Ulysses HISCALE Data Production and Archiving Status Report Report to Final Investigation Team Meeting…

Ulysses HISCALEData Production and Archiving

Status ReportReport to Final Investigation

Team MeetingBelmont Conference Center

September 30, 2009Thomas P. Armstrong

Fundamental Technologies, LLC


Armstrong 2

Outline

1. Production Status2. Archiving Status3. Samples of Archive Products4. Instrument and Software Performance5. Calibration Issues6. Supporting Detail


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1. Production Status

• Processing of all HISCALE products is complete for the period from turn-on through 2008 (6624 days for which 6608 days are available 99.76% throughput—details on next slide)

• Processing for 2009 awaits the availability of MAG data for merging


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Daily Hourly 5min 12sec Daily Hourly 17min1990 OK OK OK OK OK OK OK No missing days1991 OK OK OK OK OK OK OK Days 166, 231-234 no science downlink1992 OK OK OK OK OK OK OK No missing days1993 OK OK OK OK OK OK OK No missing days1994 OK OK OK OK OK OK OK No missing days1995 OK OK OK OK OK OK OK No missing days1996 OK OK OK OK OK OK OK No missing days1997 OK OK OK OK OK OK OK No missing days1998 OK OK OK OK OK OK OK No missing days1999 OK OK OK OK OK OK OK No missing days2000 OK OK OK OK OK OK OK No missing days2001 OK OK OK OK OK OK OK No missing days2002 OK OK OK OK OK OK OK No missing days2003 OK OK OK OK OK OK OK No missing days2004 OK OK OK OK OK OK OK No missing days2005 OK OK OK OK OK OK OK No missing days2006 OK OK OK OK OK OK OK No missing days2007 OK OK OK OK OK OK OK No missing days

2008 OK OK OK OK OK OK OK 154,158,165,193,205,212,275,286,293,197,306 unavailable (downlink limits)

2009 TBD TBD TBD TBD TBD TBD TBD TBD

Production Details


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• A full compilation in zipped (.csv) of all HISCALE products at all cadences for the 1990-2008 period has been copied to USB external disc drives for distribution at this meeting (25.6 Gbyte in 75,469 files in 88 folders). 2009 will be posted at an ftecs url for download later.

• ACE/EPAM data for 1997 through June, 2009 in similar format, partially complete, has also been copied to these USB discs for distribution here (12.7 GBytes, 39,366 files, 57 folders)

• Item by item descriptions of each item in each file type are provided in the extended version of this presentation and in the file “hiscale_vho_vepo_summaries”

1. Production Status (continued)


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1. Production Status (continued)

• There are 9 types of count rate files—all channels sectored, all channels spin averaged including ephemeris and orientation, magnetic field in RTN and HEL and pitch angles for all sectors

• There are 12 types of binned pulse height data (mfsa-derived) expressed as fluxes of protons (25 channels), Z>1 ions (25 channels), and electrons (12 channels) in the solar wind frame.

• There is a file all energy calibrated CD coincident pulse heights accompanied rate channel tags and a second file of synchronously accumulated rates for all of the CD generated channels.


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2. Archiving Status

• TPA and JDP developed products, product descriptions, granules and granule descriptions expressed in SPASE-compatible XML all of which have been made available to the Virtual Heliospheric Observatory (http://vho.nasa.gov/) via the Virtual Energetic Particle Observatory (http://vepo.gsfc.nasa.gov/)

• Fundamental Technologies has proposed to NASA HQ for continuing support as a resident archive to serve out the data from http://hiscale.ftecs.com/index.html and to create a mirror site at JHUAPL (Jon Vandegriff,co-I)

• Fundamental Technologies is in process of acquiring a dedicated fiber optic internet link which will provide about 10x the present bandwidth.

http://vho.nasa.gov/

http://vepo.gsfc.nasa.gov/

http://hiscale.ftecs.com/index.html


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3. Samples of Archive Products

• Rate Group 65—all channels spin averaged

• Print Group 80—spin averaged fluxes of protons in the solar wind frame

• PHA Events (see Appendix C1)


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Rate Group 65 Year Day Hour Min Sec. E1' E2' E3' E4' FP5'2003 1 0 0 12.22 2.43 1.27 0.972 0.729 0.3962003 1 1 0 20.69 2.56 1.28 0.969 0.773 0.4032003 1 2 0 4.95 2.4 1.32 0.941 0.755 0.3762003 1 3 0 13.42 2.57 1.28 0.956 0.742 0.3962003 1 4 0 21.89 2.49 1.29 0.956 0.783 0.3892003 1 5 0 6.15 2.54 1.29 0.95 0.754 0.4032003 1 6 0 14.62 2.55 1.29 0.972 0.768 0.3682003 1 7 19 57.66 2.54 1.32 1.01 0.758 0.392003 1 8 9 0.15 2.47 1.31 0.932 0.71 0.3862003 1 9 0 15.83 2.53 1.31 0.958 0.744 0.3832003 1 10 0 0.09 2.38 1.27 0.943 0.769 0.4042003 1 11 0 8.56 2.51 1.29 0.976 0.751 0.38

M F M' F' BX BY BZ Bmag3.72E+03 7.08 7.86 8.33 -0.484 -0.444 -0.204 0.6873.71E+03 6.94 7.69 8.14 -0.259 -0.313 -0.258 0.4813.71E+03 7.08 7.64 8.21 4.30E-02 -0.283 -0.419 0.5073.85E+03 7.31 7.62 8.29 0.106 -0.297 -0.472 0.5673.75E+03 7.34 7.55 8.2 -2.98E-03 -0.14 -0.505 0.5243.88E+03 7.11 7.41 7.99 0.259 0.109 -0.368 0.4633.84E+03 7.27 7.58 8.26 0.439 0.134 -0.135 0.4783.69E+03 10.8 7.4 8.46 0.433 0.19 -3.96E-02 0.4743.70E+03 10.8 7.5 8.05 0.523 0.362 -1.96E-02 0.6373.60E+03 10.5 7.47 8.27 0.539 0.139 -1.34E-02 0.5563.91E+03 11.1 7.42 8.17 0.524 0.199 3.91E-02 0.5613.85E+03 10.9 7.63 8.33 0.598 0.371 1.93E-02 0.704C

olum

ns o

mitt

ed

1.0E-04

1.0E-03

1.0E-02

1.0E-01

1.0E+00

1.0E+01

1.0E+02

1/1/03 5/1/03 8/29/03 12/27/03

Date

W1

Rat

e (C

ount

s/S

econ

d)


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Print Groups 80 & 81ULYSSES:HISCALE -- SPIN-AVERAGED PROTONS

year day hr LEM

S30

Ch1

LEM

S30

Ch2

LEM

S30

Ch3

LEM

S30

Ch4

1990 318 19 1.55E-01 1.59E-01 3.53E-01 8.39E-021990 318 20 1.48E-01 1.76E-01 1.65E-01 1.25E-011990 318 21 1.42E-01 1.58E-01 1.87E-01 1.70E-011990 319 0 -9.99E-10 -9.99E-10 -9.99E-10 -9.99E-101990 319 1 1.21E-01 1.21E-01 1.03E-01 1.11E-011990 319 2 9.84E-02 1.16E-01 9.69E-02 8.79E-021990 319 3 1.32E-01 1.22E-01 1.08E-01 9.58E-021990 319 4 1.08E-01 1.29E-01 1.20E-01 1.21E-01

LEFS

150

Ch2

0

LEFS

150

Ch2

1

LEFS

150

Ch2

2

LEFS

150

Ch2

3

LEFS

150

Ch2

4

LEFS

150

Ch2

5

2.15E-03 1.72E-03 6.94E-04 6.06E-04 3.26E-04 1.91E-042.25E-03 1.09E-03 8.72E-04 3.59E-04 3.17E-04 1.92E-041.93E-03 8.93E-04 3.91E-04 4.13E-04 2.01E-04 1.61E-041.26E-03 -9.99E-10 -9.99E-10 -9.99E-10 -9.99E-10 -9.99E-102.09E-03 1.10E-03 4.03E-04 -9.99E-10 -9.99E-10 -9.99E-101.61E-03 8.39E-04 5.29E-04 3.91E-04 -9.99E-10 -9.99E-101.56E-03 6.83E-04 7.49E-04 4.66E-04 2.42E-04 2.09E-048.08E-04 4.49E-04 3.34E-04 4.36E-04 2.25E-04 4.55E-05

Col

umns

om

itted

1.0E-02

1.0E-01

1.0E+00

1.0E+01

1.0E+02

1.0E+01 1.0E+02 1.0E+03 1.0E+04

Incident Energy(keV)

Flux

(pro

tons

/cm

2 sec

sr k

eV)

LEMS30 LEMS120 LEFS60 LEFS150

2003 Day 313 Hr 23

1.0E-01

1.0E+00

1.0E+01

1.0E+02

1.0E+01 1.0E+02 1.0E+03

Incident Energy (keV)

Flux

(Ele

ctro

ns/c

m2 s

ec s

r keV

)

LEFS60 LEFS150

2003 Day 313 Hr 23


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PHA Events (first few lines of event data file for 2003 day 313)

PHA event data from the Ulysses:HISCALE

Yea

r

Day

Hr

Mn

Sec

NE

VE

NT

E-T

ime

Sec

t

C1

D1

C2

D2

C1-

Eng

(keV

)

D1-

Eng

(keV

)

C2-

Eng

(keV

)

D2-

Eng

(keV

)

Sch

edul

e

Eve

nt-1

Eve

nt-2

2003 313 0 8 4.82 1024 82 1 54 140 128 110 4.07E+02 1.09E+03 4.37E+03 4.81E+02 0 W3 W32003 313 0 8 4.82 1024 382 2 32 146 90 130 1.91E+02 1.28E+03 1.11E+03 8.27E+02 0 W3 W32003 313 0 8 4.82 1024 683 3 153 84 86 135 1.08E+04 2.38E+02 1.00E+03 9.47E+02 0 W4 W32003 313 0 8 4.82 1024 984 4 69 136 82 135 6.21E+02 9.73E+02 8.95E+02 9.47E+02 0 W3 W32003 313 0 8 4.82 1024 1285 5 47 82 23 89 3.35E+02 2.25E+02 1.38E+02 2.73E+02 0 W1 W12003 313 0 8 4.82 1024 1586 6 92 132 87 131 1.20E+03 8.73E+02 1.03E+03 8.50E+02 0 W3 W32003 313 0 8 4.82 1024 1887 7 102 132 65 140 1.72E+03 8.73E+02 5.55E+02 1.09E+03 0 W3 W32003 313 0 8 4.82 1024 2188 8 72 137 65 136 6.76E+02 1.00E+03 5.55E+02 9.73E+02 0 W3 W32003 313 0 8 4.82 1024 2489 1 34 88 27 80 2.05E+02 2.65E+02 1.60E+02 2.14E+02 1 W1 W12003 313 0 8 4.82 1024 2789 2 58 75 33 83 4.56E+02 1.87E+02 1.98E+02 2.32E+02 1 W1 W12003 313 0 8 4.82 1024 3090 3 47 86 49 70 3.35E+02 2.51E+02 3.54E+02 1.63E+02 1 W1 W12003 313 0 8 4.82 1024 3391 4 66 74 90 71 5.71E+02 1.82E+02 1.11E+03 1.67E+02 1 W1 W22003 313 0 8 4.82 1024 3692 5 79 138 30 78 8.22E+02 1.03E+03 1.78E+02 2.02E+02 0 W3 W12003 313 0 8 4.82 1024 3993 6 26 78 21 94 1.54E+02 2.02E+02 1.29E+02 3.12E+02 1 W1 W12003 313 0 8 4.82 1024 4294 7 39 91 31 84 2.46E+02 2.88E+02 1.84E+02 2.38E+02 1 W1 W12003 313 0 8 4.82 1024 4595 8 27 90 83 76 1.60E+02 2.80E+02 9.20E+02 1.92E+02 1 W1 W22003 313 0 8 4.82 1024 4896 1 62 69 37 81 5.10E+02 1.59E+02 2.29E+02 2.19E+02 0 W1 W12003 313 0 8 4.82 1024 5196 2 144 190 60 140 7.77E+03 4.20E+03 4.82E+02 1.09E+03 0 W5 W32003 313 0 8 4.82 1024 5497 3 104 130 108 127 1.84E+03 8.27E+02 2.13E+03 7.63E+02 0 W3 W32003 313 0 8 4.82 1024 5798 4 155 228 99 130 1.16E+04 1.18E+04 1.54E+03 8.27E+02 0 W7 W32003 313 0 8 4.82 1024 6099 5 37 143 59 143 2.29E+02 1.18E+03 4.69E+02 1.18E+03 0 W3 W32003 313 0 8 4.82 1024 6400 6 103 129 47 81 1.78E+03 8.05E+02 3.35E+02 2.19E+02 0 W3 W12003 313 0 8 4.82 1024 6701 7 116 123 43 84 2.84E+03 6.84E+02 2.84E+02 2.38E+02 0 W3 W12003 313 0 8 4.82 1024 7002 8 40 143 76 135 2.55E+02 1.18E+03 7.56E+02 9.47E+02 0 W3 W32003 313 0 8 4.82 1024 7303 1 118 120 62 139 3.05E+03 6.31E+02 5.10E+02 1.06E+03 0 W3 W32003 313 0 8 4.82 1024 7603 2 63 76 33 69 5.25E+02 1.92E+02 1.98E+02 1.59E+02 1 W1 W12003 313 0 8 4.82 1024 7904 3 57 68 61 78 4.43E+02 1.54E+02 4.96E+02 2.02E+02 1 W1 W12003 313 0 8 4.82 1024 8205 4 70 77 25 87 6.39E+02 1.97E+02 1.49E+02 2.58E+02 1 W1 W12003 313 0 8 4.82 1024 8506 5 55 69 63 76 4.19E+02 1.59E+02 5.25E+02 1.92E+02 1 W1 W12003 313 0 8 4.82 1024 8807 6 33 143 35 94 1.98E+02 1.18E+03 2.13E+02 3.12E+02 0 W3 W12003 313 0 8 4.82 1024 9108 7 27 140 82 134 1.60E+02 1.09E+03 8.95E+02 9.22E+02 0 W3 W32003 313 0 8 4.82 1024 9409 8 60 71 28 85 4.82E+02 1.67E+02 1.66E+02 2.45E+02 1 W1 W12003 313 0 8 4.82 1024 9710 1 69 76 80 68 6.21E+02 1.92E+02 8.46E+02 1.54E+02 1 W1 W22003 313 0 8 4.82 1024 10011 2 126 111 57 138 4.07E+03 4.94E+02 4.43E+02 1.03E+03 0 W3 W32003 313 0 8 4.82 1024 10311 3 99 120 153 88 1.54E+03 6.31E+02 1.08E+04 2.65E+02 0 W3 W42003 313 0 8 4.82 1024 10612 4 182 193 54 130 3.05E+04 4.56E+03 4.07E+02 8.27E+02 0 W6 W32003 313 0 8 4.82 1024 10913 5 137 107 23 94 6.04E+03 4.44E+02 1.38E+02 3.12E+02 0 W4 W12003 313 0 8 4.82 1024 11214 6 135 101 51 73 5.62E+03 3.77E+02 3.75E+02 1.77E+02 0 W4 W12003 313 0 8 4.82 1024 11515 7 69 78 23 90 6.21E+02 2.02E+02 1.38E+02 2.80E+02 1 W1 W1


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1.0E+02

1.0E+03

1.0E+04

1.0E+05

1.0E+02 1.0E+03 1.0E+04 1.0E+05 1.0E+06

C Loss (keV)

D L

oss

(keV

)1992 Day 17


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4. Instrument and Software Performance

• The most conspicuous in-flight instrument difficulty is the sensitivity of the LEMS 30 sensor to the sun. A large but variable faction of the time the lowest 2 or 3 energy channels respond to the sun in sectors 1 and 4. “Spin” averages account for this by omitting sectors 1 and 4 for all averages.

• Out-of-passband or “background” responses are important—especially in the single parameter channels. Gamma rays from the radioisotope thermoelectric generators and galactic cosmic rays penetrating the passive shielding. Backgrounds for every channel have been estimated and are tabulated in vhp\vepo\ulysses_hiscale\backgrounds.

• Uncorrected data transmission errors are evident in the highest time resolution data. Use of this data requires visual inspection.

• Averages of the “as received” data have been computed and posted but these should also be visually inspected before use.


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• For the convenience of archive data users, “filtered” time averages have been posted alongside the “as is” files. Median filtering was used where the median and interquartile (IQ) values was computed and data values exceeding the median +3*IQ or less than median-3*IQ were excluded from the averages.

• While the calibrated pha events are compiled and presented in the archive, any prospective user of this data is strongly urged to become familiar with the experience with this data that has been reported by Lanzerotti, Maclennan (see the HISCALE bibliography) and others before using it in publication.

4. Instrument and Software Performance (cont’d)


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5. Calibration Issues• The design and execution of the various components of the HISCALE

instrument are extensively described in “The HISCALE Data Analysis Handbook” which may be examined at http://hiscale.ftecs.com/index.html.

• The instrument and investigation are described in Lanzerotti, L. J., R. E. Gold, K. A. Anderson, T. P. Armstrong, R. P. Lin, S. M. Krimigis, M. Pick, E. C. Roelof, E. T. Sarris, G. M. Simnett, and W. E. Frain, Heliosphere Instrument for Spectral, Composition and Anisotropy at Low Energies, Astron. Astrophys. Suppl., 92, 349, 1992.

• Further computer calculation, numerical modeling, and in-flight calibrations support the passbands and geometrical factors used to calculate fluxes quoted in the archive. Searchable PDF files of detailed write-ups have been posted at \\ftecs\data\VHO\VEPO\ulysses_hiscale\documents and manuscripts

• A inconsistency in the comparison of STEREO values for electron fluxes compared to ACE/EPAM led us to revisit our comparison of EPAM with IMP8 CPME. Patterson will report on the results of this here.

http://hiscale.ftecs.com/index.html


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6. Supporting details

• Install reading glasses and enjoy—you might consider pausing here to get a glass of your favorite beverage.


Armstrong 17

Filename Contents OrientationUxxxxYYDDDG65.csv Spin Averaged Counting Rates 30,60,120,&150 degrees to spinUxxxxYYDDDG66.csv 8 Sectored Counting Rates from 7 channels of LEFS60 60 degrees to spin axisUxxxxYYDDDG67.csv 8 Sectored Counting Rates from 8 channels of LEMS120 120 degrees to spin axisUxxxxYYDDDG68.csv 8 sectored Ion counting Rates from 8 channels of CA60 60 degrees to spin axisUxxxxYYDDDG69.csv 8 sectored Ion counting Rates from 4 channels of CA60 60 degrees to spin axisUxxxxYYDDDG70.csv 4 sectored counting rates from 7 channels of LEFS150 150 degrees to spin axisUxxxxYYDDDG71.csv 4 sectored counting rates from 8 channels of LEMS30 30 degrees to spinUxxxxYYDDDG72.csv 4 sectore counting rates from 4 channels of DE 30 degrees to spinUxxxxYYDDDGEPM.csv Spacecraft ephemeris, orientation and transformations Not Applicable

Filename Contents Orientationhiscale_mfsa_pg80_YYYYxxx.csv Spin Averaged Proton Flux 30,60,120,&150 degrees to spinhiscale_mfsa_pg81_YYYYxxx.csv Spin Averaged Electron Flux 60 & 150 degrees to spinhiscale_mfsa_pg82_YYYYxxx.csv Spin Averaged Z>1 Ion Flux 30,60,120,&150 degrees to spinhiscale_mfsa_pg83_YYYYxxx.csv 4-Sector Proton Flux at 30 degrees to spin 30 degrees to spinhiscale_mfsa_pg84_YYYYxxx.csv 8-Sector Proton Flux at 60 degrees to spin 60 degrees to spinhiscale_mfsa_pg85_YYYYxxx.csv 8-Sector Proton Flux at 120 degrees to spin 120 degrees to spinhiscale_mfsa_pg86_YYYYxxx.csv 4-Sector Proton Flux at 150 degrees to spin 150 degrees to spinhiscale_mfsa_pg87_YYYYxxx.csv 4-Sector Z>1 Ion Flux at 30 degrees to spin 30 degrees to spinhiscale_mfsa_pg88_YYYYxxx.csv 8-Sector Z>1 Ion Flux at 60 degrees to spin 60 degrees to spinhiscale_mfsa_pg89_YYYYxxx.csv 8-Sector Z>1 Ion Flux at 120 degrees to spin 120 degrees to spinhiscale_mfsa_pg90_YYYYxxx.csv 4-Sector Z>1 Ion Flux at 150 degrees to spin 150 degrees to spinhiscale_mfsa_pg91_YYYYxxx.csv 8-SectorElectron Flux at 60 degrees to spin 60 degrees to spinhiscale_mfsa_pg92_YYYYxxx.csv 4-Sector Electron Flux at 150 degrees to spin 150 degrees to spin

Appendix A

Notes:

Guide to filenames for Ulysses HISCALE Level 1 discriminator-derived channel counting rates

Page A-1

1. YYYY has values from 1990 (data beginning) through 2009 (End of Mission)2. xxx is absent for 17 min. cadence, xxx=_1H for 1 hour cadence, and xxx=_1D for 1 day cadence.

Notes:1. xxxx has values of "LA" for 12 sec.; "AV5M", for 5 minute; "AV1H" for one hour; and "AV1D" for one day cadences2. YY has values from 90 (data beginning) through 09 (End of Mission); DDD is day of year, Jan. 1 = 001

Guide to filenames for Ulysses HISCALE Level 3 binned analog to digital data expressed as background subtracted fluxes in solar wind frame


Armstrong 18

Col. Name1 Year(SCET)2 Day(SCET)3 Hour(SCET)4 Minute(SCET)

5 Second(SCET)6 E1' 0.397 Electron 42 657 E2' 0.397 Electron 64 1128 E3' 0.397 Electron 112 1789 E4' 0.397 Electron 178 290

10 FP5': 0.397 Z.GE.1 546 76111 FP6': 0.397 Z.GE.1 761 122312 FP7': 0.397 Z.GE.1 1223 497413 P1' 0.428 Z.GE.1 61 7714 P2' 0.428 Z.GE.1 77 12715 P3' 0.428 Z.GE.1 127 20716 P4' 0.428 Z.GE.1 207 33617 P5' 0.428 Z.GE.1 336 60118 P6' 0.428 Z.GE.1 601 112319 P7' 0.428 Z.GE.1 1123 187420 P8' 0.428 Z.GE.1 1874 475221 W1 0.103 Z=1 480 96622 W2 0.103 Z=1 968 120423 W3 0.103 Z=2 389 127824 W4 0.103 Z=2 1277 698425 W5 0.103 5<Z<12 465 170926 W6 0.103 Z>5 1709 1910727 W7 0.103 Z>12 239 84028 W8 0.103 Z>12 840 9266329 Z2 0.279 Z > 1 167 131630 Z2A 0.279 Z > 7 427 187331 Z3 0.279 Z > 5 183 792232 Z4 0.279 Z > 10 243 2070033 E1 0.397 Electron 40 6534 E2 0.397 Electron 60 10735 E3 0.397 Electron 107 17036 E4 0.397 Electron 170 28037 FP5 0.397 Z.GE.1 540 76538 FP6 0.397 Z.GE.1 765 122339 FP7 0.397 Z.GE.1 1223 494240 P1 0.428 Z.GE.1 56 7841 P2 0.428 Z.GE.1 78 13042 P3 0.428 Z.GE.1 130 21443 P4 0.428 Z.GE.1 214 33744 P5 0.428 Z.GE.1 337 59445 P6 0.428 Z.GE.1 594 107346 P7 0.428 Z.GE.1 1073 180247 P8 0.428 Z.GE.1 1802 475248 DE1 0.14 Electron 38 5349 DE2 0.14 Electron 53 10350 DE3 0.14 Electron 103 17551 DE4 0.14 Electron 175 31552 B (singles) 0.14 All 31.5 N.A.53 C (singles) 0.103 All 78 N.A.54 D (singles) 0.279 All 145 N.A.55 M (singles) 0.428 All 30 N.A.56 F (singles) 0.397 All 34 N.A.57 M' (singles) 0.428 All 34 N.A.58 F' (singles) 0.397 All 36 N.A.59 BX RTN Coords. N.A. N.A.60 BY RTN Coords. N.A. N.A.61 BZ RTN Coords. N.A. N.A.62 Bmag N.A. N.A.

Low

er E

nerg

y T

hres

hold

(keV

)

Upp

er E

nerg

y T

hres

hold

(keV

)

Appendix A

Page A-2

coun

ts/s

econ

dnT

Ulysses HISCALE Spin Average Rates, All Cadences, UxxxxYYDDDG65.CSV

Geo

met

rica

l fac

tor

(cm

2 sr)

Spec

ies

Uni

ts


Armstrong 19

6 S1 S1 S17 S2 S2 S28 S3 S3 S39 S4 S4 S410 S5 S5 S511 S6 S6 S612 S7 S7 S713 S8 S8 S814 S1 S1 S115 S2 S2 S216 S3 S3 S317 S4 S4 S418 S5 S5 S519 S6 S6 S620 S7 S7 S721 S8 S8 S822 S1 S1 S123 S2 S2 S224 S3 S3 S325 S4 S4 S426 S5 S5 S527 S6 S6 S628 S7 S7 S729 S8 S8 S830 S1 S1 S131 S2 S2 S232 S3 S3 S333 S4 S4 S434 S5 S5 S535 S6 S6 S636 S7 S7 S737 S8 S8 S838 S1 S1 S139 S2 S2 S240 S3 S3 S341 S4 S4 S442 S5 S5 S543 S6 S6 S644 S7 S7 S745 S8 S8 S846 S1 S1 S147 S2 S2 S248 S3 S3 S349 S4 S4 S450 S5 S5 S551 S6 S6 S652 S7 S7 S753 S8 S8 S854 S1 S1 S155 S2 S2 S256 S3 S3 S357 S4 S4 S458 S5 S5 S559 S6 S6 S660 S7 S7 S761 S8 S8 S862 S1 S1 S163 S2 S2 S264 S3 S3 S365 S4 S4 S466 S5 S5 S567 S6 S6 S668 S7 S7 S769 S8 S8 S870 BX S1 S171 BY S2 S272 BZ S3 S373 Bmag S4 S474 BX S5 S575 BY S6 S676 BZ S7 S777 Bmag S8 S878 BX BX 79 BY BY 80 BZ BZ 81 Bmag Bmag82 BX BX 83 BY BY84 BZ BZ85 Bmag Bmag

Z>12

Gf =

0.1

03 c

m2 sr

5<Z<

12 G

f = 0

.103

cm

2 sr

Page A-3

1874

keV

4752

keV

Pitc

h A

ngle

P8'

RTN

C

oord

s.

G68

Spec

ies

Spec

ies

Spec

ies

Low

Th

resh

old

Hig

h Th

resh

old

Hig

h Th

resh

old

Sect

or

G67

Low

Th

resh

old

G66

Cha

nnel

N

ame

HEL

C

oord

s.El

ectro

n (C

ount

s/Se

cond

) Geo

met

rical

fact

or=0

.397

cm

2 sr

Z.G

E.1

(Cou

nts/

Seco

nd) G

eom

etric

al fa

ctor

=0.3

97 c

m2 s

r

42 k

eV

1123

keV

Pitc

h A

ngle

Appendix AUlysses HISCALE Spin Average Rates, All Cadences,

UxxxYYDDDG66.csv G67, & G68

nT

65 k

eV11

2 ke

V

64 k

eV

178

keV

178

keV

1223

keV

RTN

C

oord

s.

Col

umn

Inde

x

Cha

nnel

N

ame

Sect

or

FP7'

FP6'

FP5'

E1'

E2'

E3'

E4'

601

keV

P6'

4974

keV

P3'

127

keV

601

keV

1123

keVZ.

GE.

1 (C

ount

s/Se

cond

) Geo

met

rical

fact

or=0

.428

cm

2 sr

P5'

546

keV

761

keV

761

keV

1223

keV

P4'S

1

112

keV

290

keV

77 k

eV

P2'

77 k

eV

127

keV

P1'

61 k

eV20

7 ke

V

nT

HEL

C

oord

s.

1874

keV

W1

W7

W8

Pitc

h A

ngle

336

keV

207

keV

336

keV

Cha

nnel

N

ame

Sect

or

W2

W3

968

keV

1204

keV

W6

389

kev/

nuc.

1278

kev

/nuc

.

W4S

1W

5

1277

kev

/nuc

.

6984

kev

/nuc

.

465

kev/

nuc.

RTN

C

oord

s.H

EL

Coo

rds.

Z=1

Gf =

0.1

03 c

m2 sr

Z=2

Gf =

0.1

03 c

m2 sr

Deg

.nT

480

keV

966

keV

Low

Th

resh

old

Hig

h Th

resh

old

Deg

.

Deg

.

1709

kev

/nuc

.

840

kev/

nuc.

9266

3 ke

v/nu

c.

1709

kev

/nuc

.

1910

7 ke

v/nu

c.

239

kev/

nuc.

840

kev/

nuc.

P7'


Armstrong 20

6 S1 S1 S1 S17 S2 S2 S2 S28 S3 S3 S3 S39 S4 S4 S4 S4

10 S5 S1 S1 S111 S6 S2 S2 S212 S7 S3 S3 S313 S8 S4 S4 S414 S1 S1 S1 S115 S2 S2 S2 S216 S3 S3 S3 S317 S4 S4 S4 S418 S5 S1 S1 S119 S6 S2 S2 S220 S7 S3 S3 S321 S8 S4 S4 S422 S1 S1 S1 S123 S2 S2 S2 S224 S3 S3 S3 S325 S4 S4 S4 S426 S5 S1 S1 BX 27 S6 S2 S2 BY 28 S7 S3 S3 BZ 29 S8 S4 S4 Bmag30 S1 S1 S1 BX 31 S2 S2 S2 BY32 S3 S3 S3 BZ33 S4 S4 S4 Bmag34 S5 S1 S135 S6 S2 S236 S7 S3 S337 S8 S4 S438 S1 BX S139 S2 BY S240 S3 BZ S341 S4 Bmag S442 S5 BX BX 43 S6 BY BY 44 S7 BZ BZ 45 S8 Bmag Bmag54 BX BX 55 BY BY56 BZ BZ57 Bmag Bmag58 BX 59 BY60 BZ61 Bmag

Appendix AUlysses HISCALE Spin Average Rates, All Cadences, UxxxxYYDDDG69.CSV,

G70, G71, G72

Hig

h Th

resh

old

Low

Th

resh

old

Sec

tor

Cha

nnel

N

ame

Spe

cies

G72

Cha

nnel

N

ame

Sec

tor

Spe

cies

Deg

rees

175

keV

175

keV

315

keV

103

keV

G70

Z.G

E.1

Gf =

0.3

97 c

m2 s

r12

23 k

eV76

5 ke

V12

23 k

eV48

42 k

eV10

7 ke

V

Spe

cies

Low

Th

resh

old

Hig

h Th

resh

old

G69

53 k

eV

53 k

eV

103

keV

38 k

eV

Ele

ctro

n G

f = 0

.14

cm2

sr

Pitc

h A

ngle

RTN

C

oord

s.H

EL

Coo

rds.

DE

1D

E2

DE

3D

E4

nT

RTN

C

oord

s.

337

keV

594

keV

594

keV

1073

keV

Deg

rees

1073

keV

1802

keV

1802

keV

4752

keV

HE

L C

oord

s.nT

56 k

eV

78 k

eV

78 k

eV

130

keV

130

keV

214

keV

214

keV

337

keV

P8

Pitc

h A

ngle

HE

L C

oord

s.nT

P7

243

2070

0

E2

E3

E4

FP5

FP6

167

FP7

Z2Z2

AC

hann

el

Nam

e

Sec

tor

Low

Th

resh

old

Hig

h Th

resh

old

Ele

ctro

n G

F =

0.39

7 cm

2 sr 65

keV

170

keV

280

keV

40 k

eV60

keV

Low

Hig

h

P6

E1

Z >

1 G

f = 0

.279

cm

2 sr

Z >

7 G

f = 0

.279

cm

2 sr

765

keV

170

keV

G71

Page A-4

Z.G

E.1

GF

= 0.

428

cm2 s

r

P1

P2

P3

P4

P5

1873

Sec

tor

107

keV

540

keV

Pitc

h A

ngle

Z >

5 G

f = 0

.279

cm

2 sr

Pitc

h A

ngle

Deg

.

RTN

C

oord

s.

Deg

.

Cha

nnel

N

ame

7922

1316

427

Spe

cies

nT

Col

umn

Inde

x

RTN

C

oord

s.H

EL

Coo

rds.

Z >

10 G

f = 0

.279

cm

2 sr

183

Z3Z4


Armstrong 21

Col. Description Units1 Year(SCET) 1990 through 2009 Integer2 Day(SCET) Day of Year 1 January = 13 Hour(SCET) Hour of day 0 to 244 Minute(SCET) Minute of Hour 0-605 Second(SCET) Second of Minute 0-606 EPHEM(1/1/1) Spaceraft EME 1950 X km(Sun centered)7 EPHEM(2/1/1) Spaceraft EME 1950 Y km(Sun centered)8 EPHEM(3/1/1) Spaceraft EME 1950 Z km(Sun centered)9 EPHEM(1/2/1) Earth EME 1950 X km(Sun centered)

10 EPHEM(2/2/1) Earth EME 1950 Y km(Sun centered)11 EPHEM(3/2/1) Earth EME 1950 Z km(Sun centered)12 EPHEM(1/3/1) Jupiter EME 1950 X km(Sun centered)13 EPHEM(2/3/1) Jupiter EME 1950 Y km(Sun centered)14 EPHEM(3/3/1) Jupiter EME 1950 Z km(Sun centered)15 EPHEM(1/1/2) Spaceraft EME 1950 X 0 =valid item, 1=psedr, 2=sedr, 3 other16 EPHEM(2/1/2) Spaceraft EME 1950 Y 0 =valid item, 1=psedr, 2=sedr, 3 other17 EPHEM(3/1/2) Spaceraft EME 1950 Z 0 =valid item, 1=psedr, 2=sedr, 3 other18 EPHEM(1/2/2) Earth EME 1950 X 0 =valid item, 1=psedr, 2=sedr, 3 other19 EPHEM(2/2/2) Earth EME 1950 Y 0 =valid item, 1=psedr, 2=sedr, 3 other20 EPHEM(3/2/2) Earth EME 1950 Z 0 =valid item, 1=psedr, 2=sedr, 3 other21 EPHEM(1/3/2) Jupiter EME 1950 X 0 =valid item, 1=psedr, 2=sedr, 3 other22 EPHEM(2/3/2) Jupiter EME 1950 Y 0 =valid item, 1=psedr, 2=sedr, 3 other23 EPHEM(3/3/2) Jupiter EME 1950 Z 0 =valid item, 1=psedr, 2=sedr, 3 other24 AXIS(1/1/1) Start S/C spin axis Celestial longitude, EME1950 degrees25 AXIS(2/1/1) Start S/C spin axis Celestial latitude, EME1950 degrees26 AXIS(1/2/1) Start S/C spin axis Celestial longitude, EME1950 unc. degrees27 AXIS(2/2/1) Start S/C spin axis Celestial latitude, EME1950 unc. degrees28 AXIS(1/1/2) End S/C spin axis Celestial longitude, EME1950 degrees29 AXIS(2/1/2) End S/C spin axis Celestial latitude, EME1950 degrees30 AXIS(1/2/2) End S/C spin axis Celestial longitude, EME1950 unc. degrees31 AXIS(2/2/2) End S/C spin axis Celestial latitude, EME1950 unc. degrees32 TRANS(1/1/1) Rotation from payload coordinates to RTN (1,1) Unit vector component (0 to 1)33 TRANS(2/1/1) Rotation from payload coordinates to RTN (2,1) Unit vector component (0 to 1)34 TRANS(3/1/1) Rotation from payload coordinates to RTN (3,1) Unit vector component (0 to 1)35 TRANS(1/2/1) Rotation from payload coordinates to RTN (1,2) Unit vector component (0 to 1)36 TRANS(2/2/1) Rotation from payload coordinates to RTN (2,2) Unit vector component (0 to 1)37 TRANS(3/2/1) Rotation from payload coordinates to RTN (3,2) Unit vector component (0 to 1)38 TRANS(1/3/1) Rotation from payload coordinates to RTN (1,3) Unit vector component (0 to 1)39 TRANS(2/3/1) Rotation from payload coordinates to RTN (2,3) Unit vector component (0 to 1)40 TRANS(3/3/1) Rotation from payload coordinates to RTN (3,3) Unit vector component (0 to 1)41 TRANS(1/1/2) Rotation from payload coordinates to HEL (1,1) Unit vector component (0 to 1)42 TRANS(2/1/2) Rotation from payload coordinates to HEL (2,1) Unit vector component (0 to 1)43 TRANS(3/1/2) Rotation from payload coordinates to HEL (3,1) Unit vector component (0 to 1)44 TRANS(1/2/2) Rotation from payload coordinates to HEL (1,2) Unit vector component (0 to 1)45 TRANS(2/2/2) Rotation from payload coordinates to HEL (2,2) Unit vector component (0 to 1)46 TRANS(3/2/2) Rotation from payload coordinates to HEL (3,2) Unit vector component (0 to 1)47 TRANS(1/3/2) Rotation from payload coordinates to HEL (1,3) Unit vector component (0 to 1)48 TRANS(2/3/2) Rotation from payload coordinates to HEL (2,3) Unit vector component (0 to 1)49 TRANS(3/3/2) Rotation from payload coordinates to HEL (3,3) Unit vector component (0 to 1)50 TRANS(1/1/3) Rotation from payload coordinates to EME 1950 (1,1) Unit vector component (0 to 1)51 TRANS(2/1/3) Rotation from payload coordinates to EME 1950 (2,1) Unit vector component (0 to 1)52 TRANS(3/1/3) Rotation from payload coordinates to EME 1950 (3,1) Unit vector component (0 to 1)53 TRANS(1/2/3) Rotation from payload coordinates to EME 1950 (1,2) Unit vector component (0 to 1)54 TRANS(2/2/3) Rotation from payload coordinates to EME 1950 (2,2) Unit vector component (0 to 1)55 TRANS(3/2/3) Rotation from payload coordinates to EME 1950 (3,2) Unit vector component (0 to 1)56 TRANS(1/3/3) Rotation from payload coordinates to EME 1950 (1,3) Unit vector component (0 to 1)57 TRANS(2/3/3) Rotation from payload coordinates to EME 1950 (2,3) Unit vector component (0 to 1)58 TRANS(3/3/3) Rotation from payload coordinates to EME 1950 (3,3) Unit vector component (0 to 1)

Ulysses HISCALE Ephemeris and Orientation data all cadences with EPH in filename

Appendix A

Page A-5


Armstrong 22

Col. Time (SCET)1 YEAR

2 Day

3 Hour (1h & 17 min only)

4 Minute (17 min cadence

5 Second (17 min. cadence

Data column

Data Item

1 LEMS30 Ch1 66.8 66.8 keV 51 LEMS120 Ch1 66.8 66.8 keV2 LEMS30 Ch2 76.5 76.5 keV 52 LEMS120 Ch2 76.5 76.5 keV3 LEMS30 Ch3 87.9 87.9 keV 53 LEMS120 Ch3 87.9 87.9 keV4 LEMS30 Ch4 101.1 101.1 keV 54 LEMS120 Ch4 101.1 101.1 keV5 LEMS30 Ch5 116.9 116.9 keV 55 LEMS120 Ch5 116.9 116.9 keV6 LEMS30 Ch6 135.5 135.5 keV 56 LEMS120 Ch6 135.5 135.5 keV7 LEMS30 Ch7 157.6 157.6 keV 57 LEMS120 Ch7 157.6 157.6 keV8 LEMS30 Ch8 184.4 184.4 keV 58 LEMS120 Ch8 184.4 184.4 keV9 LEMS30 Ch9 216.3 216.3 keV 59 LEMS120 Ch9 216.3 216.3 keV10 LEMS30 Ch10 254.4 254.4 keV 60 LEMS120 Ch10 254.4 254.4 keV11 LEMS30 Ch11 300.7 300.7 keV 61 LEMS120 Ch1 300.7 300.7 keV12 LEMS30 Ch12 357.1 357.1 keV 62 LEMS120 Ch12 357.1 357.1 keV13 LEMS30 Ch13 425.2 425.2 keV 63 LEMS120 Ch13 425.2 425.2 keV14 LEMS30 Ch14 507.6 507.6 keV 64 LEMS120 Ch14 507.6 507.6 keV15 LEMS30 Ch15 607.8 607.8 keV 65 LEMS120 Ch15 607.8 607.8 keV16 LEMS30 Ch16 729.5 729.5 keV 66 LEMS120 Ch16 729.5 729.5 keV17 LEMS30 Ch17 877.5 877.5 keV 67 LEMS120 Ch17 877.5 877.5 keV18 LEMS30 Ch18 1058 1057.5 keV 68 LEMS120 Ch18 1057.5 1057.5 keV19 LEMS30 Ch19 1276 1276 keV 69 LEMS120 Ch19 1276 1276 keV20 LEMS30 Ch20 1541 1541.3 keV 70 LEMS120 Ch20 1541.3 1541.3 keV21 LEMS30 Ch21 1864 1864.4 keV 71 LEMS120 Ch21 1864.4 1864.4 keV22 LEMS30 Ch22 2257 2257 keV 72 LEMS120 Ch22 2257 2257 keV23 LEMS30 Ch23 2734 2734.2 keV 73 LEMS120 Ch23 2734.2 2734.2 keV24 LEMS30 Ch24 3314 3314.4 keV 74 LEMS120 Ch24 3314.4 3314.4 keV25 LEMS30 Ch25 4020 4020.2 keV 75 LEMS120 Ch25 4020.2 4020.2 keV26 LEFS60 Ch1 364.1 364.1 keV 76 LEFS150 Ch1 364.1 364.1 keV27 LEFS60 Ch2 371.2 371.2 keV 77 LEFS150 Ch2 371.2 371.2 keV28 LEFS60 Ch3 379.2 379.2 keV 78 LEFS150 Ch3 379.2 379.2 keV29 LEFS60 Ch4 388.6 388.6 keV 79 LEFS150 Ch4 388.6 388.6 keV30 LEFS60 Ch5 399.6 399.6 keV 80 LEFS150 Ch5 399.6 399.6 keV31 LEFS60 Ch6 412.3 412.3 keV 81 LEFS150 Ch6 412.3 412.3 keV32 LEFS60 Ch7 427.2 427.2 keV 82 LEFS150 Ch7 427.2 427.2 keV33 LEFS60 Ch8 445.4 445.4 keV 83 LEFS150 Ch8 445.4 445.4 keV34 LEFS60 Ch9 468.2 468.2 keV 84 LEFS150 Ch9 468.2 468.2 keV35 LEFS60 Ch10 496.4 496.4 keV 85 LEFS150 Ch10 496.4 496.4 keV36 LEFS60 Ch11 530.9 530.9 keV 86 LEFS150 Ch1 530.9 530.9 keV37 LEFS60 Ch12 574.1 574.1 keV 87 LEFS150 Ch12 574.1 574.1 keV38 LEFS60 Ch13 628.4 628.4 keV 88 LEFS150 Ch13 628.4 628.4 keV39 LEFS60 Ch14 696.2 696.2 keV 89 LEFS150 Ch14 696.2 696.2 keV40 LEFS60 Ch15 781.3 781.3 keV 90 LEFS150 Ch15 781.3 781.3 keV41 LEFS60 Ch16 888 888 keV 91 LEFS150 Ch16 888 888 keV42 LEFS60 Ch17 1021 1020.8 keV 92 LEFS150 Ch17 1020.8 1020.8 keV43 LEFS60 Ch18 1187 1186.8 keV 93 LEFS150 Ch18 1186.8 1186.8 keV44 LEFS60 Ch19 1393 1392.9 keV 94 LEFS150 Ch19 1392.9 1392.9 keV45 LEFS60 Ch20 1646 1645.7 keV 95 LEFS150 Ch20 1645.7 1645.7 keV46 LEFS60 Ch21 1956 1955.8 keV 96 LEFS150 Ch21 1955.8 1955.8 keV47 LEFS60 Ch22 2337 2336.8 keV 97 LEFS150 Ch22 2336.8 2336.8 keV48 LEFS60 Ch23 2805 2804.8 keV 98 LEFS150 Ch23 2804.8 2804.8 keV49 LEFS60 Ch24 3377 3376.5 keV 99 LEFS150 Ch24 3376.5 3376.5 keV50 LEFS60 Ch25 4074 4074 keV 100 LEFS150 Ch25 4074 4074 keV

SPIN-AVERAGED 25 channel PROTONS (PG80)

Flux

Uni

ts

30 d

egre

es to

spac

ecra

ft sp

in a

xis

60 d

egre

es to

spac

ecra

ft sp

in a

xis

Page B-1pr

oton

s/(c

m2 se

c sr

keV

) spi

n-av

erag

ed

prot

ons/

(cm

2 sec

sr k

eV) s

pin-

aver

aged

120

degr

ees t

o sp

acec

raft

spin

axi

s15

0 de

gree

s to

spac

ecra

ft sp

in a

xis

Appendix B-1

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion


Armstrong 23


2 Day




Data column Data Item

1 LEFS60 Ch1 44 44 keV2 LEFS60 Ch2 51.7 51.7 keV3 LEFS60 Ch3 61.2 61.2 keV4 LEFS60 Ch4 72.9 72.9 keV5 LEFS60 Ch5 87.2 87.2 keV6 LEFS60 Ch6 104.6 104.6 keV7 LEFS60 Ch7 125.9 125.9 keV8 LEFS60 Ch8 151.8 151.8 keV9 LEFS60 Ch9 183.3 183.3 keV

10 LEFS60 Ch10 221.5 221.5 keV11 LEFS60 Ch11 267.8 267.8 keV12 LEFS60 Ch12 324 324 keV13 LEFS150 Ch1 44 44 keV14 LEFS150 Ch2 51.7 51.7 keV15 LEFS150 Ch3 61.2 61.2 keV16 LEFS150 Ch4 72.9 72.9 keV17 LEFS150 Ch5 87.2 87.2 keV18 LEFS150 Ch6 104.6 104.6 keV19 LEFS150 Ch7 125.9 125.9 keV20 LEFS150 Ch8 151.8 151.8 keV21 LEFS150 Ch9 183.3 183.3 keV22 LEFS150 Ch10 221.5 221.5 keV23 LEFS150 Ch11 267.8 267.8 keV24 LEFS150 Ch12 324 324 keV

Appendix B-2

elec

trons

/(cm

2 sec

sr k

eV) s

pin-

aver

aged

SPIN-AVERAGED 12 channel ELECTRONS (PG81)

60 d

egre

es to

spac

ecra

ft sp

in a

xis

150

degr

ees t

o sp

acec

raft

spin

axi

s

Page B-2

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts


Armstrong 24


2 Day




Data column Data Item

1 LEMS30 Ch1 82.1 82.1 keV 51 LEMS120 Ch1 82.1 82.1 keV2 LEMS30 Ch2 93.6 93.6 keV 52 LEMS120 Ch2 93.6 93.6 keV3 LEMS30 Ch3 107.2 107.2 keV 53 LEMS120 Ch3 107.2 107.2 keV4 LEMS30 Ch4 123.7 123.7 keV 54 LEMS120 Ch4 123.7 123.7 keV5 LEMS30 Ch5 142.8 142.8 keV 55 LEMS120 Ch5 142.8 142.8 keV6 LEMS30 Ch6 165.3 165.3 keV 56 LEMS120 Ch6 165.3 165.3 keV7 LEMS30 Ch7 192.5 192.5 keV 57 LEMS120 Ch7 192.5 192.5 keV8 LEMS30 Ch8 223.6 223.6 keV 58 LEMS120 Ch8 223.6 223.6 keV9 LEMS30 Ch9 259.9 259.9 keV 59 LEMS120 Ch9 259.9 259.9 keV

10 LEMS30 Ch10 304.2 304.2 keV 60 LEMS120 Ch10 304.2 304.2 keV11 LEMS30 Ch11 355.9 355.9 keV 61 LEMS120 Ch11 355.9 355.9 keV12 LEMS30 Ch12 416 416 keV 62 LEMS120 Ch12 416 416 keV13 LEMS30 Ch13 488 488 keV 63 LEMS120 Ch13 488 488 keV14 LEMS30 Ch14 574.6 574.6 keV 64 LEMS120 Ch14 574.6 574.6 keV15 LEMS30 Ch15 677.4 677.4 keV 65 LEMS120 Ch15 677.4 677.4 keV16 LEMS30 Ch16 799.8 799.8 keV 66 LEMS120 Ch16 799.8 799.8 keV17 LEMS30 Ch17 948.2 948.2 keV 67 LEMS120 Ch17 948.2 948.2 keV18 LEMS30 Ch18 1128.8 1128.8 keV 68 LEMS120 Ch18 1128.8 1128.8 keV19 LEMS30 Ch19 1346.8 1346.8 keV 69 LEMS120 Ch19 1346.8 1346.8 keV20 LEMS30 Ch20 1610.3 1610.3 keV 70 LEMS120 Ch20 1610.3 1610.3 keV21 LEMS30 Ch21 1930.6 1930.6 keV 71 LEMS120 Ch21 1930.6 1930.6 keV22 LEMS30 Ch22 2320.1 2320.1 keV 72 LEMS120 Ch22 2320.1 2320.1 keV23 LEMS30 Ch23 2794.8 2794.8 keV 73 LEMS120 Ch23 2794.8 2794.8 keV24 LEMS30 Ch24 3372.6 3372.6 keV 74 LEMS120 Ch24 3372.6 3372.6 keV25 LEMS30 Ch25 4074.8 4074.8 keV 75 LEMS120 Ch25 4074.8 4074.8 keV26 LEFS60 Ch1 1039.7 1039.7 keV 76 LEFS150 Ch1 1039.7 1039.7 keV27 LEFS60 Ch2 1059.1 1059.1 keV 77 LEFS150 Ch2 1059.1 1059.1 keV28 LEFS60 Ch3 1080.4 1080.4 keV 78 LEFS150 Ch3 1080.4 1080.4 keV29 LEFS60 Ch4 1104.5 1104.5 keV 79 LEFS150 Ch4 1104.5 1104.5 keV30 LEFS60 Ch5 1131.1 1131.1 keV 80 LEFS150 Ch5 1131.1 1131.1 keV31 LEFS60 Ch6 1160.2 1160.2 keV 81 LEFS150 Ch6 1160.2 1160.2 keV32 LEFS60 Ch7 1193.3 1193.3 keV 82 LEFS150 Ch7 1193.3 1193.3 keV33 LEFS60 Ch8 1229.5 1229.5 keV 83 LEFS150 Ch8 1229.5 1229.5 keV34 LEFS60 Ch9 1269 1269 keV 84 LEFS150 Ch9 1269 1269 keV35 LEFS60 Ch10 1312.6 1312.6 keV 85 LEFS150 Ch10 1312.6 1312.6 keV36 LEFS60 Ch11 1359.9 1359.9 keV 86 LEFS150 Ch1 1359.9 1359.9 keV37 LEFS60 Ch12 1413.7 1413.7 keV 87 LEFS150 Ch12 1413.7 1413.7 keV38 LEFS60 Ch13 1476.7 1476.7 keV 88 LEFS150 Ch13 1476.7 1476.7 keV39 LEFS60 Ch14 1550.8 1550.8 keV 89 LEFS150 Ch14 1550.8 1550.8 keV40 LEFS60 Ch15 1635.7 1635.7 keV 90 LEFS150 Ch15 1635.7 1635.7 keV41 LEFS60 Ch16 1734.8 1734.8 keV 91 LEFS150 Ch16 1734.8 1734.8 keV42 LEFS60 Ch17 1855.9 1855.9 keV 92 LEFS150 Ch17 1855.9 1855.9 keV43 LEFS60 Ch18 2004.2 2004.2 keV 93 LEFS150 Ch18 2004.2 2004.2 keV44 LEFS60 Ch19 2184.2 2184.2 keV 94 LEFS150 Ch19 2184.2 2184.2 keV45 LEFS60 Ch20 2403.7 2403.7 keV 95 LEFS150 Ch20 2403.7 2403.7 keV46 LEFS60 Ch21 2674.3 2674.3 keV 96 LEFS150 Ch21 2674.3 2674.3 keV47 LEFS60 Ch22 3010.6 3010.6 keV 97 LEFS150 Ch22 3010.6 3010.6 keV48 LEFS60 Ch23 3429.4 3429.4 keV 98 LEFS150 Ch23 3429.4 3429.4 keV49 LEFS60 Ch24 3949.5 3949.5 keV 99 LEFS150 Ch24 3949.5 3949.5 keV50 LEFS60 Ch25 4600.5 4600.5 keV 100 LEFS150 Ch25 4600.5 4600.5 keV

Page B-3

30 d

egre

es to

spac

ecra

ft sp

in a

xis

60 d

egre

es to

spac

ecra

ft sp

in a

xis

SPIN-AVERAGED 25 channel Z>1 (PG82)

prot

ons/

(cm

2 sec

sr k

eV) s

pin-

aver

aged

120

degr

ees t

o sp

acec

raft

spin

axi

s15

0 de

gree

s to

spac

ecra

ft sp

in a

xis pr

oton

s/(c

m2 se

c sr

keV

) spi

n-av

erag

edFl

ux U

nits

Appendix B-3

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion


Armstrong 25


2 Day


4 Minute (17 min cadence only)

5 Second (17 min. cadence only)

Data column

Data Item1 LEMS30 Ch1 S1 66.8 66.8 keV 51 LEMS30 Ch13 S3 425.2 425.2 keV2 LEMS30 Ch1 S2 66.8 66.8 keV 52 LEMS30 Ch13 S4 425.2 425.2 keV3 LEMS30 Ch1 S3 66.8 66.8 keV 53 LEMS30 Ch14 S1 507.6 507.6 keV4 LEMS30 Ch1 S4 66.8 66.8 keV 54 LEMS30 Ch14 S2 507.6 507.6 keV5 LEMS30 Ch2 S1 76.5 76.5 keV 55 LEMS30 Ch14 S3 507.6 507.6 keV6 LEMS30 Ch2 S2 76.5 76.5 keV 56 LEMS30 Ch14 S4 507.6 507.6 keV7 LEMS30 Ch2 S3 76.5 76.5 keV 57 LEMS30 Ch15 S1 607.8 607.8 keV8 LEMS30 Ch2 S4 76.5 76.5 keV 58 LEMS30 Ch15 S2 607.8 607.8 keV9 LEMS30 Ch3 S1 87.9 87.9 keV 59 LEMS30 Ch15 S3 607.8 607.8 keV

10 LEMS30 Ch3 S2 87.9 87.9 keV 60 LEMS30 Ch15 S4 607.8 607.8 keV11 LEMS30 Ch3 S3 87.9 87.9 keV 61 LEMS30 Ch16 S1 729.5 729.5 keV12 LEMS30 Ch3 S4 87.9 87.9 keV 62 LEMS30 Ch16 S2 729.5 729.5 keV13 LEMS30 Ch4 S1 101.1 101.1 keV 63 LEMS30 Ch16 S3 729.5 729.5 keV14 LEMS30 Ch4 S2 101.1 101.1 keV 64 LEMS30 Ch16 S4 729.5 729.5 keV15 LEMS30 Ch4 S3 101.1 101.1 keV 65 LEMS30 Ch17 S1 877.5 877.5 keV16 LEMS30 Ch4 S4 101.1 101.1 keV 66 LEMS30 Ch17 S2 877.5 877.5 keV17 LEMS30 Ch5 S1 116.9 116.9 keV 67 LEMS30 Ch17 S3 877.5 877.5 keV18 LEMS30 Ch5 S2 116.9 116.9 keV 68 LEMS30 Ch17 S4 877.5 877.5 keV19 LEMS30 Ch5 S3 116.9 116.9 keV 69 LEMS30 Ch18 S1 1057.5 1057.5 keV20 LEMS30 Ch5 S4 116.9 116.9 keV 70 LEMS30 Ch18 S2 1057.5 1057.5 keV21 LEMS30 Ch6 S1 135.5 135.5 keV 71 LEMS30 Ch18 S3 1057.5 1057.5 keV22 LEMS30 Ch6 S2 135.5 135.5 keV 72 LEMS30 Ch18 S4 1057.5 1057.5 keV23 LEMS30 Ch6 S3 135.5 135.5 keV 73 LEMS30 Ch19 S1 1276 1276 keV24 LEMS30 Ch6 S4 135.5 135.5 keV 74 LEMS30 Ch19 S2 1276 1276 keV25 LEMS30 Ch7 S1 157.6 157.6 keV 75 LEMS30 Ch19 S3 1276 1276 keV26 LEMS30 Ch7 S2 157.6 157.6 keV 76 LEMS30 Ch19 S4 1276 1276 keV27 LEMS30 Ch7 S3 157.6 157.6 keV 77 LEMS30 Ch20 S1 1541.3 1541.3 keV28 LEMS30 Ch7 S4 157.6 157.6 keV 78 LEMS30 Ch20 S2 1541.3 1541.3 keV29 LEMS30 Ch8 S1 184.4 184.4 keV 79 LEMS30 Ch20 S3 1541.3 1541.3 keV30 LEMS30 Ch8 S2 184.4 184.4 keV 80 LEMS30 Ch20 S4 1541.3 1541.3 keV31 LEMS30 Ch8 S3 184.4 184.4 keV 81 LEMS30 Ch21 S1 1864.4 1864.4 keV32 LEMS30 Ch8 S4 184.4 184.4 keV 82 LEMS30 Ch21 S2 1864.4 1864.4 keV33 LEMS30 Ch9 S1 216.3 216.3 keV 83 LEMS30 Ch21 S3 1864.4 1864.4 keV34 LEMS30 Ch9 S2 216.3 216.3 keV 84 LEMS30 Ch21 S4 1864.4 1864.4 keV35 LEMS30 Ch9 S3 216.3 216.3 keV 85 LEMS30 Ch22 S1 2257 2257 keV36 LEMS30 Ch9 S4 216.3 216.3 keV 86 LEMS30 Ch22 S2 2257 2257 keV37 LEMS30 Ch10 S1 254.4 254.4 keV 87 LEMS30 Ch22 S3 2257 2257 keV38 LEMS30 Ch10 S2 254.4 254.4 keV 88 LEMS30 Ch22 S4 2257 2257 keV39 LEMS30 Ch10 S3 254.4 254.4 keV 89 LEMS30 Ch23 S1 2734.2 2734.2 keV40 LEMS30 Ch10 S4 254.4 254.4 keV 90 LEMS30 Ch23 S2 2734.2 2734.2 keV41 LEMS30 Ch11 S1 300.7 300.7 keV 91 LEMS30 Ch23 S3 2734.2 2734.2 keV42 LEMS30 Ch11 S2 300.7 300.7 keV 92 LEMS30 Ch23 S4 2734.2 2734.2 keV43 LEMS30 Ch11 S3 300.7 300.7 keV 93 LEMS30 Ch24 S1 3314.4 3314.4 keV44 LEMS30 Ch11 S4 300.7 300.7 keV 94 LEMS30 Ch24 S2 3314.4 3314.4 keV45 LEMS30 Ch12 S1 357.1 357.1 keV 95 LEMS30 Ch24 S3 3314.4 3314.4 keV46 LEMS30 Ch12 S2 357.1 357.1 keV 96 LEMS30 Ch24 S4 3314.4 3314.4 keV47 LEMS30 Ch12 S3 357.1 357.1 keV 97 LEMS30 Ch25 S1 4020.2 4020.2 keV48 LEMS30 Ch12 S4 357.1 357.1 keV 98 LEMS30 Ch25 S2 4020.2 4020.2 keV49 LEMS30 Ch13 S1 425.2 425.2 keV 99 LEMS30 Ch25 S3 4020.2 4020.2 keV50 LEMS30 Ch13 S2 425.2 425.2 keV 100 LEMS30 Ch25 S4 4020.2 4020.2 keV

LEMS30 4 sectored 25 channel protons (PG83)Appendix B-4

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Page B-4

prot

ons/

(cm

2 sec

sr k

eV) s

pin-

aver

aged

30 d

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xis

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pin-

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120

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Armstrong 26

Col. Time (SCET)1 YEAR2 Day




Data colum Data Item

1 LEFS60 Ch1 S1 364.1 364.1 keV 57 LEFS60 Ch8 S1 445.4 445.4 keV2 LEFS60 Ch1 S2 364.1 364.1 keV 58 LEFS60 Ch8 S2 445.4 445.4 keV3 LEFS60 Ch1 S3 364.1 364.1 keV 59 LEFS60 Ch8 S3 445.4 445.4 keV4 LEFS60 Ch1 S4 364.1 364.1 keV 60 LEFS60 Ch8 S4 445.4 445.4 keV5 LEFS60 Ch1 S5 364.1 364.1 keV 61 LEFS60 Ch8 S5 445.4 445.4 keV6 LEFS60 Ch1 S6 364.1 364.1 keV 62 LEFS60 Ch8 S6 445.4 445.4 keV7 LEFS60 Ch1 S7 364.1 364.1 keV 63 LEFS60 Ch8 S7 445.4 445.4 keV8 LEFS60 Ch1 S8 364.1 364.1 keV 64 LEFS60 Ch8 S8 445.4 445.4 keV9 LEFS60 Ch2 S1 371.2 371.2 keV 65 LEFS60 Ch9 S1 468.2 468.2 keV

10 LEFS60 Ch2 S2 371.2 371.2 keV 66 LEFS60 Ch9 S2 468.2 468.2 keV11 LEFS60 Ch2 S3 371.2 371.2 keV 67 LEFS60 Ch9 S3 468.2 468.2 keV12 LEFS60 Ch2 S4 371.2 371.2 keV 68 LEFS60 Ch9 S4 468.2 468.2 keV13 LEFS60 Ch2 S5 371.2 371.2 keV 69 LEFS60 Ch9 S5 468.2 468.2 keV14 LEFS60 Ch2 S6 371.2 371.2 keV 70 LEFS60 Ch9 S6 468.2 468.2 keV15 LEFS60 Ch2 S7 371.2 371.2 keV 71 LEFS60 Ch9 S7 468.2 468.2 keV16 LEFS60 Ch2 S8 371.2 371.2 keV 72 LEFS60 Ch9 S8 468.2 468.2 keV17 LEFS60 Ch3 S1 379.2 379.2 keV 73 LEFS60 Ch10 S1 496.4 496.4 keV18 LEFS60 Ch3 S2 379.2 379.2 keV 74 LEFS60 Ch10 S2 496.4 496.4 keV19 LEFS60 Ch3 S3 379.2 379.2 keV 75 LEFS60 Ch10 S3 496.4 496.4 keV20 LEFS60 Ch3 S4 379.2 379.2 keV 76 LEFS60 Ch10 S4 496.4 496.4 keV21 LEFS60 Ch3 S5 379.2 379.2 keV 77 LEFS60 Ch10 S5 496.4 496.4 keV22 LEFS60 Ch3 S6 379.2 379.2 keV 78 LEFS60 Ch10 S6 496.4 496.4 keV23 LEFS60 Ch3 S7 379.2 379.2 keV 79 LEFS60 Ch10 S7 496.4 496.4 keV24 LEFS60 Ch3 S8 379.2 379.2 keV 80 LEFS60 Ch10 S8 496.4 496.4 keV25 LEFS60 Ch4 S1 388.6 388.6 keV 81 LEFS60 Ch11 S1 530.9 530.9 keV26 LEFS60 Ch4 S2 388.6 388.6 keV 82 LEFS60 Ch11 S2 530.9 530.9 keV27 LEFS60 Ch4 S3 388.6 388.6 keV 83 LEFS60 Ch11 S3 530.9 530.9 keV28 LEFS60 Ch4 S4 388.6 388.6 keV 84 LEFS60 Ch11 S4 530.9 530.9 keV29 LEFS60 Ch4 S5 388.6 388.6 keV 85 LEFS60 Ch11 S5 530.9 530.9 keV30 LEFS60 Ch4 S6 388.6 388.6 keV 86 LEFS60 Ch11 S6 530.9 530.9 keV31 LEFS60 Ch4 S7 388.6 388.6 keV 87 LEFS60 Ch11 S7 530.9 530.9 keV32 LEFS60 Ch4 S8 388.6 388.6 keV 88 LEFS60 Ch11 S8 530.9 530.9 keV33 LEFS60 Ch5 S1 399.6 399.6 keV 89 LEFS60 Ch12 S1 574.1 574.1 keV34 LEFS60 Ch5 S2 399.6 399.6 keV 90 LEFS60 Ch12 S2 574.1 574.1 keV35 LEFS60 Ch5 S3 399.6 399.6 keV 91 LEFS60 Ch12 S3 574.1 574.1 keV36 LEFS60 Ch5 S4 399.6 399.6 keV 92 LEFS60 Ch12 S4 574.1 574.1 keV37 LEFS60 Ch5 S5 399.6 399.6 keV 93 LEFS60 Ch12 S5 574.1 574.1 keV38 LEFS60 Ch5 S6 399.6 399.6 keV 94 LEFS60 Ch12 S6 574.1 574.1 keV39 LEFS60 Ch5 S7 399.6 399.6 keV 95 LEFS60 Ch12 S7 574.1 574.1 keV40 LEFS60 Ch5 S8 399.6 399.6 keV 96 LEFS60 Ch12 S8 574.1 574.1 keV41 LEFS60 Ch6 S1 412.3 412.3 keV 97 LEFS60 Ch13 S1 628.4 628.4 keV42 LEFS60 Ch6 S2 412.3 412.3 keV 98 LEFS60 Ch13 S2 628.4 628.4 keV43 LEFS60 Ch6 S3 412.3 412.3 keV 99 LEFS60 Ch13 S3 628.4 628.4 keV44 LEFS60 Ch6 S4 412.3 412.3 keV 100 LEFS60 Ch13 S4 628.4 628.4 keV45 LEFS60 Ch6 S5 412.3 412.3 keV 101 LEFS60 Ch13 S5 628.4 628.4 keV46 LEFS60 Ch6 S6 412.3 412.3 keV 102 LEFS60 Ch13 S6 628.4 628.4 keV47 LEFS60 Ch6 S7 412.3 412.3 keV 103 LEFS60 Ch13 S7 628.4 628.4 keV48 LEFS60 Ch6 S8 412.3 412.3 keV 104 LEFS60 Ch13 S8 628.4 628.4 keV49 LEFS60 Ch7 S1 427.2 427.2 keV 105 LEFS60 Ch14 S1 696.2 696.2 keV50 LEFS60 Ch7 S2 427.2 427.2 keV 106 LEFS60 Ch14 S2 696.2 696.2 keV51 LEFS60 Ch7 S3 427.2 427.2 keV 107 LEFS60 Ch14 S3 696.2 696.2 keV52 LEFS60 Ch7 S4 427.2 427.2 keV 108 LEFS60 Ch14 S4 696.2 696.2 keV53 LEFS60 Ch7 S5 427.2 427.2 keV 109 LEFS60 Ch14 S5 696.2 696.2 keV54 LEFS60 Ch7 S6 427.2 427.2 keV 110 LEFS60 Ch14 S6 696.2 696.2 keV55 LEFS60 Ch7 S7 427.2 427.2 keV 111 LEFS60 Ch14 S7 696.2 696.2 keV56 LEFS60 Ch7 S8 427.2 427.2 keV 112 LEFS60 Ch14 S8 696.2 696.2 keV

Appendix B-5

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LEFS60 8-Sectored 25 channel protons (PG84)

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Flux

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60 d

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(cm

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60 d

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(cm

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eV)


Armstrong 27

113 LEFS60 Ch15 S1 781.3 781.3 keV 157 LEFS60 Ch20 S51645.71645.7 keV114 LEFS60 Ch15 S2 781.3 781.3 keV 158 LEFS60 Ch20 S61645.71645.7 keV115 LEFS60 Ch15 S3 781.3 781.3 keV 159 LEFS60 Ch20 S71645.71645.7 keV116 LEFS60 Ch15 S4 781.3 781.3 keV 160 LEFS60 Ch20 S81645.71645.7 keV117 LEFS60 Ch15 S5 781.3 781.3 keV 161 LEFS60 Ch21 S11955.81955.8 keV118 LEFS60 Ch15 S6 781.3 781.3 keV 162 LEFS60 Ch21 S21955.81955.8 keV119 LEFS60 Ch15 S7 781.3 781.3 keV 163 LEFS60 Ch21 S31955.81955.8 keV120 LEFS60 Ch15 S8 781.3 781.3 keV 164 LEFS60 Ch21 S41955.81955.8 keV121 LEFS60 Ch16 S1 888 888 keV 165 LEFS60 Ch21 S51955.81955.8 keV122 LEFS60 Ch16 S2 888 888 keV 166 LEFS60 Ch21 S61955.81955.8 keV123 LEFS60 Ch16 S3 888 888 keV 167 LEFS60 Ch21 S71955.81955.8 keV124 LEFS60 Ch16 S4 888 888 keV 168 LEFS60 Ch21 S81955.81955.8 keV125 LEFS60 Ch16 S5 888 888 keV 169 LEFS60 Ch22 S12336.82336.8 keV126 LEFS60 Ch16 S6 888 888 keV 170 LEFS60 Ch22 S22336.82336.8 keV127 LEFS60 Ch16 S7 888 888 keV 171 LEFS60 Ch22 S32336.82336.8 keV128 LEFS60 Ch16 S8 888 888 keV 172 LEFS60 Ch22 S42336.82336.8 keV129 LEFS60 Ch17 S1 1021 1020.8 keV 173 LEFS60 Ch22 S52336.82336.8 keV130 LEFS60 Ch17 S2 1021 1020.8 keV 174 LEFS60 Ch22 S62336.82336.8 keV131 LEFS60 Ch17 S3 1021 1020.8 keV 175 LEFS60 Ch22 S72336.82336.8 keV132 LEFS60 Ch17 S4 1021 1020.8 keV 176 LEFS60 Ch22 S82336.82336.8 keV133 LEFS60 Ch17 S5 1021 1020.8 keV 177 LEFS60 Ch23 S12804.82804.8 keV134 LEFS60 Ch17 S6 1021 1020.8 keV 178 LEFS60 Ch23 S22804.82804.8 keV135 LEFS60 Ch17 S7 1021 1020.8 keV 179 LEFS60 Ch23 S32804.82804.8 keV136 LEFS60 Ch17 S8 1021 1020.8 keV 180 LEFS60 Ch23 S42804.82804.8 keV137 LEFS60 Ch18 S1 1187 1186.8 keV 181 LEFS60 Ch23 S52804.82804.8 keV138 LEFS60 Ch18 S2 1187 1186.8 keV 182 LEFS60 Ch23 S62804.82804.8 keV139 LEFS60 Ch18 S3 1187 1186.8 keV 183 LEFS60 Ch23 S72804.82804.8 keV140 LEFS60 Ch18 S4 1187 1186.8 keV 184 LEFS60 Ch23 S82804.82804.8 keV141 LEFS60 Ch18 S5 1187 1186.8 keV 185 LEFS60 Ch24 S13376.53376.5 keV142 LEFS60 Ch18 S6 1187 1186.8 keV 186 LEFS60 Ch24 S23376.53376.5 keV143 LEFS60 Ch18 S7 1187 1186.8 keV 187 LEFS60 Ch24 S33376.53376.5 keV144 LEFS60 Ch18 S8 1187 1186.8 keV 188 LEFS60 Ch24 S43376.53376.5 keV145 LEFS60 Ch19 S1 1393 1392.9 keV 189 LEFS60 Ch24 S53376.53376.5 keV146 LEFS60 Ch19 S2 1393 1392.9 keV 190 LEFS60 Ch24 S63376.53376.5 keV147 LEFS60 Ch19 S3 1393 1392.9 keV 191 LEFS60 Ch24 S73376.53376.5 keV148 LEFS60 Ch19 S4 1393 1392.9 keV 192 LEFS60 Ch24 S83376.53376.5 keV149 LEFS60 Ch19 S5 1393 1392.9 keV 193 LEFS60 Ch25 S14074 4074 keV150 LEFS60 Ch19 S6 1393 1392.9 keV 194 LEFS60 Ch25 S24074 4074 keV151 LEFS60 Ch19 S7 1393 1392.9 keV 195 LEFS60 Ch25 S34074 4074 keV152 LEFS60 Ch19 S8 1393 1392.9 keV 196 LEFS60 Ch25 S44074 4074 keV153 LEFS60 Ch20 S1 1646 1645.7 keV 197 LEFS60 Ch25 S54074 4074 keV154 LEFS60 Ch20 S2 1646 1645.7 keV 198 LEFS60 Ch25 S64074 4074 keV155 LEFS60 Ch20 S3 1646 1645.7 keV 199 LEFS60 Ch25 S74074 4074 keV156 LEFS60 Ch20 S4 1646 1645.7 keV 200 LEFS60 Ch25 S84074 4074 keV

60 d

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Appendix B-5LEFS60 8-Sectored 25 channel protons (PG84)

Page B-5-2

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Armstrong 28

Col. Time (SCET)1 YEAR2 Day3 Hour (1h & 17 min

only)4 Minute (17 min

cadence only)5 Second (17 min.

cadence only)Data

column Data Item1 LEMS120 Ch1 S1 66.8 66.8 keV 57 LEMS120 Ch8 S1 184.4 184.4 keV2 LEMS120 Ch1 S2 66.8 66.8 keV 58 LEMS120 Ch8 S2 184.4 184.4 keV3 LEMS120 Ch1 S3 66.8 66.8 keV 59 LEMS120 Ch8 S3 184.4 184.4 keV4 LEMS120 Ch1 S4 66.8 66.8 keV 60 LEMS120 Ch8 S4 184.4 184.4 keV5 LEMS120 Ch1 S5 66.8 66.8 keV 61 LEMS120 Ch8 S5 184.4 184.4 keV6 LEMS120 Ch1 S6 66.8 66.8 keV 62 LEMS120 Ch8 S6 184.4 184.4 keV7 LEMS120 Ch1 S7 66.8 66.8 keV 63 LEMS120 Ch8 S7 184.4 184.4 keV8 LEMS120 Ch1 S8 66.8 66.8 keV 64 LEMS120 Ch8 S8 184.4 184.4 keV9 LEMS120 Ch2 S1 76.5 76.5 keV 65 LEMS120 Ch9 S1 216.3 216.3 keV10 LEMS120 Ch2 S2 76.5 76.5 keV 66 LEMS120 Ch9 S2 216.3 216.3 keV11 LEMS120 Ch2 S3 76.5 76.5 keV 67 LEMS120 Ch9 S3 216.3 216.3 keV12 LEMS120 Ch2 S4 76.5 76.5 keV 68 LEMS120 Ch9 S4 216.3 216.3 keV13 LEMS120 Ch2 S5 76.5 76.5 keV 69 LEMS120 Ch9 S5 216.3 216.3 keV14 LEMS120 Ch2 S6 76.5 76.5 keV 70 LEMS120 Ch9 S6 216.3 216.3 keV15 LEMS120 Ch2 S7 76.5 76.5 keV 71 LEMS120 Ch9 S7 216.3 216.3 keV16 LEMS120 Ch2 S8 76.5 76.5 keV 72 LEMS120 Ch9 S8 216.3 216.3 keV17 LEMS120 Ch3 S1 87.9 87.9 keV 73 LEMS120 Ch10 S1 254.4 254.4 keV18 LEMS120 Ch3 S2 87.9 87.9 keV 74 LEMS120 Ch10 S2 254.4 254.4 keV19 LEMS120 Ch3 S3 87.9 87.9 keV 75 LEMS120 Ch10 S3 254.4 254.4 keV20 LEMS120 Ch3 S4 87.9 87.9 keV 76 LEMS120 Ch10 S4 254.4 254.4 keV21 LEMS120 Ch3 S5 87.9 87.9 keV 77 LEMS120 Ch10 S5 254.4 254.4 keV22 LEMS120 Ch3 S6 87.9 87.9 keV 78 LEMS120 Ch10 S6 254.4 254.4 keV23 LEMS120 Ch3 S7 87.9 87.9 keV 79 LEMS120 Ch10 S7 254.4 254.4 keV24 LEMS120 Ch3 S8 87.9 87.9 keV 80 LEMS120 Ch10 S8 254.4 254.4 keV25 LEMS120 Ch4 S1 101.1 101.1 keV 81 LEMS120 Ch11 S1 300.7 300.7 keV26 LEMS120 Ch4 S2 101.1 101.1 keV 82 LEMS120 Ch11 S2 300.7 300.7 keV27 LEMS120 Ch4 S3 101.1 101.1 keV 83 LEMS120 Ch11 S3 300.7 300.7 keV28 LEMS120 Ch4 S4 101.1 101.1 keV 84 LEMS120 Ch11 S4 300.7 300.7 keV29 LEMS120 Ch4 S5 101.1 101.1 keV 85 LEMS120 Ch11 S5 300.7 300.7 keV30 LEMS120 Ch4 S6 101.1 101.1 keV 86 LEMS120 Ch11 S6 300.7 300.7 keV31 LEMS120 Ch4 S7 101.1 101.1 keV 87 LEMS120 Ch11 S7 300.7 300.7 keV32 LEMS120 Ch4 S8 101.1 101.1 keV 88 LEMS120 Ch11 S8 300.7 300.7 keV33 LEMS120 Ch5 S1 116.9 116.9 keV 89 LEMS120 Ch12 S1 357.1 357.1 keV34 LEMS120 Ch5 S2 116.9 116.9 keV 90 LEMS120 Ch12 S2 357.1 357.1 keV35 LEMS120 Ch5 S3 116.9 116.9 keV 91 LEMS120 Ch12 S3 357.1 357.1 keV36 LEMS120 Ch5 S4 116.9 116.9 keV 92 LEMS120 Ch12 S4 357.1 357.1 keV37 LEMS120 Ch5 S5 116.9 116.9 keV 93 LEMS120 Ch12 S5 357.1 357.1 keV38 LEMS120 Ch5 S6 116.9 116.9 keV 94 LEMS120 Ch12 S6 357.1 357.1 keV39 LEMS120 Ch5 S7 116.9 116.9 keV 95 LEMS120 Ch12 S7 357.1 357.1 keV40 LEMS120 Ch5 S8 116.9 116.9 keV 96 LEMS120 Ch12 S8 357.1 357.1 keV41 LEMS120 Ch6 S1 135.5 135.5 keV 97 LEMS120 Ch13 S1 425.2 425.2 keV42 LEMS120 Ch6 S2 135.5 135.5 keV 98 LEMS120 Ch13 S2 425.2 425.2 keV43 LEMS120 Ch6 S3 135.5 135.5 keV 99 LEMS120 Ch13 S3 425.2 425.2 keV44 LEMS120 Ch6 S4 135.5 135.5 keV 100 LEMS120 Ch13 S4 425.2 425.2 keV45 LEMS120 Ch6 S5 135.5 135.5 keV 101 LEMS120 Ch13 S5 425.2 425.2 keV46 LEMS120 Ch6 S6 135.5 135.5 keV 102 LEMS120 Ch13 S6 425.2 425.2 keV47 LEMS120 Ch6 S7 135.5 135.5 keV 103 LEMS120 Ch13 S7 425.2 425.2 keV48 LEMS120 Ch6 S8 135.5 135.5 keV 104 LEMS120 Ch13 S8 425.2 425.2 keV49 LEMS120 Ch7 S1 157.6 157.6 keV 105 LEMS120 Ch14 S1 507.6 507.6 keV50 LEMS120 Ch7 S2 157.6 157.6 keV 106 LEMS120 Ch14 S2 507.6 507.6 keV51 LEMS120 Ch7 S3 157.6 157.6 keV 107 LEMS120 Ch14 S3 507.6 507.6 keV52 LEMS120 Ch7 S4 157.6 157.6 keV 108 LEMS120 Ch14 S4 507.6 507.6 keV53 LEMS120 Ch7 S5 157.6 157.6 keV 109 LEMS120 Ch14 S5 507.6 507.6 keV54 LEMS120 Ch7 S6 157.6 157.6 keV 110 LEMS120 Ch14 S6 507.6 507.6 keV55 LEMS120 Ch7 S7 157.6 157.6 keV 111 LEMS120 Ch14 S7 507.6 507.6 keV56 LEMS120 Ch7 S8 157.6 157.6 keV 112 LEMS120 Ch14 S8 507.6 507.6 keV

LEMS 120 8 Sectored 25 channel protons (PG85)

120

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(cm

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120

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Page B-6-1

Appendix B-6

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m


Armstrong 29

115 LEMS120 Ch15 S1 607.8 607.8 keV 158 LEMS120 Ch20 S5 1541.3 1541.3 keV116 LEMS120 Ch15 S2 607.8 607.8 keV 159 LEMS120 Ch20 S6 1541.3 1541.3 keV117 LEMS120 Ch15 S3 607.8 607.8 keV 160 LEMS120 Ch20 S7 1541.3 1541.3 keV118 LEMS120 Ch15 S4 607.8 607.8 keV 161 LEMS120 Ch20 S8 1541.3 1541.3 keV119 LEMS120 Ch15 S5 607.8 607.8 keV 162 LEMS120 Ch21 S1 1864.4 1864.4 keV120 LEMS120 Ch15 S6 607.8 607.8 keV 163 LEMS120 Ch21 S2 1864.4 1864.4 keV121 LEMS120 Ch15 S7 607.8 607.8 keV 164 LEMS120 Ch21 S3 1864.4 1864.4 keV122 LEMS120 Ch15 S8 607.8 607.8 keV 165 LEMS120 Ch21 S4 1864.4 1864.4 keV123 LEMS120 Ch16 S1 729.5 729.5 keV 166 LEMS120 Ch21 S5 1864.4 1864.4 keV124 LEMS120 Ch16 S2 729.5 729.5 keV 167 LEMS120 Ch21 S6 1864.4 1864.4 keV125 LEMS120 Ch16 S3 729.5 729.5 keV 168 LEMS120 Ch21 S7 1864.4 1864.4 keV126 LEMS120 Ch16 S4 729.5 729.5 keV 169 LEMS120 Ch21 S8 1864.4 1864.4 keV127 LEMS120 Ch16 S5 729.5 729.5 keV 170 LEMS120 Ch22 S1 2257 2257 keV128 LEMS120 Ch16 S6 729.5 729.5 keV 171 LEMS120 Ch22 S2 2257 2257 keV129 LEMS120 Ch16 S7 729.5 729.5 keV 172 LEMS120 Ch22 S3 2257 2257 keV130 LEMS120 Ch16 S8 729.5 729.5 keV 173 LEMS120 Ch22 S4 2257 2257 keV130 LEMS120 Ch17 S1 877.5 877.5 keV 174 LEMS120 Ch22 S5 2257 2257 keV131 LEMS120 Ch17 S2 877.5 877.5 keV 175 LEMS120 Ch22 S6 2257 2257 keV132 LEMS120 Ch17 S3 877.5 877.5 keV 176 LEMS120 Ch22 S7 2257 2257 keV133 LEMS120 Ch17 S4 877.5 877.5 keV 177 LEMS120 Ch22 S8 2257 2257 keV134 LEMS120 Ch17 S5 877.5 877.5 keV 178 LEMS120 Ch23 S1 2734.2 2734.2 keV135 LEMS120 Ch17 S6 877.5 877.5 keV 179 LEMS120 Ch23 S2 2734.2 2734.2 keV136 LEMS120 Ch17 S7 877.5 877.5 keV 180 LEMS120 Ch23 S3 2734.2 2734.2 keV137 LEMS120 Ch17 S8 877.5 877.5 keV 181 LEMS120 Ch23 S4 2734.2 2734.2 keV138 LEMS120 Ch18 S1 1058 1057.5 keV 182 LEMS120 Ch23 S5 2734.2 2734.2 keV139 LEMS120 Ch18 S2 1058 1057.5 keV 183 LEMS120 Ch23 S6 2734.2 2734.2 keV140 LEMS120 Ch18 S3 1058 1057.5 keV 184 LEMS120 Ch23 S7 2734.2 2734.2 keV141 LEMS120 Ch18 S4 1058 1057.5 keV 185 LEMS120 Ch23 S8 2734.2 2734.2 keV142 LEMS120 Ch18 S5 1058 1057.5 keV 186 LEMS120 Ch24 S1 3314.4 3314.4 keV143 LEMS120 Ch18 S6 1058 1057.5 keV 187 LEMS120 Ch24 S2 3314.4 3314.4 keV144 LEMS120 Ch18 S7 1058 1057.5 keV 188 LEMS120 Ch24 S3 3314.4 3314.4 keV145 LEMS120 Ch18 S8 1058 1057.5 keV 189 LEMS120 Ch24 S4 3314.4 3314.4 keV146 LEMS120 Ch19 S1 1276 1276 keV 190 LEMS120 Ch24 S5 3314.4 3314.4 keV147 LEMS120 Ch19 S2 1276 1276 keV 191 LEMS120 Ch24 S6 3314.4 3314.4 keV148 LEMS120 Ch19 S3 1276 1276 keV 192 LEMS120 Ch24 S7 3314.4 3314.4 keV149 LEMS120 Ch19 S4 1276 1276 keV 193 LEMS120 Ch24 S8 3314.4 3314.4 keV150 LEMS120 Ch19 S5 1276 1276 keV 194 LEMS120 Ch25 S1 4020.2 4020.2 keV151 LEMS120 Ch19 S6 1276 1276 keV 195 LEMS120 Ch25 S2 4020.2 4020.2 keV152 LEMS120 Ch19 S7 1276 1276 keV 196 LEMS120 Ch25 S3 4020.2 4020.2 keV153 LEMS120 Ch19 S8 1276 1276 keV 197 LEMS120 Ch25 S4 4020.2 4020.2 keV154 LEMS120 Ch20 S1 1541 1541.3 keV 198 LEMS120 Ch25 S5 4020.2 4020.2 keV155 LEMS120 Ch20 S2 1541 1541.3 keV 199 LEMS120 Ch25 S6 4020.2 4020.2 keV156 LEMS120 Ch20 S3 1541 1541.3 keV 200 LEMS120 Ch25 S7 4020.2 4020.2 keV157 LEMS120 Ch20 S4 1541 1541.3 keV 201 LEMS120 Ch25 S8 4020.2 4020.2 keV

Appendix B-6 LEMS 120 8 Sectored 25 channel protons (PG85)

prot

ons/

(cm

2 se

c sr

keV

)

120

degr

ees

to sp

acec

raft

spin

axi

s

prot

ons/

(cm

2 se

c sr

keV

)

120

degr

ees t

o sp

acec

raft

spin

axi

s

Page B-6-2


Armstrong 30






1 LEFS150 Ch1 S1 364.1 364.1 keV 51 LEFS150 Ch13 S3 628.4 628.4 keV2 LEFS150 Ch1 S2 364.1 364.1 keV 52 LEFS150 Ch13 S4 628.4 628.4 keV3 LEFS150 Ch1 S3 364.1 364.1 keV 53 LEFS150 Ch14 S1 696.2 696.2 keV4 LEFS150 Ch1 S4 364.1 364.1 keV 54 LEFS150 Ch14 S2 696.2 696.2 keV5 LEFS150 Ch2 S1 371.2 371.2 keV 55 LEFS150 Ch14 S3 696.2 696.2 keV6 LEFS150 Ch2 S2 371.2 371.2 keV 56 LEFS150 Ch14 S4 696.2 696.2 keV7 LEFS150 Ch2 S3 371.2 371.2 keV 57 LEFS150 Ch15 S1 781.3 781.3 keV8 LEFS150 Ch2 S4 371.2 371.2 keV 58 LEFS150 Ch15 S2 781.3 781.3 keV9 LEFS150 Ch3 S1 379.2 379.2 keV 59 LEFS150 Ch15 S3 781.3 781.3 keV

10 LEFS150 Ch3 S2 379.2 379.2 keV 60 LEFS150 Ch15 S4 781.3 781.3 keV11 LEFS150 Ch3 S3 379.2 379.2 keV 61 LEFS150 Ch16 S1 888 888 keV12 LEFS150 Ch3 S4 379.2 379.2 keV 62 LEFS150 Ch16 S2 888 888 keV13 LEFS150 Ch4 S1 388.6 388.6 keV 63 LEFS150 Ch16 S3 888 888 keV14 LEFS150 Ch4 S2 388.6 388.6 keV 64 LEFS150 Ch16 S4 888 888 keV15 LEFS150 Ch4 S3 388.6 388.6 keV 65 LEFS150 Ch17 S1 1020.8 1020.8 keV16 LEFS150 Ch4 S4 388.6 388.6 keV 66 LEFS150 Ch17 S2 1020.8 1020.8 keV17 LEFS150 Ch5 S1 399.6 399.6 keV 67 LEFS150 Ch17 S3 1020.8 1020.8 keV18 LEFS150 Ch5 S2 399.6 399.6 keV 68 LEFS150 Ch17 S4 1020.8 1020.8 keV19 LEFS150 Ch5 S3 399.6 399.6 keV 69 LEFS150 Ch18 S1 1186.8 1186.8 keV20 LEFS150 Ch5 S4 399.6 399.6 keV 70 LEFS150 Ch18 S2 1186.8 1186.8 keV21 LEFS150 Ch6 S1 412.3 412.3 keV 71 LEFS150 Ch18 S3 1186.8 1186.8 keV22 LEFS150 Ch6 S2 412.3 412.3 keV 72 LEFS150 Ch18 S4 1186.8 1186.8 keV23 LEFS150 Ch6 S3 412.3 412.3 keV 73 LEFS150 Ch19 S1 1392.9 1392.9 keV24 LEFS150 Ch6 S4 412.3 412.3 keV 74 LEFS150 Ch19 S2 1392.9 1392.9 keV25 LEFS150 Ch7 S1 427.2 427.2 keV 75 LEFS150 Ch19 S3 1392.9 1392.9 keV26 LEFS150 Ch7 S2 427.2 427.2 keV 76 LEFS150 Ch19 S4 1392.9 1392.9 keV27 LEFS150 Ch7 S3 427.2 427.2 keV 77 LEFS150 Ch20 S1 1645.7 1645.7 keV28 LEFS150 Ch7 S4 427.2 427.2 keV 78 LEFS150 Ch20 S2 1645.7 1645.7 keV29 LEFS150 Ch8 S1 445.4 445.4 keV 79 LEFS150 Ch20 S3 1645.7 1645.7 keV30 LEFS150 Ch8 S2 445.4 445.4 keV 80 LEFS150 Ch20 S4 1645.7 1645.7 keV31 LEFS150 Ch8 S3 445.4 445.4 keV 81 LEFS150 Ch21 S1 1955.8 1955.8 keV32 LEFS150 Ch8 S4 445.4 445.4 keV 82 LEFS150 Ch21 S2 1955.8 1955.8 keV33 LEFS150 Ch9 S1 468.2 468.2 keV 83 LEFS150 Ch21 S3 1955.8 1955.8 keV34 LEFS150 Ch9 S2 468.2 468.2 keV 84 LEFS150 Ch21 S4 1955.8 1955.8 keV35 LEFS150 Ch9 S3 468.2 468.2 keV 85 LEFS150 Ch22 S1 2336.8 2336.8 keV36 LEFS150 Ch9 S4 468.2 468.2 keV 86 LEFS150 Ch22 S2 2336.8 2336.8 keV37 LEFS150 Ch10 S1 496.4 496.4 keV 87 LEFS150 Ch22 S3 2336.8 2336.8 keV38 LEFS150 Ch10 S2 496.4 496.4 keV 88 LEFS150 Ch22 S4 2336.8 2336.8 keV39 LEFS150 Ch10 S3 496.4 496.4 keV 89 LEFS150 Ch23 S1 2804.8 2804.8 keV40 LEFS150 Ch10 S4 496.4 496.4 keV 90 LEFS150 Ch23 S2 2804.8 2804.8 keV41 LEFS150 Ch11 S1 530.9 530.9 keV 91 LEFS150 Ch23 S3 2804.8 2804.8 keV42 LEFS150 Ch11 S2 530.9 530.9 keV 92 LEFS150 Ch23 S4 2804.8 2804.8 keV43 LEFS150 Ch11 S3 530.9 530.9 keV 93 LEFS150 Ch24 S1 3376.5 3376.5 keV44 LEFS150 Ch11 S4 530.9 530.9 keV 94 LEFS150 Ch24 S2 3376.5 3376.5 keV45 LEFS150 Ch12 S1 574.1 574.1 keV 95 LEFS150 Ch24 S3 3376.5 3376.5 keV46 LEFS150 Ch12 S2 574.1 574.1 keV 96 LEFS150 Ch24 S4 3376.5 3376.5 keV47 LEFS150 Ch12 S3 574.1 574.1 keV 97 LEFS150 Ch25 S1 4074 4074 keV48 LEFS150 Ch12 S4 574.1 574.1 keV 98 LEFS150 Ch25 S2 4074 4074 keV49 LEFS150 Ch13 S1 628.4 628.4 keV 99 LEFS150 Ch25 S3 4074 4074 keV50 LEFS150 Ch13 S2 628.4 628.4 keV 100 LEFS150 Ch25 S4 4074 4074 keV

Ener

gy (k

eV)

Ener

gy U

nits

LEFS150 4-Sectored 25 channel protons (PG86)

prot

ons/

(cm

2 sec

sr k

eV) s

pin-

aver

aged

150

degr

ees

to s

pace

craf

t spi

n ax

is

prot

ons/

(cm

2 sec

sr k

eV) s

pin-

aver

aged

150

degr

ees

to s

pace

craf

t spi

n ax

isO

rient

atio

n

Flux

Uni

ts

Page B-7

Appendix B-7

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m


Armstrong 31

Col. Time (SCET)1 YEAR2 Day3 Hour (1h & 17

min only)4 Minute (17 min


cadence only)Data

columnData Item

1 LEMS30 Ch1 S1 82.1 82.1 keV 51 LEMS30 Ch13 S3 488 488 keV2 LEMS30 Ch1 S2 82.1 82.1 keV 52 LEMS30 Ch13 S4 488 488 keV3 LEMS30 Ch1 S3 82.1 82.1 keV 53 LEMS30 Ch14 S1 574.6 574.6 keV4 LEMS30 Ch1 S4 82.1 82.1 keV 54 LEMS30 Ch14 S2 574.6 574.6 keV5 LEMS30 Ch2 S1 93.6 93.6 keV 55 LEMS30 Ch14 S3 574.6 574.6 keV6 LEMS30 Ch2 S2 93.6 93.6 keV 56 LEMS30 Ch14 S4 574.6 574.6 keV7 LEMS30 Ch2 S3 93.6 93.6 keV 57 LEMS30 Ch15 S1 677.4 677.4 keV8 LEMS30 Ch2 S4 93.6 93.6 keV 58 LEMS30 Ch15 S2 677.4 677.4 keV9 LEMS30 Ch3 S1 107.2 107.2 keV 59 LEMS30 Ch15 S3 677.4 677.4 keV10 LEMS30 Ch3 S2 107.2 107.2 keV 60 LEMS30 Ch15 S4 677.4 677.4 keV11 LEMS30 Ch3 S3 107.2 107.2 keV 61 LEMS30 Ch16 S1 799.8 799.8 keV12 LEMS30 Ch3 S4 107.2 107.2 keV 62 LEMS30 Ch16 S2 799.8 799.8 keV13 LEMS30 Ch4 S1 123.7 123.7 keV 63 LEMS30 Ch16 S3 799.8 799.8 keV14 LEMS30 Ch4 S2 123.7 123.7 keV 64 LEMS30 Ch16 S4 799.8 799.8 keV15 LEMS30 Ch4 S3 123.7 123.7 keV 65 LEMS30 Ch17 S1 948.2 948.2 keV16 LEMS30 Ch4 S4 123.7 123.7 keV 66 LEMS30 Ch17 S2 948.2 948.2 keV17 LEMS30 Ch5 S1 142.8 142.8 keV 67 LEMS30 Ch17 S3 948.2 948.2 keV18 LEMS30 Ch5 S2 142.8 142.8 keV 68 LEMS30 Ch17 S4 948.2 948.2 keV19 LEMS30 Ch5 S3 142.8 142.8 keV 69 LEMS30 Ch18 S1 1128.8 1128.8 keV20 LEMS30 Ch5 S4 142.8 142.8 keV 70 LEMS30 Ch18 S2 1128.8 1128.8 keV21 LEMS30 Ch6 S1 165.3 165.3 keV 71 LEMS30 Ch18 S3 1128.8 1128.8 keV22 LEMS30 Ch6 S2 165.3 165.3 keV 72 LEMS30 Ch18 S4 1128.8 1128.8 keV23 LEMS30 Ch6 S3 165.3 165.3 keV 73 LEMS30 Ch19 S1 1346.8 1346.8 keV24 LEMS30 Ch6 S4 165.3 165.3 keV 74 LEMS30 Ch19 S2 1346.8 1346.8 keV25 LEMS30 Ch7 S1 192.5 192.5 keV 75 LEMS30 Ch19 S3 1346.8 1346.8 keV26 LEMS30 Ch7 S2 192.5 192.5 keV 76 LEMS30 Ch19 S4 1346.8 1346.8 keV27 LEMS30 Ch7 S3 192.5 192.5 keV 77 LEMS30 Ch20 S1 1610.3 1610.3 keV28 LEMS30 Ch7 S4 192.5 192.5 keV 78 LEMS30 Ch20 S2 1610.3 1610.3 keV29 LEMS30 Ch8 S1 223.6 223.6 keV 79 LEMS30 Ch20 S3 1610.3 1610.3 keV30 LEMS30 Ch8 S2 223.6 223.6 keV 80 LEMS30 Ch20 S4 1610.3 1610.3 keV31 LEMS30 Ch8 S3 223.6 223.6 keV 81 LEMS30 Ch21 S1 1930.6 1930.6 keV32 LEMS30 Ch8 S4 223.6 223.6 keV 82 LEMS30 Ch21 S2 1930.6 1930.6 keV33 LEMS30 Ch9 S1 259.9 259.9 keV 83 LEMS30 Ch21 S3 1930.6 1930.6 keV34 LEMS30 Ch9 S2 259.9 259.9 keV 84 LEMS30 Ch21 S4 1930.6 1930.6 keV35 LEMS30 Ch9 S3 259.9 259.9 keV 85 LEMS30 Ch22 S1 2320.1 2320.1 keV36 LEMS30 Ch9 S4 259.9 259.9 keV 86 LEMS30 Ch22 S2 2320.1 2320.1 keV37 LEMS30 Ch10 S1 304.2 304.2 keV 87 LEMS30 Ch22 S3 2320.1 2320.1 keV38 LEMS30 Ch10 S2 304.2 304.2 keV 88 LEMS30 Ch22 S4 2320.1 2320.1 keV39 LEMS30 Ch10 S3 304.2 304.2 keV 89 LEMS30 Ch23 S1 2794.8 2794.8 keV40 LEMS30 Ch10 S4 304.2 304.2 keV 90 LEMS30 Ch23 S2 2794.8 2794.8 keV41 LEMS30 Ch11 S1 355.9 355.9 keV 91 LEMS30 Ch23 S3 2794.8 2794.8 keV42 LEMS30 Ch11 S2 355.9 355.9 keV 92 LEMS30 Ch23 S4 2794.8 2794.8 keV43 LEMS30 Ch11 S3 355.9 355.9 keV 93 LEMS30 Ch24 S1 3372.6 3372.6 keV44 LEMS30 Ch11 S4 355.9 355.9 keV 94 LEMS30 Ch24 S2 3372.6 3372.6 keV45 LEMS30 Ch12 S1 416 416 keV 95 LEMS30 Ch24 S3 3372.6 3372.6 keV46 LEMS30 Ch12 S2 416 416 keV 96 LEMS30 Ch24 S4 3372.6 3372.6 keV47 LEMS30 Ch12 S3 416 416 keV 97 LEMS30 Ch25 S1 4074.8 4074.8 keV48 LEMS30 Ch12 S4 416 416 keV 98 LEMS30 Ch25 S2 4074.8 4074.8 keV49 LEMS30 Ch13 S1 488 488 keV 99 LEMS30 Ch25 S3 4074.8 4074.8 keV50 LEMS30 Ch13 S2 488 488 keV 100 LEMS30 Ch25 S4 4074.8 4074.8 keV

LEMS30 4-Sectored 25 channel Z>1 ions (PG87)

Ener

gy U

nits

Orie

ntat

ion

Z>1

/(cm

2 sec

sr k

eV)

30 d

egre

es to

spa

cecr

aft s

pin

axis

Z>1

/(cm

2 sec

sr k

eV)

30 d

egre

es to

spa

cecr

aft s

pin

axis

Flux

Uni

ts

Page B-8

Appendix B-8

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m

Ener

gy (k

eV)


Armstrong 32





Data colum

Data Item1 LEFS60 Ch1 S1 1039.7 1039.7 keV 57 LEFS60 Ch8 S1 1229.5 1229.5 keV2 LEFS60 Ch1 S2 1039.7 1039.7 keV 58 LEFS60 Ch8 S2 1229.5 1229.5 keV3 LEFS60 Ch1 S3 1039.7 1039.7 keV 59 LEFS60 Ch8 S3 1229.5 1229.5 keV4 LEFS60 Ch1 S4 1039.7 1039.7 keV 60 LEFS60 Ch8 S4 1229.5 1229.5 keV5 LEFS60 Ch1 S5 1039.7 1039.7 keV 61 LEFS60 Ch8 S5 1229.5 1229.5 keV6 LEFS60 Ch1 S6 1039.7 1039.7 keV 62 LEFS60 Ch8 S6 1229.5 1229.5 keV7 LEFS60 Ch1 S7 1039.7 1039.7 keV 63 LEFS60 Ch8 S7 1229.5 1229.5 keV8 LEFS60 Ch1 S8 1039.7 1039.7 keV 64 LEFS60 Ch8 S8 1229.5 1229.5 keV9 LEFS60 Ch2 S1 1059.1 1059.1 keV 65 LEFS60 Ch9 S1 1269 1269 keV10 LEFS60 Ch2 S2 1059.1 1059.1 keV 66 LEFS60 Ch9 S2 1269 1269 keV11 LEFS60 Ch2 S3 1059.1 1059.1 keV 67 LEFS60 Ch9 S3 1269 1269 keV12 LEFS60 Ch2 S4 1059.1 1059.1 keV 68 LEFS60 Ch9 S4 1269 1269 keV13 LEFS60 Ch2 S5 1059.1 1059.1 keV 69 LEFS60 Ch9 S5 1269 1269 keV14 LEFS60 Ch2 S6 1059.1 1059.1 keV 70 LEFS60 Ch9 S6 1269 1269 keV15 LEFS60 Ch2 S7 1059.1 1059.1 keV 71 LEFS60 Ch9 S7 1269 1269 keV16 LEFS60 Ch2 S8 1059.1 1059.1 keV 72 LEFS60 Ch9 S8 1269 1269 keV17 LEFS60 Ch3 S1 1080.4 1080.4 keV 73 LEFS60 Ch10 S1 1312.6 1312.6 keV18 LEFS60 Ch3 S2 1080.4 1080.4 keV 74 LEFS60 Ch10 S2 1312.6 1312.6 keV19 LEFS60 Ch3 S3 1080.4 1080.4 keV 75 LEFS60 Ch10 S3 1312.6 1312.6 keV20 LEFS60 Ch3 S4 1080.4 1080.4 keV 76 LEFS60 Ch10 S4 1312.6 1312.6 keV21 LEFS60 Ch3 S5 1080.4 1080.4 keV 77 LEFS60 Ch10 S5 1312.6 1312.6 keV22 LEFS60 Ch3 S6 1080.4 1080.4 keV 78 LEFS60 Ch10 S6 1312.6 1312.6 keV23 LEFS60 Ch3 S7 1080.4 1080.4 keV 79 LEFS60 Ch10 S7 1312.6 1312.6 keV24 LEFS60 Ch3 S8 1080.4 1080.4 keV 80 LEFS60 Ch10 S8 1312.6 1312.6 keV25 LEFS60 Ch4 S1 1104.5 1104.5 keV 81 LEFS60 Ch11 S1 1359.9 1359.9 keV26 LEFS60 Ch4 S2 1104.5 1104.5 keV 82 LEFS60 Ch11 S2 1359.9 1359.9 keV27 LEFS60 Ch4 S3 1104.5 1104.5 keV 83 LEFS60 Ch11 S3 1359.9 1359.9 keV28 LEFS60 Ch4 S4 1104.5 1104.5 keV 84 LEFS60 Ch11 S4 1359.9 1359.9 keV29 LEFS60 Ch4 S5 1104.5 1104.5 keV 85 LEFS60 Ch11 S5 1359.9 1359.9 keV30 LEFS60 Ch4 S6 1104.5 1104.5 keV 86 LEFS60 Ch11 S6 1359.9 1359.9 keV31 LEFS60 Ch4 S7 1104.5 1104.5 keV 87 LEFS60 Ch11 S7 1359.9 1359.9 keV32 LEFS60 Ch4 S8 1104.5 1104.5 keV 88 LEFS60 Ch11 S8 1359.9 1359.9 keV33 LEFS60 Ch5 S1 1131.1 1131.1 keV 89 LEFS60 Ch12 S1 1413.7 1413.7 keV34 LEFS60 Ch5 S2 1131.1 1131.1 keV 90 LEFS60 Ch12 S2 1413.7 1413.7 keV35 LEFS60 Ch5 S3 1131.1 1131.1 keV 91 LEFS60 Ch12 S3 1413.7 1413.7 keV36 LEFS60 Ch5 S4 1131.1 1131.1 keV 92 LEFS60 Ch12 S4 1413.7 1413.7 keV37 LEFS60 Ch5 S5 1131.1 1131.1 keV 93 LEFS60 Ch12 S5 1413.7 1413.7 keV38 LEFS60 Ch5 S6 1131.1 1131.1 keV 94 LEFS60 Ch12 S6 1413.7 1413.7 keV39 LEFS60 Ch5 S7 1131.1 1131.1 keV 95 LEFS60 Ch12 S7 1413.7 1413.7 keV40 LEFS60 Ch5 S8 1131.1 1131.1 keV 96 LEFS60 Ch12 S8 1413.7 1413.7 keV41 LEFS60 Ch6 S1 1160.2 1160.2 keV 97 LEFS60 Ch13 S1 1476.7 1476.7 keV42 LEFS60 Ch6 S2 1160.2 1160.2 keV 98 LEFS60 Ch13 S2 1476.7 1476.7 keV43 LEFS60 Ch6 S3 1160.2 1160.2 keV 99 LEFS60 Ch13 S3 1476.7 1476.7 keV44 LEFS60 Ch6 S4 1160.2 1160.2 keV 100 LEFS60 Ch13 S4 1476.7 1476.7 keV45 LEFS60 Ch6 S5 1160.2 1160.2 keV 101 LEFS60 Ch13 S5 1476.7 1476.7 keV46 LEFS60 Ch6 S6 1160.2 1160.2 keV 102 LEFS60 Ch13 S6 1476.7 1476.7 keV47 LEFS60 Ch6 S7 1160.2 1160.2 keV 103 LEFS60 Ch13 S7 1476.7 1476.7 keV48 LEFS60 Ch6 S8 1160.2 1160.2 keV 104 LEFS60 Ch13 S8 1476.7 1476.7 keV49 LEFS60 Ch7 S1 1193.3 1193.3 keV 105 LEFS60 Ch14 S1 1550.8 1550.850 LEFS60 Ch7 S2 1193.3 1193.3 keV 106 LEFS60 Ch14 S2 1550.8 1550.851 LEFS60 Ch7 S3 1193.3 1193.3 keV 107 LEFS60 Ch14 S3 1550.8 1550.852 LEFS60 Ch7 S4 1193.3 1193.3 keV 108 LEFS60 Ch14 S4 1550.8 1550.853 LEFS60 Ch7 S5 1193.3 1193.3 keV 109 LEFS60 Ch14 S5 1550.8 1550.854 LEFS60 Ch7 S6 1193.3 1193.3 keV 110 LEFS60 Ch14 S6 1550.8 1550.855 LEFS60 Ch7 S7 1193.3 1193.3 keV 111 LEFS60 Ch14 S7 1550.8 1550.856 LEFS60 Ch7 S8 1193.3 1193.3 keV 112 LEFS60 Ch14 S8 1550.8 1550.8

113 LEFS60 Ch15 S1 1635.7 1635.7 keV 157 LEFS60 Ch20 S5 2403.7 2403.7 keV114 LEFS60 Ch15 S2 1635.7 1635.7 keV 158 LEFS60 Ch20 S6 2403.7 2403.7 keV115 LEFS60 Ch15 S3 1635.7 1635.7 keV 159 LEFS60 Ch20 S7 2403.7 2403.7 keV116 LEFS60 Ch15 S4 1635.7 1635.7 keV 160 LEFS60 Ch20 S8 2403.7 2403.7 keV117 LEFS60 Ch15 S5 1635.7 1635.7 keV 161 LEFS60 Ch21 S1 2674.3 2674.3 keV118 LEFS60 Ch15 S6 1635.7 1635.7 keV 162 LEFS60 Ch21 S2 2674.3 2674.3 keV119 LEFS60 Ch15 S7 1635.7 1635.7 keV 163 LEFS60 Ch21 S3 2674.3 2674.3 keV120 LEFS60 Ch15 S8 1635.7 1635.7 keV 164 LEFS60 Ch21 S4 2674.3 2674.3 keV121 LEFS60 Ch16 S1 1734.8 1734.8 keV 165 LEFS60 Ch21 S5 2674.3 2674.3 keV122 LEFS60 Ch16 S2 1734.8 1734.8 keV 166 LEFS60 Ch21 S6 2674.3 2674.3 keV123 LEFS60 Ch16 S3 1734.8 1734.8 keV 167 LEFS60 Ch21 S7 2674.3 2674.3 keV124 LEFS60 Ch16 S4 1734.8 1734.8 keV 168 LEFS60 Ch21 S8 2674.3 2674.3 keV125 LEFS60 Ch16 S5 1734.8 1734.8 keV 169 LEFS60 Ch22 S1 3010.6 3010.6 keV126 LEFS60 Ch16 S6 1734.8 1734.8 keV 170 LEFS60 Ch22 S2 3010.6 3010.6 keV127 LEFS60 Ch16 S7 1734.8 1734.8 keV 171 LEFS60 Ch22 S3 3010.6 3010.6 keV128 LEFS60 Ch16 S8 1734.8 1734.8 keV 172 LEFS60 Ch22 S4 3010.6 3010.6 keV129 LEFS60 Ch17 S1 1855.9 1855.9 keV 173 LEFS60 Ch22 S5 3010.6 3010.6 keV130 LEFS60 Ch17 S2 1855.9 1855.9 keV 174 LEFS60 Ch22 S6 3010.6 3010.6 keV131 LEFS60 Ch17 S3 1855.9 1855.9 keV 175 LEFS60 Ch22 S7 3010.6 3010.6 keV132 LEFS60 Ch17 S4 1855.9 1855.9 keV 176 LEFS60 Ch22 S8 3010.6 3010.6 keV133 LEFS60 Ch17 S5 1855.9 1855.9 keV 177 LEFS60 Ch23 S1 3429.4 3429.4 keV134 LEFS60 Ch17 S6 1855.9 1855.9 keV 178 LEFS60 Ch23 S2 3429.4 3429.4 keV135 LEFS60 Ch17 S7 1855.9 1855.9 keV 179 LEFS60 Ch23 S3 3429.4 3429.4 keV136 LEFS60 Ch17 S8 1855.9 1855.9 keV 180 LEFS60 Ch23 S4 3429.4 3429.4 keV137 LEFS60 Ch18 S1 2004.2 2004.2 keV 181 LEFS60 Ch23 S5 3429.4 3429.4 keV138 LEFS60 Ch18 S2 2004.2 2004.2 keV 182 LEFS60 Ch23 S6 3429.4 3429.4 keV139 LEFS60 Ch18 S3 2004.2 2004.2 keV 183 LEFS60 Ch23 S7 3429.4 3429.4 keV140 LEFS60 Ch18 S4 2004.2 2004.2 keV 184 LEFS60 Ch23 S8 3429.4 3429.4 keV141 LEFS60 Ch18 S5 2004.2 2004.2 keV 185 LEFS60 Ch24 S1 3949.5 3949.5 keV142 LEFS60 Ch18 S6 2004.2 2004.2 keV 186 LEFS60 Ch24 S2 3949.5 3949.5 keV143 LEFS60 Ch18 S7 2004.2 2004.2 keV 187 LEFS60 Ch24 S3 3949.5 3949.5 keV144 LEFS60 Ch18 S8 2004.2 2004.2 keV 188 LEFS60 Ch24 S4 3949.5 3949.5 keV145 LEFS60 Ch19 S1 2184.2 2184.2 keV 189 LEFS60 Ch24 S5 3949.5 3949.5 keV146 LEFS60 Ch19 S2 2184.2 2184.2 keV 190 LEFS60 Ch24 S6 3949.5 3949.5 keV147 LEFS60 Ch19 S3 2184.2 2184.2 keV 191 LEFS60 Ch24 S7 3949.5 3949.5 keV148 LEFS60 Ch19 S4 2184.2 2184.2 keV 192 LEFS60 Ch24 S8 3949.5 3949.5 keV149 LEFS60 Ch19 S5 2184.2 2184.2 keV 193 LEFS60 Ch25 S1 4600.5 4600.5 keV150 LEFS60 Ch19 S6 2184.2 2184.2 keV 194 LEFS60 Ch25 S2 4600.5 4600.5 keV151 LEFS60 Ch19 S7 2184.2 2184.2 keV 195 LEFS60 Ch25 S3 4600.5 4600.5 keV152 LEFS60 Ch19 S8 2184.2 2184.2 keV 196 LEFS60 Ch25 S4 4600.5 4600.5 keV153 LEFS60 Ch20 S1 2403.7 2403.7 keV 197 LEFS60 Ch25 S5 4600.5 4600.5 keV154 LEFS60 Ch20 S2 2403.7 2403.7 keV 198 LEFS60 Ch25 S6 4600.5 4600.5 keV155 LEFS60 Ch20 S3 2403.7 2403.7 keV 199 LEFS60 Ch25 S7 4600.5 4600.5 keV156 LEFS60 Ch20 S4 2403.7 2403.7 keV 200 LEFS60 Ch25 S8 4600.5 4600.5 keV

LEFS60 8-Sectored channel 25 Z>1 (PG88)

Z>1

/(cm

2 se

c sr

keV

)

60 d

egre

es to

spac

ecra

ft sp

in a

xis

Z>1

/(cm

2 sec

sr k

eV)

60 d

egre

es to

spac

ecra

ft sp

in a

xis

Z>1

/(cm

2 sec

sr k

eV)

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

60 d

egre

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spac

ecra

ft sp

in a

xis

Z>1

/(cm

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)

60 d

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Flux

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Page B-9-1

Page B-9-2

Appendix B-9

Ener

gy (k

eV)

Ener

gy U

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Orie

ntat

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Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m


Armstrong 33




cadence only)Data

column Data Item1 LEMS120 Ch1 S1 82.1 82.1 keV 57 LEMS120 Ch8 S1 223.6 223.6 keV2 LEMS120 Ch1 S2 82.1 82.1 keV 58 LEMS120 Ch8 S2 223.6 223.6 keV3 LEMS120 Ch1 S3 82.1 82.1 keV 59 LEMS120 Ch8 S3 223.6 223.6 keV4 LEMS120 Ch1 S4 82.1 82.1 keV 60 LEMS120 Ch8 S4 223.6 223.6 keV5 LEMS120 Ch1 S5 82.1 82.1 keV 61 LEMS120 Ch8 S5 223.6 223.6 keV6 LEMS120 Ch1 S6 82.1 82.1 keV 62 LEMS120 Ch8 S6 223.6 223.6 keV7 LEMS120 Ch1 S7 82.1 82.1 keV 63 LEMS120 Ch8 S7 223.6 223.6 keV8 LEMS120 Ch1 S8 82.1 82.1 keV 64 LEMS120 Ch8 S8 223.6 223.6 keV9 LEMS120 Ch2 S1 93.6 93.6 keV 65 LEMS120 Ch9 S1 259.9 259.9 keV

10 LEMS120 Ch2 S2 93.6 93.6 keV 66 LEMS120 Ch9 S2 259.9 259.9 keV11 LEMS120 Ch2 S3 93.6 93.6 keV 67 LEMS120 Ch9 S3 259.9 259.9 keV12 LEMS120 Ch2 S4 93.6 93.6 keV 68 LEMS120 Ch9 S4 259.9 259.9 keV13 LEMS120 Ch2 S5 93.6 93.6 keV 69 LEMS120 Ch9 S5 259.9 259.9 keV14 LEMS120 Ch2 S6 93.6 93.6 keV 70 LEMS120 Ch9 S6 259.9 259.9 keV15 LEMS120 Ch2 S7 93.6 93.6 keV 71 LEMS120 Ch9 S7 259.9 259.9 keV16 LEMS120 Ch2 S8 93.6 93.6 keV 72 LEMS120 Ch9 S8 259.9 259.9 keV17 LEMS120 Ch3 S1 107.2 107.2 keV 73 LEMS120 Ch10 S1 304.2 304.2 keV18 LEMS120 Ch3 S2 107.2 107.2 keV 74 LEMS120 Ch10 S2 304.2 304.2 keV19 LEMS120 Ch3 S3 107.2 107.2 keV 75 LEMS120 Ch10 S3 304.2 304.2 keV20 LEMS120 Ch3 S4 107.2 107.2 keV 76 LEMS120 Ch10 S4 304.2 304.2 keV21 LEMS120 Ch3 S5 107.2 107.2 keV 77 LEMS120 Ch10 S5 304.2 304.2 keV22 LEMS120 Ch3 S6 107.2 107.2 keV 78 LEMS120 Ch10 S6 304.2 304.2 keV23 LEMS120 Ch3 S7 107.2 107.2 keV 79 LEMS120 Ch10 S7 304.2 304.2 keV24 LEMS120 Ch3 S8 107.2 107.2 keV 80 LEMS120 Ch10 S8 304.2 304.2 keV25 LEMS120 Ch4 S1 123.7 123.7 keV 81 LEMS120 Ch11 S1 355.9 355.9 keV26 LEMS120 Ch4 S2 123.7 123.7 keV 82 LEMS120 Ch11 S2 355.9 355.9 keV27 LEMS120 Ch4 S3 123.7 123.7 keV 83 LEMS120 Ch11 S3 355.9 355.9 keV28 LEMS120 Ch4 S4 123.7 123.7 keV 84 LEMS120 Ch11 S4 355.9 355.9 keV29 LEMS120 Ch4 S5 123.7 123.7 keV 85 LEMS120 Ch11 S5 355.9 355.9 keV30 LEMS120 Ch4 S6 123.7 123.7 keV 86 LEMS120 Ch11 S6 355.9 355.9 keV31 LEMS120 Ch4 S7 123.7 123.7 keV 87 LEMS120 Ch11 S7 355.9 355.9 keV32 LEMS120 Ch4 S8 123.7 123.7 keV 88 LEMS120 Ch11 S8 355.9 355.9 keV33 LEMS120 Ch5 S1 142.8 142.8 keV 89 LEMS120 Ch12 S1 416 416 keV34 LEMS120 Ch5 S2 142.8 142.8 keV 90 LEMS120 Ch12 S2 416 416 keV35 LEMS120 Ch5 S3 142.8 142.8 keV 91 LEMS120 Ch12 S3 416 416 keV36 LEMS120 Ch5 S4 142.8 142.8 keV 92 LEMS120 Ch12 S4 416 416 keV37 LEMS120 Ch5 S5 142.8 142.8 keV 93 LEMS120 Ch12 S5 416 416 keV38 LEMS120 Ch5 S6 142.8 142.8 keV 94 LEMS120 Ch12 S6 416 416 keV39 LEMS120 Ch5 S7 142.8 142.8 keV 95 LEMS120 Ch12 S7 416 416 keV40 LEMS120 Ch5 S8 142.8 142.8 keV 96 LEMS120 Ch12 S8 416 416 keV41 LEMS120 Ch6 S1 165.3 165.3 keV 97 LEMS120 Ch13 S1 488 488 keV42 LEMS120 Ch6 S2 165.3 165.3 keV 98 LEMS120 Ch13 S2 488 488 keV43 LEMS120 Ch6 S3 165.3 165.3 keV 99 LEMS120 Ch13 S3 488 488 keV44 LEMS120 Ch6 S4 165.3 165.3 keV 100 LEMS120 Ch13 S4 488 488 keV45 LEMS120 Ch6 S5 165.3 165.3 keV 101 LEMS120 Ch13 S5 488 488 keV46 LEMS120 Ch6 S6 165.3 165.3 keV 102 LEMS120 Ch13 S6 488 488 keV47 LEMS120 Ch6 S7 165.3 165.3 keV 103 LEMS120 Ch13 S7 488 488 keV48 LEMS120 Ch6 S8 165.3 165.3 keV 104 LEMS120 Ch13 S8 488 488 keV49 LEMS120 Ch7 S1 192.5 192.5 keV 105 LEMS120 Ch14 S1 574.6 574.6 keV50 LEMS120 Ch7 S2 192.5 192.5 keV 106 LEMS120 Ch14 S2 574.6 574.6 keV51 LEMS120 Ch7 S3 192.5 192.5 keV 107 LEMS120 Ch14 S3 574.6 574.6 keV52 LEMS120 Ch7 S4 192.5 192.5 keV 108 LEMS120 Ch14 S4 574.6 574.6 keV53 LEMS120 Ch7 S5 192.5 192.5 keV 109 LEMS120 Ch14 S5 574.6 574.6 keV54 LEMS120 Ch7 S6 192.5 192.5 keV 110 LEMS120 Ch14 S6 574.6 574.6 keV55 LEMS120 Ch7 S7 192.5 192.5 keV 111 LEMS120 Ch14 S7 574.6 574.6 keV56 LEMS120 Ch7 S8 192.5 192.5 keV 112 LEMS120 Ch14 S8 574.6 574.6 keV

Appendix B-10

Ener

gy (k

eV)

Ener

gy U

nits

Orie

ntat

ion

Flux

Uni

ts

Dat

a C

olum

n (C

ont'd

)

Dat

a Ite

m

Ener

gy (k

eV)

Ener

gy U

nits

LEMS120 8-Sectored 25 Channel Z>1 (PG89)

Orie

ntat

ion

Flux

Uni

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Page B-10-1

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60 d

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Armstrong 34

113 LEMS120 Ch15 S1 677.4 677.4 keV 157 LEMS120 Ch20 S5 1610.3 1610.3 keV114 LEMS120 Ch15 S2 677.4 677.4 keV 158 LEMS120 Ch20 S6 1610.3 1610.3 keV115 LEMS120 Ch15 S3 677.4 677.4 keV 159 LEMS120 Ch20 S7 1610.3 1610.3 keV116 LEMS120 Ch15 S4 677.4 677.4 keV 160 LEMS120 Ch20 S8 1610.3 1610.3 keV117 LEMS120 Ch15 S5 677.4 677.4 keV 161 LEMS120 Ch21 S1 1930.6 1930.6 keV118 LEMS120 Ch15 S6 677.4 677.4 keV 162 LEMS120 Ch21 S2 1930.6 1930.6 keV119 LEMS120 Ch15 S7 677.4 677.4 keV 163 LEMS120 Ch21 S3 1930.6 1930.6 keV120 LEMS120 Ch15 S8 677.4 677.4 keV 164 LEMS120 Ch21 S4 1930.6 1930.6 keV121 LEMS120 Ch16 S1 799.8 799.8 keV 165 LEMS120 Ch21 S5 1930.6 1930.6 keV122 LEMS120 Ch16 S2 799.8 799.8 keV 166 LEMS120 Ch21 S6 1930.6 1930.6 keV123 LEMS120 Ch16 S3 799.8 799.8 keV 167 LEMS120 Ch21 S7 1930.6 1930.6 keV124 LEMS120 Ch16 S4 799.8 799.8 keV 168 LEMS120 Ch21 S8 1930.6 1930.6 keV125 LEMS120 Ch16 S5 799.8 799.8 keV 169 LEMS120 Ch22 S1 2320.1 2320.1 keV126 LEMS120 Ch16 S6 799.8 799.8 keV 170 LEMS120 Ch22 S2 2320.1 2320.1 keV127 LEMS120 Ch16 S7 799.8 799.8 keV 171 LEMS120 Ch22 S3 2320.1 2320.1 keV128 LEMS120 Ch16 S8 799.8 799.8 keV 172 LEMS120 Ch22 S4 2320.1 2320.1 keV129 LEMS120 Ch17 S1 948.2 948.2 keV 173 LEMS120 Ch22 S5 2320.1 2320.1 keV130 LEMS120 Ch17 S2 948.2 948.2 keV 174 LEMS120 Ch22 S6 2320.1 2320.1 keV131 LEMS120 Ch17 S3 948.2 948.2 keV 175 LEMS120 Ch22 S7 2320.1 2320.1 keV132 LEMS120 Ch17 S4 948.2 948.2 keV 176 LEMS120 Ch22 S8 2320.1 2320.1 keV133 LEMS120 Ch17 S5 948.2 948.2 keV 177 LEMS120 Ch23 S1 2794.8 2794.8 keV134 LEMS120 Ch17 S6 948.2 948.2 keV 178 LEMS120 Ch23 S2 2794.8 2794.8 keV135 LEMS120 Ch17 S7 948.2 948.2 keV 179 LEMS120 Ch23 S3 2794.8 2794.8 keV136 LEMS120 Ch17 S8 948.2 948.2 keV 180 LEMS120 Ch23 S4 2794.8 2794.8 keV137 LEMS120 Ch18 S1 1129 1128.8 keV 181 LEMS120 Ch23 S5 2794.8 2794.8 keV138 LEMS120 Ch18 S2 1129 1128.8 keV 182 LEMS120 Ch23 S6 2794.8 2794.8 keV139 LEMS120 Ch18 S3 1129 1128.8 keV 183 LEMS120 Ch23 S7 2794.8 2794.8 keV140 LEMS120 Ch18 S4 1129 1128.8 keV 184 LEMS120 Ch23 S8 2794.8 2794.8 keV141 LEMS120 Ch18 S5 1129 1128.8 keV 185 LEMS120 Ch24 S1 3372.6 3372.6 keV142 LEMS120 Ch18 S6 1129 1128.8 keV 186 LEMS120 Ch24 S2 3372.6 3372.6 keV143 LEMS120 Ch18 S7 1129 1128.8 keV 187 LEMS120 Ch24 S3 3372.6 3372.6 keV144 LEMS120 Ch18 S8 1129 1128.8 keV 188 LEMS120 Ch24 S4 3372.6 3372.6 keV145 LEMS120 Ch19 S1 1347 1346.8 keV 189 LEMS120 Ch24 S5 3372.6 3372.6 keV146 LEMS120 Ch19 S2 1347 1346.8 keV 190 LEMS120 Ch24 S6 3372.6 3372.6 keV147 LEMS120 Ch19 S3 1347 1346.8 keV 191 LEMS120 Ch24 S7 3372.6 3372.6 keV148 LEMS120 Ch19 S4 1347 1346.8 keV 192 LEMS120 Ch24 S8 3372.6 3372.6 keV149 LEMS120 Ch19 S5 1347 1346.8 keV 193 LEMS120 Ch25 S1 4074.8 4074.8 keV150 LEMS120 Ch19 S6 1347 1346.8 keV 194 LEMS120 Ch25 S2 4074.8 4074.8 keV151 LEMS120 Ch19 S7 1347 1346.8 keV 195 LEMS120 Ch25 S3 4074.8 4074.8 keV152 LEMS120 Ch19 S8 1347 1346.8 keV 196 LEMS120 Ch25 S4 4074.8 4074.8 keV153 LEMS120 Ch20 S1 1610 1610.3 keV 197 LEMS120 Ch25 S5 4074.8 4074.8 keV154 LEMS120 Ch20 S2 1610 1610.3 keV 198 LEMS120 Ch25 S6 4074.8 4074.8 keV155 LEMS120 Ch20 S3 1610 1610.3 keV 199 LEMS120 Ch25 S7 4074.8 4074.8 keV156 LEMS120 Ch20 S4 1610 1610.3 keV 200 LEMS120 Ch25 S8 4074.8 4074.8 keV

60 d

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(cm

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)

Appendix B-10LEMS120 8-Sectored 25 Channel Z>1 (PG89)

Page B-10-2

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Armstrong 35




cadence only)Data

column Data Item1 LEFS150 Ch1 S1 1039.7 1039.7 keV 51 LEFS150 Ch13 S3 1476.7 1476.7 keV2 LEFS150 Ch1 S2 1039.7 1039.7 keV 52 LEFS150 Ch13 S4 1476.7 1476.7 keV3 LEFS150 Ch1 S3 1039.7 1039.7 keV 53 LEFS150 Ch14 S1 1550.8 1550.8 keV4 LEFS150 Ch1 S4 1039.7 1039.7 keV 54 LEFS150 Ch14 S2 1550.8 1550.8 keV5 LEFS150 Ch2 S1 1059.1 1059.1 keV 55 LEFS150 Ch14 S3 1550.8 1550.8 keV6 LEFS150 Ch2 S2 1059.1 1059.1 keV 56 LEFS150 Ch14 S4 1550.8 1550.8 keV7 LEFS150 Ch2 S3 1059.1 1059.1 keV 57 LEFS150 Ch15 S1 1635.7 1635.7 keV8 LEFS150 Ch2 S4 1059.1 1059.1 keV 58 LEFS150 Ch15 S2 1635.7 1635.7 keV9 LEFS150 Ch3 S1 1080.4 1080.4 keV 59 LEFS150 Ch15 S3 1635.7 1635.7 keV10 LEFS150 Ch3 S2 1080.4 1080.4 keV 60 LEFS150 Ch15 S4 1635.7 1635.7 keV11 LEFS150 Ch3 S3 1080.4 1080.4 keV 61 LEFS150 Ch16 S1 1734.8 1734.8 keV12 LEFS150 Ch3 S4 1080.4 1080.4 keV 62 LEFS150 Ch16 S2 1734.8 1734.8 keV13 LEFS150 Ch4 S1 1104.5 1104.5 keV 63 LEFS150 Ch16 S3 1734.8 1734.8 keV14 LEFS150 Ch4 S2 1104.5 1104.5 keV 64 LEFS150 Ch16 S4 1734.8 1734.8 keV15 LEFS150 Ch4 S3 1104.5 1104.5 keV 65 LEFS150 Ch17 S1 1855.9 1855.9 keV16 LEFS150 Ch4 S4 1104.5 1104.5 keV 66 LEFS150 Ch17 S2 1855.9 1855.9 keV17 LEFS150 Ch5 S1 1131.1 1131.1 keV 67 LEFS150 Ch17 S3 1855.9 1855.9 keV18 LEFS150 Ch5 S2 1131.1 1131.1 keV 68 LEFS150 Ch17 S4 1855.9 1855.9 keV19 LEFS150 Ch5 S3 1131.1 1131.1 keV 69 LEFS150 Ch18 S1 2004.2 2004.2 keV20 LEFS150 Ch5 S4 1131.1 1131.1 keV 70 LEFS150 Ch18 S2 2004.2 2004.2 keV21 LEFS150 Ch6 S1 1160.2 1160.2 keV 71 LEFS150 Ch18 S3 2004.2 2004.2 keV22 LEFS150 Ch6 S2 1160.2 1160.2 keV 72 LEFS150 Ch18 S4 2004.2 2004.2 keV23 LEFS150 Ch6 S3 1160.2 1160.2 keV 73 LEFS150 Ch19 S1 2184.2 2184.2 keV24 LEFS150 Ch6 S4 1160.2 1160.2 keV 74 LEFS150 Ch19 S2 2184.2 2184.2 keV25 LEFS150 Ch7 S1 1193.3 1193.3 keV 75 LEFS150 Ch19 S3 2184.2 2184.2 keV26 LEFS150 Ch7 S2 1193.3 1193.3 keV 76 LEFS150 Ch19 S4 2184.2 2184.2 keV27 LEFS150 Ch7 S3 1193.3 1193.3 keV 77 LEFS150 Ch20 S1 2403.7 2403.7 keV28 LEFS150 Ch7 S4 1193.3 1193.3 keV 78 LEFS150 Ch20 S2 2403.7 2403.7 keV29 LEFS150 Ch8 S1 1229.5 1229.5 keV 79 LEFS150 Ch20 S3 2403.7 2403.7 keV30 LEFS150 Ch8 S2 1229.5 1229.5 keV 80 LEFS150 Ch20 S4 2403.7 2403.7 keV31 LEFS150 Ch8 S3 1229.5 1229.5 keV 81 LEFS150 Ch21 S1 2674.3 2674.3 keV32 LEFS150 Ch8 S4 1229.5 1229.5 keV 82 LEFS150 Ch21 S2 2674.3 2674.3 keV33 LEFS150 Ch9 S1 1269 1269 keV 83 LEFS150 Ch21 S3 2674.3 2674.3 keV34 LEFS150 Ch9 S2 1269 1269 keV 84 LEFS150 Ch21 S4 2674.3 2674.3 keV35 LEFS150 Ch9 S3 1269 1269 keV 85 LEFS150 Ch22 S1 3010.6 3010.6 keV36 LEFS150 Ch9 S4 1269 1269 keV 86 LEFS150 Ch22 S2 3010.6 3010.6 keV37 LEFS150 Ch10 S1 1312.6 1312.6 keV 87 LEFS150 Ch22 S3 3010.6 3010.6 keV38 LEFS150 Ch10 S2 1312.6 1312.6 keV 88 LEFS150 Ch22 S4 3010.6 3010.6 keV39 LEFS150 Ch10 S3 1312.6 1312.6 keV 89 LEFS150 Ch23 S1 3429.4 3429.4 keV40 LEFS150 Ch10 S4 1312.6 1312.6 keV 90 LEFS150 Ch23 S2 3429.4 3429.4 keV41 LEFS150 Ch11 S1 1359.9 1359.9 keV 91 LEFS150 Ch23 S3 3429.4 3429.4 keV42 LEFS150 Ch11 S2 1359.9 1359.9 keV 92 LEFS150 Ch23 S4 3429.4 3429.4 keV43 LEFS150 Ch11 S3 1359.9 1359.9 keV 93 LEFS150 Ch24 S1 3949.5 3949.5 keV44 LEFS150 Ch11 S4 1359.9 1359.9 keV 94 LEFS150 Ch24 S2 3949.5 3949.5 keV45 LEFS150 Ch12 S1 1413.7 1413.7 keV 95 LEFS150 Ch24 S3 3949.5 3949.5 keV46 LEFS150 Ch12 S2 1413.7 1413.7 keV 96 LEFS150 Ch24 S4 3949.5 3949.5 keV47 LEFS150 Ch12 S3 1413.7 1413.7 keV 97 LEFS150 Ch25 S1 4600.5 4600.5 keV48 LEFS150 Ch12 S4 1413.7 1413.7 keV 98 LEFS150 Ch25 S2 4600.5 4600.5 keV49 LEFS150 Ch13 S1 1476.7 1476.7 keV 99 LEFS150 Ch25 S3 4600.5 4600.5 keV50 LEFS150 Ch13 S2 1476.7 1476.7 keV 100 LEFS150 Ch25 S4 4600.5 4600.5 keV

LEFS150 4-Sectored 25 Channel Z>1 (PG90)

Ener

gy U

nits

Orie

ntat

ion

Z>1/

(cm

2 sec

sr k

eV)

150

degr

ees t

o sp

acec

raft

spin

axi

s

Z>1/

(cm

2 sec

sr k

eV)

150

degr

ees t

o sp

acec

raft

spin

axi

s

Flux

Uni

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Page B-11

Appendix B-11

Ener

gy (k

eV)

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Flux

Uni

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Dat

a C

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n (C

ont'd

)

Dat

a Ite

m

Ener

gy (k

eV)


Armstrong 36






1 LEFS60 Ch1 S1 44 44 keV 49 LEFS60 Ch7 S1 125.9 125.9 keV2 LEFS60 Ch1 S2 44 44 keV 50 LEFS60 Ch7 S2 125.9 125.9 keV3 LEFS60 Ch1 S3 44 44 keV 51 LEFS60 Ch7 S3 125.9 125.9 keV4 LEFS60 Ch1 S4 44 44 keV 52 LEFS60 Ch7 S4 125.9 125.9 keV5 LEFS60 Ch1 S5 44 44 keV 53 LEFS60 Ch7 S5 125.9 125.9 keV6 LEFS60 Ch1 S6 44 44 keV 54 LEFS60 Ch7 S6 125.9 125.9 keV7 LEFS60 Ch1 S7 44 44 keV 55 LEFS60 Ch7 S7 125.9 125.9 keV8 LEFS60 Ch1 S8 44 44 keV 56 LEFS60 Ch7 S8 125.9 125.9 keV9 LEFS60 Ch2 S1 51.7 51.7 keV 57 LEFS60 Ch8 S1 151.8 151.8 keV

10 LEFS60 Ch2 S2 51.7 51.7 keV 58 LEFS60 Ch8 S2 151.8 151.8 keV11 LEFS60 Ch2 S3 51.7 51.7 keV 59 LEFS60 Ch8 S3 151.8 151.8 keV12 LEFS60 Ch2 S4 51.7 51.7 keV 60 LEFS60 Ch8 S4 151.8 151.8 keV13 LEFS60 Ch2 S5 51.7 51.7 keV 61 LEFS60 Ch8 S5 151.8 151.8 keV14 LEFS60 Ch2 S6 51.7 51.7 keV 62 LEFS60 Ch8 S6 151.8 151.8 keV15 LEFS60 Ch2 S7 51.7 51.7 keV 63 LEFS60 Ch8 S7 151.8 151.8 keV16 LEFS60 Ch2 S8 51.7 51.7 keV 64 LEFS60 Ch8 S8 151.8 151.8 keV17 LEFS60 Ch3 S1 61.2 61.2 keV 65 LEFS60 Ch9 S1 183.3 183.3 keV18 LEFS60 Ch3 S2 61.2 61.2 keV 66 LEFS60 Ch9 S2 183.3 183.3 keV19 LEFS60 Ch3 S3 61.2 61.2 keV 67 LEFS60 Ch9 S3 183.3 183.3 keV20 LEFS60 Ch3 S4 61.2 61.2 keV 68 LEFS60 Ch9 S4 183.3 183.3 keV21 LEFS60 Ch3 S5 61.2 61.2 keV 69 LEFS60 Ch9 S5 183.3 183.3 keV22 LEFS60 Ch3 S6 61.2 61.2 keV 70 LEFS60 Ch9 S6 183.3 183.3 keV23 LEFS60 Ch3 S7 61.2 61.2 keV 71 LEFS60 Ch9 S7 183.3 183.3 keV24 LEFS60 Ch3 S8 61.2 61.2 keV 72 LEFS60 Ch9 S8 183.3 183.3 keV25 LEFS60 Ch4 S1 72.9 72.9 keV 73 LEFS60 Ch10 S1 221.5 221.5 keV26 LEFS60 Ch4 S2 72.9 72.9 keV 74 LEFS60 Ch10 S2 221.5 221.5 keV27 LEFS60 Ch4 S3 72.9 72.9 keV 75 LEFS60 Ch10 S3 221.5 221.5 keV28 LEFS60 Ch4 S4 72.9 72.9 keV 76 LEFS60 Ch10 S4 221.5 221.5 keV29 LEFS60 Ch4 S5 72.9 72.9 keV 77 LEFS60 Ch10 S5 221.5 221.5 keV30 LEFS60 Ch4 S6 72.9 72.9 keV 78 LEFS60 Ch10 S6 221.5 221.5 keV31 LEFS60 Ch4 S7 72.9 72.9 keV 79 LEFS60 Ch10 S7 221.5 221.5 keV32 LEFS60 Ch4 S8 72.9 72.9 keV 80 LEFS60 Ch10 S8 221.5 221.5 keV33 LEFS60 Ch5 S1 87.2 87.2 keV 81 LEFS60 Ch11 S1 267.8 267.8 keV34 LEFS60 Ch5 S2 87.2 87.2 keV 82 LEFS60 Ch11 S2 267.8 267.8 keV35 LEFS60 Ch5 S3 87.2 87.2 keV 83 LEFS60 Ch11 S3 267.8 267.8 keV36 LEFS60 Ch5 S4 87.2 87.2 keV 84 LEFS60 Ch11 S4 267.8 267.8 keV37 LEFS60 Ch5 S5 87.2 87.2 keV 85 LEFS60 Ch11 S5 267.8 267.8 keV38 LEFS60 Ch5 S6 87.2 87.2 keV 86 LEFS60 Ch11 S6 267.8 267.8 keV39 LEFS60 Ch5 S7 87.2 87.2 keV 87 LEFS60 Ch11 S7 267.8 267.8 keV40 LEFS60 Ch5 S8 87.2 87.2 keV 88 LEFS60 Ch11 S8 267.8 267.8 keV41 LEFS60 Ch6 S1 104.6 104.6 keV 89 LEFS60 Ch12 S1 324 324 keV42 LEFS60 Ch6 S2 104.6 104.6 keV 90 LEFS60 Ch12 S2 324 324 keV43 LEFS60 Ch6 S3 104.6 104.6 keV 91 LEFS60 Ch12 S3 324 324 keV44 LEFS60 Ch6 S4 104.6 104.6 keV 92 LEFS60 Ch12 S4 324 324 keV45 LEFS60 Ch6 S5 104.6 104.6 keV 93 LEFS60 Ch12 S5 324 324 keV46 LEFS60 Ch6 S6 104.6 104.6 keV 94 LEFS60 Ch12 S6 324 324 keV47 LEFS60 Ch6 S7 104.6 104.6 keV 95 LEFS60 Ch12 S7 324 324 keV48 LEFS60 Ch6 S8 104.6 104.6 keV 96 LEFS60 Ch12 S8 324 324 keV

Ener

gy (k

eV)

Ener

gy U

nits

LEFS 60 8-Sectored 12 channel electrons (PG91)

60 d

egre

es to

spac

ecra

ft sp

in a

xis

elec

trons

/(cm

2 sec

sr k

eV)

60 d

egre

es to

spac

ecra

ft sp

in a

xis

elec

trons

/(cm

2 sec

sr k

eV)

Orie

ntat

ion

Flux

Uni

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Page B-12

Appendix B-12

Ener

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eV)

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m


Armstrong 37




cadence only)Data

column Data Item1 LEFS150 Ch1 S1 44 44 keV2 LEFS150 Ch1 S2 44 44 keV3 LEFS150 Ch1 S3 44 44 keV4 LEFS150 Ch1 S4 44 44 keV5 LEFS150 Ch2 S1 51.7 51.7 keV6 LEFS150 Ch2 S2 51.7 51.7 keV7 LEFS150 Ch2 S3 51.7 51.7 keV8 LEFS150 Ch2 S4 51.7 51.7 keV9 LEFS150 Ch3 S1 61.2 61.2 keV10 LEFS150 Ch3 S2 61.2 61.2 keV11 LEFS150 Ch3 S3 61.2 61.2 keV12 LEFS150 Ch3 S4 61.2 61.2 keV13 LEFS150 Ch4 S1 72.9 72.9 keV14 LEFS150 Ch4 S2 72.9 72.9 keV15 LEFS150 Ch4 S3 72.9 72.9 keV16 LEFS150 Ch4 S4 72.9 72.9 keV17 LEFS150 Ch5 S1 87.2 87.2 keV18 LEFS150 Ch5 S2 87.2 87.2 keV19 LEFS150 Ch5 S3 87.2 87.2 keV20 LEFS150 Ch5 S4 87.2 87.2 keV21 LEFS150 Ch6 S1 104.6 104.6 keV22 LEFS150 Ch6 S2 104.6 104.6 keV23 LEFS150 Ch6 S3 104.6 104.6 keV24 LEFS150 Ch6 S4 104.6 104.6 keV25 LEFS150 Ch7 S1 125.9 125.9 keV26 LEFS150 Ch7 S2 125.9 125.9 keV27 LEFS150 Ch7 S3 125.9 125.9 keV28 LEFS150 Ch7 S4 125.9 125.9 keV29 LEFS150 Ch8 S1 151.8 151.8 keV30 LEFS150 Ch8 S2 151.8 151.8 keV31 LEFS150 Ch8 S3 151.8 151.8 keV32 LEFS150 Ch8 S4 151.8 151.8 keV33 LEFS150 Ch9 S1 183.3 183.3 keV34 LEFS150 Ch9 S2 183.3 183.3 keV35 LEFS150 Ch9 S3 183.3 183.3 keV36 LEFS150 Ch9 S4 183.3 183.3 keV37 LEFS150 Ch10 S1 221.5 221.5 keV38 LEFS150 Ch10 S2 221.5 221.5 keV39 LEFS150 Ch10 S3 221.5 221.5 keV40 LEFS150 Ch10 S4 221.5 221.5 keV41 LEFS150 Ch11 S1 267.8 267.8 keV42 LEFS150 Ch11 S2 267.8 267.8 keV43 LEFS150 Ch11 S3 267.8 267.8 keV44 LEFS150 Ch11 S4 267.8 267.8 keV45 LEFS150 Ch12 S1 324 324 keV46 LEFS150 Ch12 S2 324 324 keV47 LEFS150 Ch12 S3 324 324 keV48 LEFS150 Ch12 S4 324 324 keV

Page B-13

Appendix B-13

Ener

gy (k

eV)

Ener

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Orie

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Flux

Uni

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150

degr

ees t

o sp

acec

raft

spin

axi

s

elec

trons

/(cm

2 sec

sr k

eV)

LEFS150 4-Sectored 12 Channel electrons (PG92)


Armstrong 38

Column Item Description1 Year SCET Year of event group beginning2 Day SCET Day of event group beginning3 Hr SCET Hour of event group beginning4 Mn SCET Minute of event group beginning5 Sec SCET Second of event group beginning6 NEVENT Number of valid events in this group7 E-Time Time offset of event pair from group start time (milliseconds)8 Sect Sector number of this event pair9 C1 Digital Number of Pulse Height in C detector for event 1

10 D1 Digital Number of Pulse Height in D detector for event 111 C2 Digital Number of Pulse Height in C detector for event 212 D2 Digital Number of Pulse Height in D detector for event 213 C1-Eng (keV) Energy equivalent of of Pulse Height in C detector for event 114 D1-Eng (keV) Energy equivalent of of Pulse Height in D detector for event 115 C2-Eng (keV) Energy equivalent of of Pulse Height in C detector for event 216 D2-Eng (keV) Energy equivalent of of Pulse Height in D detector for event 217 Schedule18 Event-1 Two characters identifying the rate channel which triggered analysis event 1.19 Event-2 Two characters identifying the rate channel which triggered analysis event 2

Appendix C-1PHA event data

Page C-1


Armstrong 39

Col. Item Description1 year SCET Year of Event Group Start2 day SCET Day of Year of Event Group Start3 hr SCET Hour of Event Group Start4 mn SCET Minute of Event Group Start5 sec SCET Second of Event Group Start

Col. (cont'd)

Item (cont'd)

Description (Cont'd)

6 W1S1 62 W8S1 7 W1S2 63 W8S2 8 W1S3 64 W8S3 9 W1S4 65 W8S4 10 W1S5 66 W8S5 11 W1S6 67 W8S6 12 W1S7 68 W8S7 13 W1S8 69 W8S8 14 W2S1 70 Z2S1 15 W2S2 71 Z2S2 16 W2S3 72 Z2S3 17 W2S4 73 Z2S4 18 W2S5 74 Z2S5 19 W2S6 75 Z2S6 20 W2S7 76 Z2S7 21 W2S8 77 Z2S8 22 W3S1 78 Z2AS1 23 W3S2 79 Z2AS2 24 W3S3 80 Z2AS3 25 W3S4 81 Z2AS4 26 W3S5 82 Z2AS5 27 W3S6 83 Z2AS6 28 W3S7 84 Z2AS7 29 W3S8 85 Z2AS8 30 W4S1 86 Z3S1 31 W4S2 87 Z3S2 32 W4S3 88 Z3S3 33 W4S4 89 Z3S4 34 W4S5 90 Z3S5 35 W4S6 91 Z3S6 36 W4S7 92 Z3S7 37 W4S8 93 Z3S8 38 W5S1 94 Z4S1 39 W5S2 95 Z4S2 40 W5S3 96 Z4S3 41 W5S4 97 Z4S4 42 W5S5 98 Z4S5 43 W5S6 99 Z4S6 44 W5S7 100 Z4S7 45 W5S8 101 Z4S8 46 W6S1 102 CS147 W6S2 103 CS248 W6S3 104 CS349 W6S4 105 CS450 W6S5 106 CS551 W6S6 107 CS652 W6S7 108 CS753 W6S8 109 CS854 W7S1 110 DS155 W7S2 111 DS256 W7S3 112 DS357 W7S4 113 DS458 W7S5 114 DS559 W7S6 115 DS660 W7S7 116 DS761 W7S8 117 DS8

Eight sectored rates of Z4

Eight sectored rates of CS

Eight sectored rates of DS

Eight sectored rates of W1




Page C-2

Appendix C-2Rates (c./sec) Synchronously Accumulated with

PHA Event Groups






Eight sectored rates of Z2A



Armstrong 40

The End(A really big ending)

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