-03 3.0415E+09 l.O168E-02 3.5217E+O9 l.O697E-02 4.0724E+09 l.l245E-02 4.7034E+O9 l.l816E-02 5.4256E+09 1.2408E-02 6.2513E+09 1.3023E-02 7.1945E+09 1.366lE-02 8.27lOE+09 1.4323E-02 9.4988E+09 1.5009E-02 l.O898E+lO

.-----_-----_--_-___----.

3S(l/2) -- 4D(3/2) .__________________-___

S A .___-___--_-_-____-_----.

1.5628E-06 1.702lE-06 1.8515E-06 ;.~o$gll

. - 2.347lE-06 ;.53;3:;;

2:9252E-06 3.1354E-06 3.3569E-06 3.5856E-06 3.8259E-06 4.0735E-06 4.3302E-06 4.599OE-06 4.8762E-06 5.1606E-06 5.4535E-06 5.7580E-06 6.0698E-06 6.3875E-06 6.7126E-06 ;.;4g;:"o::

7:7339E-06 8.0840E-06 p943:;:

9:1594E-06 9.5296E-06 9.8949E-06 l.O260E-05 l.O625E-05 l.O987E-05 l.l346E-05 8.83llE+06 4553.6979 8.9207E-04 2.9804E+08 l.l706E-05 9.9553E+06 4669.6024 9.368lE-04 3.3750E+08

3.1912E+04 1454.3254 3.9499E+04 1518.1355 4.8724E+04 1583.3510 5.97&x+04 1649.9757 7.3124E+04 1718.0134 8.9013E+04 1787.4680 l.O804E+05 1858.3436 1.3065E+05 1930.6442 1.5733E+05 2004.3741 1.8885E+05 2079.5377 2.2609E+05 2156.1392 2.6966E+05 2234.1833 3.2083E+05 2313.6746 3.8038E+05 2394.6178 4.4969E+05 2477.0179 5.3052E+05 2560.8795 6.2408E+05 2646.2081 7.3195E+05 2733.0085 8.5629E+05 2821.2862 9.9983E+05 2911.0464 l.l644E+06 3002.2949 1.3525E+06 3095.0370

3189.2785 3285.0254 3382.2836 3481.0592 358;. 7;:;

378615526 3891.4610 3997.9189 4105.9333 4215.5114 4326.6598 4439.3864

9.6572E-05 l.O5lOE+06 l.O498E-04 1.2997E+O6 l.l392E-04 1.5999E+06 1.2342E-04 1.9616E+06 1.3352E-04 2.3955E+06 1.4423E-04 2.9144E+06 1.5555E-04 3.532lE+06 1.6755E-04 4.266OE+06 1.8023E-04 5.1349E+O6 1.9363E-Oib 6.16lOE+06 2.0775E-04 7.368OE+O6 2.2265E-04 8.7852E+06 2.3834E-04 l.O444E+07 2.5485E-04 1.2382E+07 2.7223E-04 1.4639E+O7 2.9047E-04 1.7260E+07 3.0963E-01 2.0300E+07 3.2973E-04 2.3816E+07 3.5083E-04 2.7875E+07 3.729OE-Ok 3.2547E+O7 3.9602E-06 3.7919E+07 4.2022E-04 4.4082E+07 4.4553E-04 5.1137E+O7 4.72OOE-04 5.9202E+07 4.996lE-04 6.8397E+O7 5.2845E-04 7.887lE+07 5.5854E-04 9.0778E+07 5.8992E-04 l.O429E+O8 6.2265E-04 l.l96lE+08 6.5672E-04 l.M93E+08 6.9218E-04 1.5649E+08 7.29lOE-04 1.7857E+O8 7.6750E-04 2.0343E+08 8.0743E-04 2.3139E+O8 8.4895E-04 2.62EOE+OS

199 Atomic Data and Nudew Data Tables. Vol. 47. No. 2. March 1291



__-___-__. Energy

___-___-__. 1431.3576 1493.1344 1556.1840 1620.5042

1%-E: 1821:0674 1890.4486 1961.0894 2032.9876 2106.1405 2180.5459 2256.2012 2333.1039 2411.2514 2490.6409 2571.2698 g.;;mt

2820:5645 2906.1225 2992.9052 3080.9098 3170.1330 3260.5717 3352.2225 3445.0822 3539.1471 3634.4141 3730.8794 3828.5393 3927.3904 4027.4287 4128.6504 4231.0516 4334.6282 4439.3763

-___.-__-_.

_ _ _ - _ _ _ - _ . Energy

._____..-_. 56 Ba 45+ 1441.3333 57 La 46+ 1503.9882 58 Ce 47+ 1567.9729 59 Pr 48+ 1633.2879 60 Nd 49+ 1699.9337 61 Pm SO+ 1767.9107 62 Sm 51+ 1837.2194 63 Eu 52+ 1907.8602 64 Cd 53t 1979.8338 65 Tb 54t 2053.1406 66 Dy 55t 2127.7813 67 Ho 56+ 2203.7563 68 Er 57+ 2281.0662 69 Tm 58+ 2359.7118 70 Yb 59+ 2439.6935 71 Lu 6D+ 2521.0121 72 Hf 61t 2603.6682 73 Ta 62t 2687.6624 74 U 63+ 2772.9954

.-____-_ _ _--. 3D(5/2) --

.-_-.-_-_---- S

.-___---__-.. 3.2496E-04 3.5292E-04 3.8270E-04 4.1432E-04 4.478%.04 4.8349E-04 y;m~-g

pW&:;C$

6:9512E-04 7.4478E-04 7.9712E-04 8.5224E-04 9.1025E-04 9.7129E-04 l.O354E-03 l.l027E-03 l.l733E-03 1.2475E-03 1.325lE-03 1.4064E-03 1.4916E-03 1.5807E-03 1.6739E-03 1.7713E-03 1.8730E-03 1.9793E-03 2.090lE-03 2.2058E-03 2.3265E-03 2.4522E-03 2.583lE-03 2.7195E-03 2.8614E-03 3.009lE-03 3.1628E-03

. - . _ _ - _ - _ _ _ _

3D(5/2) -- _ - _ _ _ - _ _ . _ . _

S ..-.-_------.

75 Re 64+ 2859.6681 76 OS 65+ 2947.6810 77 Ir 66t 3037.0349 78 Pr 67+ 3127.7306 79 Au 68+ 3219.7688 80 H 69+ 3313.1505 81 T 9 70t 3407.8763

4.7114E-04 5.118lE-04 5.55lOE-04 tym;-;;

7:0122E:04 7.5586E-04 8.1354E-04 8.7446E-04 9.3872E-04 1 m6cm&-~rl

1:1529E:03 1.2318E-03 1.3148E-03 1.4018E-03 ;.;92::;;

1:6887E-03 1.7935E-03 1.9032E-03 f.w7~-cg

2:262lE:03 2.3923E-03 2.528lE-03

,___ - ___---._ 40(3/2) - - - - _ _ _ - - -

A ._---___----_

3.3717EtD6 4.1567E+D6 5.1030Et06 6.2383E+06 7.5962E+D6 9.2145Et06 1.1138E*07 1.3414EtD7 1.6lOlE+07 1.9264EtD7 2.2977E+D7 2.732lEt07 3.2392E+07 3.8295Et07 4.515lEt07 5.3096EtD7 6.2276EtD7 7.2863EtD7 8.5046Et07 9.904lE+D7 l.lSD7EtD8 1.334lE+D8 l.S433E+08 1.7818E+08 2.053DEtD8 ;.gmglll

3:1044E=08 3.5502E+08 4.0530E+08 4.6193E+08 5.2558E+08 5.9704Et08 6.7715E+08 7.6683Et08 8.67lOE+08 9.7908Et08

. _ _ _ . _ _ _ _ _ _ .

4D(5/2) . _ . _ - _ _ . _ _

A _ _ _ _ - _ _ _ _ - _ .

88 Ra fit 4108.6648 3.6466E-03 89 AC 78+ 4214.1749 3.8323E-03 90 Th 79t 4321.0376 4.0251E-03 .- _. .__._ -_.- ;; p t33 4429.2532

+ 4538.8233 4.2250E-03 4.4323E-03

3.3276E+06 4.1070E+06 S.D475E+06 6.1765E+D6 7.5279E+06 9.1395E+06 l.l056E+07 1.3326E+07 1.6007E+O7 1.9164Et07 2.2872Et07 2.72llE+07 3.2278Et07 3.8179Et07 4.5034E+D7 5.2979E+07 6.2160E+07 7.275DEtD7 8.4937E+O7 9.8934Et07 1.1498Et08 1.3332E+D8 l.S425E+08 1.78lDE+08 2.0522E+D8 2.36DlE+D8 2.7089E+08 3.1035E+08 3.5490E+08 4.0513Et08 4.6168E+08 5.2526Et08 5.9659EtD8

__-_.__-_. Energy

-_---___-.

166.6727

EtE::S 254:5631 g. lw;

289:2724

%E% 328:8133

:4;- 1::: 37318524

%-5% 425:1508 443.7805 463.2376

%t%S 526:9161 y2;

SW:4264 625.7537

_ _ _ _ . _ - _ _ .

-_ __.-.__. Energy

_ _ _ _ - _ _ _ _ .

9.9756

1?% 12:7837

lE% 16:1520

x47 20:1531

f:%i 24:865D

tEf 30:3712

E-:;: 36:76lD

t';'.E 4411297

2.39DlEtOO 2.3896EtOD 2.3892EtDD 2.3887EtDD 2.3882EtOO 2.3876E+DO ;.;m;;; 2:3860EtOO 2.3855E+OO 2.3849EtOO 2.3843EtOO 2.3837EtDO 2.3830E+OO 2.3824E+OO 2.3818EtOO 2.38llEtDO ;.;BO~+ll~

2:3790E=OO 2.3782EtDO 2.3775E+OO 2.3767E+OO 2.3759EtOD 2.375lE+OO 2.3742E+OO 2.3734EtDO 2.3725E+DO 2.3716EtDO 2.3707EtDD 2.3698EtOO 2.3688E+OO 2.3679E+OO 2.3669E+DO 2.3658E+OO 2.3648E+OO 4.726lE+06 2.3638E+OD 5.4836E+06

-----_---. Energy

. - _ - - _ _ . - _ . 1464.3010 1528.9892 ;59;.gl3

1731:8541 1802.4306 1874.4956 1948.0559 2023.1185 2099.6907 2177.7800 2257.3936 2338.5395 2421.2256 2505.4600 2591.2507 2678.6065 2767.5356 2858.0472 2950.1500 3043.8535

zx5 $6;:

:53;:;;:;

3745:4036 3852.2655 3960.8193 4071.0766 4183.0487 4296.7474 4412.1844 4529.3723 4648.3229 4769.0494

._-___-_-_.

_ - _ _ _ - _ _ - Energy

._-_-_-___.

5.5966EtD3 1623.4909 7.2069EtD3 1691.7401 9.2333E+03 1761.4574 l.l77lE+04 1832.6491 1.4936E+D4 1905.3216 1.8866EtD4 1979.4819 2.3727E+04 2055.1365 2.9716E+04 2132.2923 3.7066E+04 2290.9568 4.6056Et04 2291.1368 5.7013E+04 2372.8402 7.0322Et04 2456.0744 8.6437E+O4 2540.8471 l.O589E+05 2627.1664 1.2930E+05 2715.0406 1.5739E+DS 2804.4776 1.9lDOEt05 2895.4862 2.3lllE+OS 2988.0748 2.7885E+05 3082.2524 3.3552E+05 3178.0279 4.0264Et05 3275.4107 4.8194EtOS 3374.4097

.--__-------. 3D(3/2) --

.--_-.-_-___. S

.--_---_-_-_. 1.3155E-04 1.4254E-04 1.5419E-04 ; .6m~4ll

1:9345E:04 2.0806E-04 y&-~Ll

2:5684E:D4 2.7485E-04 2.9380E-04 3.137lE-04 3.346lE-04 3.565lE-04 3.7948E-04 4.0355E-04 4.2874E-04 4.5508E-04 4.8262E-04 5.1138E-04 5.4143E-04 5.7277E-04 6.0544E-04 6.3950E-04 6.7496E-04 7.1190E-04 ;m&-;$

8:318lE:04 8.7496E-04 9.1975E-04 9.6627E-04 l.O145E-03 l.O645E-03 l.l164E-03 l.l70lE-03

._____- -_.--.

3P(3/2) -- .._.-_-_-_--.

S ..__-_---_--.

5.7540Et05 6.8532E+05 8.1432EtOS 9.6537E+05 l.l419E+06 1.3478EtD6 1.5874E+D6 1.8658E+06 2.1887E+06 2.5624Et06 2.W43E+06 3.4925E+06 L.O663E+06

3475.0348 ;57;.;mf

Zc%~ 4002:8980 4113.4905 4225.7810 4339.7808 4455.5011 4572.9538 4692.1497 4813.1019 4935.8213 5060.3214

l.D42lE-05 l.l344E-05 ; .;;mE:g;

1:4493E-05 1.567lE-05 1.692lE-05 1.8250E-05 1.9656E-05 2.1136E-05 2.2698E-05 y&-g

2:7926E:05 2.9850E-05 3.1873E-05 3.4012E-05 3.6242E-05 3.858lE-05 4.1032E-05 4.3598E-05 4.6302E-05 4.9112E-05 5.2049E-05 5.5116E-05 5.8319E-05 6.1660E-05 6.5165E-05 6.8796E-05 7.2578E-05 7.6516E-05 8.0613E-05 8.4897E-05 8.9328E-05 9.393lE-05 9.8711E-05 l.O367E-04

l.O519E+05 1.2955E+05 1.589lE+05 1.9422E+OS 2.3645E+OS 2.867lE+05 3.4644E+DS 4.1735EtD5 5.0109E+DS S.W6lE+05 7.1529EtOS 8.5085E+05 1.0098Et06 1.1944Et06 1.4092Et06 1.6583E+06 1.9L7%+06 . . .._- _- 2.2807EtD6 2.6648E+D6 3.1066E+06 3.6137EtO6 4.1964E+06 4.8613E+06 5.6204EtD6 6.4854Et06 7.4696Et06 8.5876E+06 9.8588E+D6 l.l295E+D7 ; .;m~+cl;

1:6818Ef07 1.9150E+07 2.1767Et07 f.~m~'~;

3:1688E=07

200 Atomic Data and Nuclear DataTaMes, Vol. 47. NO. 2, Mardr 199’



_____-___-_------___----------------------------------------------------------- 4P(3/2) -- 4F(5/2) 4F(5/2) -- 4F(7/2)

2 Ion _-----__----___----_------------ -________-_-_---_---____________ Energy S A Energy S A

______________-_____-----------------------------------------------------------

9.7934E-01 4.2731 4.6591

3.4162E+OO 4.7153E+02 l.l562E+OO 1.3624E+OO 1.6026E+OO 1.8910E+00 2.2287E+oo 2.6057E+00

3.4156E+OO 3.4150E+OO 3.4144EtOO 3.4139EtOO 3.4133Etoo 3.4126EtOO 3.4120EtOO 3.4ll4Et00 3.4107E+oo 3.4lOOEtOO 3.4094EtOO 3.4087Etoo 3.40a0Et00 3.4072EtOO 3.4065EtOO

2.0687Eto3 2.6032E+03

2.0992Et04

3.2619EtO3 4.0706E+03

2.5395E+04

5.0597Eto3

3.0632E+04

____.. - _- 6.2652Et03

3.6844Et04

7.7295E+03 9.5020Et03 1.1641Et04 1.4214E+04 1.730lE+04

97.5a43

EZP8 106:3845

1X% 170:9941 175.7857 ;g.;7l;

190:9aoo 196.3319 201.8346

tEE 219:2925 225.4439

a.6272E-07 9.3220E-07 9.9976E-07 l.O722E-06 l.l592E-06 1.2404E-06 1.325lE-06 1.4155E-06 1.516lE-06 1.624lE-06 1.7292E-06 ; m&4;

2:0869E:06 2.2249E-06 2.3606E-06 2.5026E-06 2.659lE-06 2.8170E-06 2.9919E-06 3.1636E-06 3.3440E-06

3.5a60E+oo 4.177aEtoo 4.8582Etoo 5.6470EtOO y79579;f;;

8:8756E+oo 1.0272EtOl 1.1907E+01 1.376lEtOl l.S944E+Ol 1.83a4Etol 2.117aE+ol 2.445lEtOl 2.8144Etol 3.2477EtOl 3.7309EtOl 4.2845Etol 4.9176EtOl 5.6545EtOl 6.5023EtOl 7.4502E+Ol

a.1458 a.7705 9.4306

10.1276

t:-%I 2415694 25.9989

3.4050EtOO

3.40laEt00 3.40lOEtOO

3.4042E+OO

;.$g:~+g

3:3984E=OO

3.4034EtOO

3.3975EtOO 3.3966EtOO

3.4026EtOO

3.3957E+oo 3.394aE+oo

4.4195E+04 5.2872E+04 6.3090Et04 7.5095E+04 8.9167Et04 l.O563E+05 1.2484E+os 1.472lE+OS 1.7322EtOS 2.0340EtOS

35.9471

ZE

4.635lE-06 9.766ahOl 4.889aE-06 i.ll95Et02 5.1482E-06 1.2806Et02

1.4675E+02 y7;-;tl

6:0013E:06 1.676aE+02 1.9150Et02

3.3929E+OO 3.3919EtOO 3.3909EtOO 3.3899Etoo

2.3834E+05 2.7873Et05 3.2532E+OS 3.789aEt05 4.406aE+05 5.1149E+05

231.7691 238.2732

41.8896 44.0274

3.3889Etoo 3.387aE+oo

201 Atomic Data and Nuclear Data Tables. Vol. 47, No. 2, March 1991

D. H. BAIK et al. Transition Probabilities of Na-like ions

TABLE VI. Radiative Lifetimes (in s) of Na-like Ions See page 18 1 for Explanation of Tables

--------_-__------------------------------------------------------------------------------------ 2 Ion 3P(1/2) 3P(3/2) 3D(3/2) 3D3(5/2) 4S(l/2) 4P(1/2) U’(W) -_-_----____-----__----------------------------------------------------------------------------- 56 Ba 45+ 57 La 46+ 58 Ce 47+

3.9692E-11 4.9678E-12 4.669DE-12 1.3604E-11 6.3175E-14 5.2759E-14 6.7654E-14 3&60E-11 4.4139E-12 4.2283E-12 1.292OE-11 5.7861E-14 4.8222E-14 6.2447E-14 3.7277E-11 3.9201E-12 3.8249E-12 1.2264E-11 5.3064E-14 4.4147~-14 5.7749E-14 3.6143E-11 3.4801E-12 3.4566E-12 l.l634E-11 4.8729E-14 4.0479E-14 5.3504E-14 3.5055E-11 3.0882E-12 3.1206E-12 l.l031E-11 4.4804E-14 3.7172E-14 4.9658E-14 3.4010E-11 2.7397E-12 2.8146E-12 l.O453E-11 4.1246E-14 3.4184E-14 4.6169E-14 3.3DOSE-11 2.4298E-12 2.5364E-12 9.8999E-12 3.8014E-14 3.1479E-14 4.2993E-14 3.2036E-11 2.1544E-12 2.2838E-12 9.3696E-12 3.5074E-14 2.9025E-14 4.0102E-14 3.1104E-11 1.9099E-12 2.0548E-12 8.8633E-12 3.2395E-14 2.6798E-14 3.7464E-14 3.0204E-11 1.6928E-12 1.8473E-12 8.3791E-12 2.9952E-14 2.477OE-14 3.5052E-14 2.9338E-11 -1.5002E-12 1.6597E-12 7.9174E-12 2.772OE-14 2.2923E-14 3.2844E-14 2.8501E-11 1.3295E-12 1.4901E-12 7.4763E-12 2.5678E-14 2.1236E-14 3.0819E-14 2.7690E-11 1.1780E-12 1.3371E-12 7.0561E-12 2.3809E-14 1.9695E-14 2.8959E-14 2.6910E-11 l.O439E-12 l.l991E-12 6.6557E-12 2.2095E-14 1.8285E-14 2.7249E-14 2.6158E-11 9.249X-13 l.O748E-12 6.2744E-12 2.0522E-14 1.6992E-14 2.5674E-14 2.5427E-11 8.1965E-13 9.6302E-13 5.9119E-12 1.9077E-14 l.SBOSE-14 2.4222E-14 2.4724E-11 7.2645E-13 8.6237E-13 5.5674E-12 1.7747E-14 1.4714E-14 2.2881E-14 2.4040E-11 6.4379E-13 7.7197E-13 5.2400E-12 1.65236-14 1.3711E-14 2.1641E-14 2.3380E-11 5.7066E-13 6.9080E-13 4.9296E-12 1.5394E-14 1.2787E-14 2.0494E-14 2.2741E-11 5.0589E-13 6.1797E-13 4.6350E-12 1.4353E-14 1.1935E-14 1.9431E-14 2.2126E-11 4.4856E-13 5.5264E-13 4.3560E-12 1.3392E-14 l.l148E-14 1.8444E-14 2.1525E-11 3.9777E-13 4.9407E-13 4.0916E-12 1.2503E-14 l.O421E-14 1.7529E-14 2.0945E-11 3.5279E-13 4.4161E-13 3.8417~-12 l.l681E-14 9.7481E-15 1.6678E-14 2.0383E-11 3.1297E-13 3.9464C-13 3.6053E-12 l.O920E-14 9.1252E-15 1.5887E-14 1.9844E-11 2.7771E-13 3.5258E-13 3.3820E-12 l.O214E-14 8.5476E-15 1.5149E-14 1.9320E-11 2.4648E-13 3.1496E-13 3.1711E-12 9.5604E-15 B.OllBE-15 1.4462E-14 1.8813E-11 2.1881E-13 2.8129E-13 2.9721E-12 8.9535E-15 7.5141E-15 1.3822E-14 1.8319E-11 1.9428E-13 2.5120E-13 2.7846E-12 8.3899E-15 7.0517E-15 1.3224E-14 1.7847E-11 1.7256E-13 2.2429E-13 2.6078E-12 7.8662E-15 6.6214E-15 1.2665E-14 1.7390E-11 1.5330E-13 2.0025E-13 2.4414E-12 7.3794E-15 6.2206E-15 1.2143E-14 1.6949E-11 1.3623E-13 1.7876E-13 2.2847E-12 6.9261E-15 5.8475E-15 l.l655E-14 1.6523E-11 1.2109E-13 1.5957E-13 2.1374E-12 6.5041E-15 5.4994E-15 l.l198E-14 1.6116E-11 l.O766E-13 1.4242E-13 1.9988E-12 6.1111E-15 5.1744E-15 1.077OE-14 1.5720E-11 9.5743E-14 1.2711E-13 1.8687E-12 5.7445E-15 4.8710E-15 l.O369E-14 1.5345E-11 8.5177E-14 1.1344E-13 1.7465E-12 5.4029E-15 4.5874E-15 9.9930E-15 1.4980E-11 7.5792E-14 l.O123E-13 1.6318E-12 5.0837E-15 4.3223E-15 9.6406E-15 1.4637E-11 6.7468E-14 9.0325E-14 1.5241E-12 4.7860E-15 4.0740E-15 9.3098E-15

59 Pr 48+

2: :: $1 62 Sm 51+ 63 Eu 52+

_. -_ 78 Pt 67+ 79 Au 68+

iii Pb 71+ 83 Bi 72+

86 Rn 75*

--------____------------------------------------------------------------------------------------ 2 Ion 4D(3/2) 4D(5/2) 4F(5/2) 4F(7/2) _-------_-____----------------------------------------------

3.2514E-14 2.9811E-14 2.7431E-14 2.5286E-14 2.3349E-14 2.1598E-14 2.0009E-14 1.8567E-14 1.7255E-14 1.6059E-14 1.4967E-14 1.3968E-14 1.3053E-14 1.2214E-14 1.1443E-14 l.O733E-14 l.OOBOE-14

9.4771E-15 8.9204E-15 8.4055E-15 7.9290E-15 7.4870E-15 7.0771E-15 6.6964E-15 6.3426E-15 6.0129E-15 5.7062E-15 5.42DlE-15 5.1532E-15 4.9036E-15 4.6706E-15 4.4526E-15 4*2485E-15 4.0573E-15 3.8782E-15 3.7102E-15 3.5526E-15

3.1799E-14 1.5193E-14 2.9183E-14 1.3947E-14 2.6831E-14 1.2825E-14 2.4713E-14 l.l814E-14 2.2802E-14 1.0900&14 2.1072E-14 l.O073E-14 1.9503E-14 9.3219E-15 1.8079E-14 8.6398E-15 1.6783E-14 8.0188E-15 1.5602E-14 7.4523E-15 1.4523E-14 6.9348E-15 1.3537E-14 6.4615E-15 1.2633E-14 6.0275E-15 l.l804E-14 5.6291E-15 l.l042E-14 5.2630E-15 l.O341E-14 4.9260E-15 9.6949E-15 4.6155E-15 9.0986E-15 4.3289E-15 8.5479E-15 4.0641E-15 8.0386E-15 3.8190E-15 7.5670E-15 3.5921E-15 7.1293E-15 3.3816E-15 6.7235E-15 3.1863E-15 6.3461E-15 3.0047E-15 5.9947E-15 2.8358E-15 5.6679E-15 2.6785E-15 5.3630E-15 2.5319E-15 5.0786E-15 2.3951E-15 4.8129E-15 2.26X?-15 4.5646E-15 2.1478E-15 4.332lE-15 2.0360E-15 4.1143E-15 1.9314E-15 3.9103E-15 1.8333E-15 3.7188E-15 1.7413E-15 3.5390E-15 1.6549E-15 3.3700E-15 1.5737E-15 3.2112E-15 1.4974E-15

1.5395E-14 1.4141E-14 1 .m;-;$

1:1073E-14 l.O239E-14 9.4824E-15 %.7951E-15 8.1685E-15 7.5967E-15 7.0745E-15 6.5962E-15 6.1582E-15 5.7554E-15 5.3854E-15 5.0446E-15 4.730%-15 4.4404E-15 4.1723E-15 3.9241E-15 3.6942E-15 3.&809E-15 3.2829E-15 3.0986E-15 2.9272E-15 2.7675E-15 2.6185E-15 2.4794E-15 2.3495E-15 2.2280E-15 2.1143E-15 2.0077E-15 1.9077E-15 1.8140E-15 1.7259E-15 1.6431E-15 1.5652E-15

202 Atomic Data arod N&ear Data Tables. Vol. 47. No. 2. March 1991


TABLE VII. Comparison of Present Work with Others See page 18 1 for Explanation of Tables

========================================================================~=== Ion Transition Wavelength (A) f value

Present Seely et al.' Present Theodosioub _--_--_---_

Gd53+ 3s l/Z --3P,,2 39.189

w63+ 3s 1/z--3P112 78.184

3s l/2 --3p3,2

3P I,z--~~z,z

3P 312 --3%,z

3P 312 --%,z

3s 112 --4P,,2

%,z--4%/z

23.304

22.118

66.261

45.555

3.738

4.283

3d 5,2--4f7,2

"El+ 3s 112 --~P,,z

3s 1j~--3P31~

3P~,z--3d,,z

%,,z--%,z

3P ~,z--~~s/z

3d,,,--4f,,z

3d 512 --4f,,2

4.387

54.806

9.518

9.384

50.543

26.073

2.575

2.679

39.075"

77.661 74.97d

23.245 23.01d

22.096 22.11d

66.19d

45.515 45.63d

3.736 3.731d

4.279 4.283d

4.383 4.386d

54.288

9.494

9.366

_-

26.038

2.574

2.676

0.2411

0.03920

0.2853

0.2108

0.00695

0.09455

0.1290

0.9464

0.9197

0.03076

0.4025

0.2917

0.00536

0.09958

0.9274

0.9125

_-

0.03962 0.0409d 0.0397e

0.28682 0.289d 0.289e

0.20835 0.211d

0.00689 0.00695d

0.09441 0.0944d

0.130d 0.1293e

0.951d

0.930d

0.03176

0.41151

0.29259

0.00538

0.10125

_-

_- =================================================================~============ a Extrapolated values, ref. 18. b Theoretical values using empirical core polarization potential, ref. 5. ' Measured value, ref. 18. d Single configuration Dirac-Fock values without the Lamb shift, ref. 19. e Single configuration Dirac-Fock values, length form, ref. 20.

203 Atomic Data and Nuclear Data Tables. Vol. 47, No. 2. March IS91

Documents

Electric dipole, electric quadrupole, and magnetic dipole transition probabilities of Na-like ions, 56 ≤ Z ≤ 92