--- header unit 0: primary ---
SIMPLE = T / Java FITS: Thu Nov 03 08:51:33 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1017
NAXIS2 = 617
EXTEND = T / Extensions are permitted
MISSION = 'New Horizons' / Mission name
HOSTNAME = 'NEW HORIZONS' / Host name (PDS terminology)
HOSTID = 'NH' / Host ID (PSD terminology)
INSTRU = 'pep' / Instrument
MET = 269329915 / Start MET (used in file creation code)
METEND = 269416315 / Stop MET (used in file creation code)
ET = 4.6029606518322575E8 / Starting Ephemeris Time (J2000)
DATE = '2016-11-03T15:51:33' / When this file was created.
PHASE = 'cruise' / Observations during cruise to Pluto.
HISTORY Created by MIDL version 14069
BUNIT = 'Events' / 2D Histogram Value Units
CTYPE1 = 'Energy' / Image X-axis is Energy
CTYPE2 = 'TOF' / Image Y-axis is Time of Flight
CRVAL1 = 0.0 / Energy origin
CRVAL2 = 0.0 / TOF origin
CRPIX1 = 1.0 / Energy reference pixel
CRPIX2 = 1.0 / TOF reference pixel
CUNIT1 = 'keV' / Energy units
CUNIT2 = 'ns' / TOF units
CDELT1 = 1.18 / Energy bin size
CDELT2 = 0.3243 / TOF bin size
STARTMET = 2.6932998E8 / Actual timestamp of earliest record
STOPMET = 2.6941620000000006E8 / Actual timestamp of latest record
COMMENT The keywords below this COMMENT were taken from the pre-L2 temp file:
COMMENT pep_0269285340_0x691_sci_1.fit
BZERO = 0 / no offset
BSCALE = 1 / default scaling factor
APID = '0x691' / Application ID of science data
MET_HK = 269285631 / MET from housekeeping used in header
HSCOMPR = 'N/A' / High-speed compression mode
OBSCOMPL = 'N/A' / Observation completion status
MISSPACK = -1 / Missing CCSDS packets (-1 = N/A)
DURMET = 23400.0 / Observation duration (in MET seconds)
METSRC = 'CCSDS_Header' / Source of above three times
EXPTIME = 'N/A' / Exposure time
ARCHDATE = '2014/226' / Date of MOC archive file
GRT = 20679.930349622 / Ground receipt time from STP
SOCVER = 6.3 / SOC pipeline software version
SOCLOC = 'TSOC' / SOC location where processed (TSOC or CSOC)
REQID = '14208:A8PE072_BLOCK7_HEAVY_ION_DISCRIMINATOR_SCANS' / Request ID
TARGET = 'N/A' / Target object
TARGTYPE = 'Not defined' / Target object type
CB1LOAD = 'PLUTO' / Central Body 1 loaded
CB2LOAD = 'PLUTO' / Central Body 2 loaded
CB3LOAD = 'PLUTO' / Central Body 3 loaded
REQDESC = 'power on' / SeqDescription
REQCOMM = '---' / SeqComments
SPCSEP = '***GEOMETRY SECTION*************************************'
SPCQUAL = 'PREDICT' / QUALITY: PREDICT (poor); RECONSTRUCTED
SPCSTAT = 'OK' / SPICE status [OK or INCOMPLETE ...]
SPCINST0 = 'NH_PEPSSI' / Starting SPICE Instrument or FRAME
SPCINSTR = 'NH_PEPSSI' / Final SPICE Instrument or FRAME
SPCMET0 = 269285340.0 / RAW MET timestamp
SPCMETDL = 11700.0 / [s] delta, (Mid-obs time) - (RAW MET)
SPCCBTNM = 'N/A' / [text] Target input name
SPCCB1NM = 'PLUTO' / [text] CB1 input name
SPCCB2NM = 'PLUTO' / [text] CB2 input name
SPCCB3NM = 'PLUTO' / [text] CB3 input name
SPCCBTID = -999999999 / [SPICE ID] Target
SPCCB1ID = 999 / [SPICE ID] CB1
SPCCB2ID = 999 / [SPICE ID] CB2
SPCCB3ID = 999 / [SPICE ID] CB3
SPCSCLK0 = '0269285340:00000' / Spacecraft CLocK timestamp
SPCINSID = -98401 / [SPICE ID] Instrument
SPCSCID = -98 / [SPICE ID] Spacecraft
SPCSCNAM = 'NH_SPACECRAFT' / [SPICE Name] Spacecraft
SPCSCET = 460263189.7050947 / [s past J2000] Spacecraft mid-obs time, TDB
SPCSCLK = '3/0269297039:49993' / Mid-obs Spacecraft CLocK
SPCSCDP = 13464851999993.0 / [SCLK milli-ticks] Spacecraft mid-obs time
SPCUTCID = '2014-214T14:52:02.522' / [ISO DOY] Spacecraft mid-obs time, UTC
SPCUTCAL = '2014-08-02T14:52:02.522' / [Cal d] Spacecraft mid-obs time, UTC
SPCUTCJD = 'JD 2456872.1194736' / [Julian d] Spacecraft mid-obs time, UTC
SPCPSEP = '******INSTRUMENT POINTING*******************************'
SPCBRRA = 94.74137207577361 / [degrees] Boresight RA, EME J2000
SPCBRDEC = -15.42286912128295 / [degrees] Boresight DEC, EME J2000
SPCEMEN = 213.4908320540519 / [degrees] EME J2k North Clk Angle, CW from UP
SPCPAXIN = 213.4908320540519 / [degrees] Instr +X Pos ang, E from EMEJ2k N
SPCPAYIN = 123.4908320540519 / [degrees] Instr +Y Pos ang, E from EMEJ2k N
SPCPAZIN = -999.0 / [degrees] Instr +Z Pos ang, E from EMEJ2k N
SPCQA = 0.5213269624320067 / cos(theta/2) - Quaternion to transform
SPCQX = -0.7157807695794498 / sin(theta/2) * X - instrument vectors
SPCQY = 0.3473159128043435 / sin(theta/2) * Y - to EME J2000 vectors
SPCQZ = 0.3086223336937127 / sin(theta/2) * Z - ***N.B. SPICE FORMAT
SPCSCQA = 0.9331332660743542 / cos(theta/2) - Quaternion to transform
SPCSCQX = 0.1417387289504621 / sin(theta/2) * X - Spacecraft vectors
SPCSCQY = 0.2894511745242409 / sin(theta/2) * Y - to EME J2000 vectors
SPCSCQZ = 0.1593438358627447 / sin(theta/2) * Z - ***N.B. SPICE FORMAT
SPCTSEP0 = '******Target:  Target->S/C****************************'
SPCTCB = 'UNKNOWN' / [SPICE name] Target name
SPCTSCX = -1E+32 / [km] S/C vec wrt Target, X, EMEJ2000
SPCTSCY = -1E+32 / [km] S/C vec wrt Target, Y
SPCTSCZ = -1E+32 / [km] S/C vec wrt Target, Z
SPCTSCVX = -1E+32 / [km/s] S/C vel vec wrt Target, X
SPCTSCVY = -1E+32 / [km/s] S/C vel vec wrt Target, Y
SPCTSCVZ = -1E+32 / [km/s] S/C vel vec wrt Target, Z
SPCTRANG = -1E+32 / [km] S/C range to Target center
SPCTTGJD = 'JD 2456872.1194736' / [Julian d] Time at Target, UTC
SPCTSEP1 = '******Target:  Target->Sun****************************'
SPCTSOX = -1E+32 / [km] Sun vec wrt Target, X, EMEJ2000
SPCTSOY = -1E+32 / [km] Sun vec wrt Target, Y
SPCTSOZ = -1E+32 / [km] Sun vec wrt Target, Z
SPCTSOVX = -1E+32 / [km/s] Sun vel vec wrt Target, X
SPCTSOVY = -1E+32 / [km/s] Sun vel vec wrt Target, Y
SPCTSOVZ = -1E+32 / [km/s] Sun vel vec wrt Target, Z
SPCTSORN = -1E+32 / [km] Sun range to Target center
SPCTSEP2 = '******Target:  Target->EarthObserver****************************'
SPCTEOX = -1E+32 / [km] Earth observer vec wrt Target, X, EMEJ2000
SPCTEOY = -1E+32 / [km] Earth obs vec wrt Target, Y
SPCTEOZ = -1E+32 / [km] Earth obs vec wrt Target, Z
SPCTEOVX = -1E+32 / [km/s] Earth obs vel vec wrt Target, X
SPCTEOVY = -1E+32 / [km/s] Earth obs vel vec wrt Target, Y
SPCTEOVZ = -1E+32 / [km/s] Earth obs vel vec wrt Target, Z
SPCTEORN = -1E+32 / [km] Earth observer range to Target center
SPCTEOJD = 'JD 2456872.1194736' / [Julian d] Time at Earth observer
SPCTSEPB = '******Target:  Body-fixed info****************************'
SPCTSCLA = -1E+32 / [degrees] planetocentric Sub-S/C latitude
SPCTSCLO = -1E+32 / [degrees] planetocentric Sub-S/C EAST longitude
SPCTSOLA = -1E+32 / [degrees] planetocentric Sub-Solar latitude
SPCTSOLO = -1E+32 / [degrees] planetocentric Sub-Solar EAST long.
SPCTNAZ = -1E+32 / [degrees] Target North Azimuth, CW from UP
SPC1SEP0 = '******CB1:  CB1->S/C****************************'
SPC1CB = 'PLUTO' / [SPICE name] CB1 name
SPC1SCX = -4816955.166142865 / [km] S/C vec wrt CB1, X, EMEJ2000
SPC1SCY = 398664995.0288842 / [km] S/C vec wrt CB1, Y
SPC1SCZ = 104164077.4612797 / [km] S/C vec wrt CB1, Z
SPC1SCVX = 0.1508386033564788 / [km/s] S/C vel vec wrt CB1, X
SPC1SCVY = -13.36034467545464 / [km/s] S/C vel vec wrt CB1, Y
SPC1SCVZ = -3.473584218921981 / [km/s] S/C vel vec wrt CB1, Z
SPC1RANG = 412076614.6626285 / [km] S/C range to CB1 center
SPC1TGJD = 'JD 2456872.1035646' / [Julian d] Time at CB1, UTC
SPC1SEP1 = '******CB1:  CB1->Sun****************************'
SPC1SOX = -1035935134.894857 / [km] Sun vec wrt CB1, X, EMEJ2000
SPC1SOY = 4465998697.640403 / [km] Sun vec wrt CB1, Y
SPC1SOZ = 1705874528.151945 / [km] Sun vec wrt CB1, Z
SPC1SOVX = -5.423997049368102 / [km/s] Sun vel vec wrt CB1, X
SPC1SOVY = -0.6747688684954175 / [km/s] Sun vel vec wrt CB1, Y
SPC1SOVZ = 1.442452853587336 / [km/s] Sun vel vec wrt CB1, Z
SPC1SORN = 4891657579.679205 / [km] Sun range to CB1 center
SPC1SEP2 = '******CB1:  CB1->EarthObserver****************************'
SPC1EOX = -938105424.9680914 / [km] Earth observer vec wrt CB1, X, EMEJ2000
SPC1EOY = 4359571995.972012 / [km] Earth obs vec wrt CB1, Y
SPC1EOZ = 1659794072.721891 / [km] Earth obs vec wrt CB1, Z
SPC1EOVX = 16.83761276631682 / [km/s] Earth obs vel vec wrt CB1, X
SPC1EOVY = 16.87519410583203 / [km/s] Earth obs vel vec wrt CB1, Y
SPC1EOVZ = 9.049402677273239 / [km/s] Earth obs vel vec wrt CB1, Z
SPC1EORN = 4758237713.7193 / [km] Earth observer range to CB1 center
SPC1EOJD = 'JD 2456872.2872657' / [Julian d] Time at Earth observer
SPC1SEPB = '******CB1:  Body-fixed info****************************'
SPC1SCLA = 43.18286491041474 / [degrees] planetocentric Sub-S/C latitude
SPC1SCLO = 201.5216777183597 / [degrees] planetocentric Sub-S/C EAST longitude
SPC1SOLA = 50.36001637531569 / [degrees] planetocentric Sub-Solar latitude
SPC1SOLO = 185.4110282416569 / [degrees] planetocentric Sub-Solar EAST long.
SPC1NAZ = 133.0939456219153 / [degrees] CB1 North Azimuth, CW from UP
SPC2SEP0 = '******CB2:  CB2->S/C****************************'
SPC2CB = 'PLUTO' / [SPICE name] CB2 name
SPC2SCX = -4816955.166142865 / [km] S/C vec wrt CB2, X, EMEJ2000
SPC2SCY = 398664995.0288842 / [km] S/C vec wrt CB2, Y
SPC2SCZ = 104164077.4612797 / [km] S/C vec wrt CB2, Z
SPC2SCVX = 0.1508386033564788 / [km/s] S/C vel vec wrt CB2, X
SPC2SCVY = -13.36034467545464 / [km/s] S/C vel vec wrt CB2, Y
SPC2SCVZ = -3.473584218921981 / [km/s] S/C vel vec wrt CB2, Z
SPC2RANG = 412076614.6626285 / [km] S/C range to CB2 center
SPC2TGJD = 'JD 2456872.1035646' / [Julian d] Time at CB2, UTC
SPC2SEP1 = '******CB2:  CB2->Sun****************************'
SPC2SOX = -1035935134.894857 / [km] Sun vec wrt CB2, X, EMEJ2000
SPC2SOY = 4465998697.640403 / [km] Sun vec wrt CB2, Y
SPC2SOZ = 1705874528.151945 / [km] Sun vec wrt CB2, Z
SPC2SOVX = -5.423997049368102 / [km/s] Sun vel vec wrt CB2, X
SPC2SOVY = -0.6747688684954175 / [km/s] Sun vel vec wrt CB2, Y
SPC2SOVZ = 1.442452853587336 / [km/s] Sun vel vec wrt CB2, Z
SPC2SORN = 4891657579.679205 / [km] Sun range to CB2 center
SPC2SEP2 = '******CB2:  CB2->EarthObserver****************************'
SPC2EOX = -938105424.9680914 / [km] Earth observer vec wrt CB2, X, EMEJ2000
SPC2EOY = 4359571995.972012 / [km] Earth obs vec wrt CB2, Y
SPC2EOZ = 1659794072.721891 / [km] Earth obs vec wrt CB2, Z
SPC2EOVX = 16.83761276631682 / [km/s] Earth obs vel vec wrt CB2, X
SPC2EOVY = 16.87519410583203 / [km/s] Earth obs vel vec wrt CB2, Y
SPC2EOVZ = 9.049402677273239 / [km/s] Earth obs vel vec wrt CB2, Z
SPC2EORN = 4758237713.7193 / [km] Earth observer range to CB2 center
SPC2EOJD = 'JD 2456872.2872657' / [Julian d] Time at Earth observer
SPC2SEPB = '******CB2:  Body-fixed info****************************'
SPC2SCLA = 43.18286491041474 / [degrees] planetocentric Sub-S/C latitude
SPC2SCLO = 201.5216777183597 / [degrees] planetocentric Sub-S/C EAST longitude
SPC2SOLA = 50.36001637531569 / [degrees] planetocentric Sub-Solar latitude
SPC2SOLO = 185.4110282416569 / [degrees] planetocentric Sub-Solar EAST long.
SPC2NAZ = 133.0939456219153 / [degrees] CB2 North Azimuth, CW from UP
SPC3SEP0 = '******CB3:  CB3->S/C****************************'
SPC3CB = 'PLUTO' / [SPICE name] CB3 name
SPC3SCX = -4816955.166142865 / [km] S/C vec wrt CB3, X, EMEJ2000
SPC3SCY = 398664995.0288842 / [km] S/C vec wrt CB3, Y
SPC3SCZ = 104164077.4612797 / [km] S/C vec wrt CB3, Z
SPC3SCVX = 0.1508386033564788 / [km/s] S/C vel vec wrt CB3, X
SPC3SCVY = -13.36034467545464 / [km/s] S/C vel vec wrt CB3, Y
SPC3SCVZ = -3.473584218921981 / [km/s] S/C vel vec wrt CB3, Z
SPC3RANG = 412076614.6626285 / [km] S/C range to CB3 center
SPC3TGJD = 'JD 2456872.1035646' / [Julian d] Time at CB3, UTC
SPC3SEP1 = '******CB3:  CB3->Sun****************************'
SPC3SOX = -1035935134.894857 / [km] Sun vec wrt CB3, X, EMEJ2000
SPC3SOY = 4465998697.640403 / [km] Sun vec wrt CB3, Y
SPC3SOZ = 1705874528.151945 / [km] Sun vec wrt CB3, Z
SPC3SOVX = -5.423997049368102 / [km/s] Sun vel vec wrt CB3, X
SPC3SOVY = -0.6747688684954175 / [km/s] Sun vel vec wrt CB3, Y
SPC3SOVZ = 1.442452853587336 / [km/s] Sun vel vec wrt CB3, Z
SPC3SORN = 4891657579.679205 / [km] Sun range to CB3 center
SPC3SEP2 = '******CB3:  CB3->EarthObserver****************************'
SPC3EOX = -938105424.9680914 / [km] Earth observer vec wrt CB3, X, EMEJ2000
SPC3EOY = 4359571995.972012 / [km] Earth obs vec wrt CB3, Y
SPC3EOZ = 1659794072.721891 / [km] Earth obs vec wrt CB3, Z
SPC3EOVX = 16.83761276631682 / [km/s] Earth obs vel vec wrt CB3, X
SPC3EOVY = 16.87519410583203 / [km/s] Earth obs vel vec wrt CB3, Y
SPC3EOVZ = 9.049402677273239 / [km/s] Earth obs vel vec wrt CB3, Z
SPC3EORN = 4758237713.7193 / [km] Earth observer range to CB3 center
SPC3EOJD = 'JD 2456872.2872657' / [Julian d] Time at Earth observer
SPC3SEPB = '******CB3:  Body-fixed info****************************'
SPC3SCLA = 43.18286491041474 / [degrees] planetocentric Sub-S/C latitude
SPC3SCLO = 201.5216777183597 / [degrees] planetocentric Sub-S/C EAST longitude
SPC3SOLA = 50.36001637531569 / [degrees] planetocentric Sub-Solar latitude
SPC3SOLO = 185.4110282416569 / [degrees] planetocentric Sub-Solar EAST long.
SPC3NAZ = 133.0939456219153 / [degrees] CB3 North Azimuth, CW from UP
SPCSEPS = '******S/C->SUN****************************************'
SPCSSCX = -1031210695.149142 / [km] Sun vec wrt S/C observer, X, EMEJ2000
SPCSSCY = 4067306627.981817 / [km] Sun vec wrt S/C obs, Y
SPCSSCZ = 1601730124.450517 / [km] Sun vec wrt S/C obs, Z
SPCSSCVX = -5.574835930276825 / [km/s] Sun obs vel vec wrt S/C obs, X
SPCSSCVY = 12.68557625453703 / [km/s] Sun vel vec wrt S/C obs, Y
SPCSSCVZ = 4.916037276448026 / [km/s] Sun vel vec wrt S/C obs, Z
SPCSSCRN = 4491315853.442849 / [km] S/C observer range to sun center
SPCSSCJD = 'JD 2456871.9460776' / [Julian d] Time at Sun
SPCSEPE = '******EARTH->S/C****************************************'
SPCESCX = 933860701.0645381 / [km] S/C observer vec wrt earth, X, EMEJ2000
SPCESCY = -3960423060.698691 / [km] S/C obs vec wrt earth, Y
SPCESCZ = -1555394280.203039 / [km] S/C obs vec wrt earth, Z
SPCESCVX = -16.79515947457159 / [km/s] S/C obs vel vec wrt earth, X
SPCESCVY = -30.11846857914527 / [km/s] S/C obs vel vec wrt earth, Y
SPCESCVZ = -12.47223216006207 / [km/s] S/C obs vel vec wrt earth, Z
SPCESCRN = 4356179288.734001 / [km] S/C observer range to earth center
SPCESCJD = 'JD 2456871.9512948' / [Julian d] Time at Earth
SPCKSEP = '******SPICE KERNELS*************************************'
SPCKNUM = 85 / COUNT OF LOADED SPICE KERNELS:
SPCK0001 = 'nh_pred_20060119_20070401_od020.bsp' / SPICE kernel 0001
SPCK0002 = 'nh_pred_20060119_20070101_od021.bsp' / SPICE kernel 0002
SPCK0003 = 'nh_pred_20060119_20100601_od022.bsp' / SPICE kernel 0003
SPCK0004 = 'nh_pred_20060119_20100101_od032.bsp' / SPICE kernel 0004
SPCK0005 = 'nh_pred_20061001_20100101_od040.bsp' / SPICE kernel 0005
SPCK0006 = 'nh_pred_20070307_20100101_od041.bsp' / SPICE kernel 0006
SPCK0007 = 'nh_pred_20070321_20100101_od042.bsp' / SPICE kernel 0007
SPCK0008 = 'nh_pred_20070319_20100101_od051.bsp' / SPICE kernel 0008
SPCK0009 = 'nh_pred_20070319_20110101_od059.bsp' / SPICE kernel 0009
SPCK0010 = 'nh_pred_20080710_20160101_od059.bsp' / SPICE kernel 0010
SPCK0011 = 'nh_pred_20070319_20130101_od061.bsp' / SPICE kernel 0011
SPCK0012 = 'nh_pred_20070319_20140101_od064.bsp' / SPICE kernel 0012
SPCK0013 = 'nh_pred_20070319_20150101_od070.bsp' / SPICE kernel 0013
SPCK0014 = 'nh_pred_20070319_20150501_od072.bsp' / SPICE kernel 0014
SPCK0015 = 'nh_pred_20070319_20150901_od077.bsp' / SPICE kernel 0015
SPCK0016 = 'nh_pred_20120501_20160913_od091.bsp' / SPICE kernel 0016
SPCK0017 = 'nh_pred_20150801_20190301_od124.bsp' / SPICE kernel 0017
SPCK0018 = 'nh_pred_20150801_20190901_od126.bsp' / SPICE kernel 0018
SPCK0019 = 'ck_nh000_test.bc' / SPICE kernel 0019
SPCK0020 = 'nh_apf_20150404_20150420_001.bc' / SPICE kernel 0020
SPCK0021 = 'nh_apf_20150420_20150504_001.bc' / SPICE kernel 0021
SPCK0022 = 'nh_apf_20150504_20150513_001.bc' / SPICE kernel 0022
SPCK0023 = 'nh_apf_20150513_20150528_001.bc' / SPICE kernel 0023
SPCK0024 = 'nh_apf_20150528_20150611_001.bc' / SPICE kernel 0024
SPCK0025 = 'nh_apf_20150611_20150623_001.bc' / SPICE kernel 0025
SPCK0026 = 'nh_apf_20150623_20150703_001.bc' / SPICE kernel 0026
SPCK0027 = 'nh_apf_20150703_20150707_002.bc' / SPICE kernel 0027
SPCK0028 = 'nh_apf_20150707_20150718_002.bc' / SPICE kernel 0028
SPCK0029 = 'naif0012.tls' / SPICE kernel 0029
SPCK0030 = 'new-horizons_1343.tsc' / SPICE kernel 0030
SPCK0031 = 'nh_stars_kbo_centaur_ppinp.tpc' / SPICE kernel 0031
SPCK0032 = 'pck00010.tpc' / SPICE kernel 0032
SPCK0033 = 'nh_v220.tf' / SPICE kernel 0033
SPCK0034 = 'nh_allinstruments_v002.ti' / SPICE kernel 0034
SPCK0035 = 'nh_alice_v200.ti' / SPICE kernel 0035
SPCK0036 = 'nh_lorri_v201.ti' / SPICE kernel 0036
SPCK0037 = 'nh_pepssi_v110.ti' / SPICE kernel 0037
SPCK0038 = 'nh_ralph_v100.ti' / SPICE kernel 0038
SPCK0039 = 'nh_rex_v100.ti' / SPICE kernel 0039
SPCK0040 = 'nh_sdc_v101.ti' / SPICE kernel 0040
SPCK0041 = 'nh_swap_v200.ti' / SPICE kernel 0041
SPCK0042 = 'nh_soc_misc_v001.tf' / SPICE kernel 0042
SPCK0043 = 'sb-2002jf56-2.bsp' / SPICE kernel 0043
SPCK0044 = 'jup260.bsp' / SPICE kernel 0044
SPCK0045 = 'kbo_centaur_horizons_20131129.bsp' / SPICE kernel 0045
SPCK0046 = 'nh_extras.bsp' / SPICE kernel 0046
SPCK0047 = 'nh_stars.bsp' / SPICE kernel 0047
SPCK0048 = 'NavPE_de433_od123.bsp' / SPICE kernel 0048
SPCK0049 = 'NavSE_plu047_od123.bsp' / SPICE kernel 0049
SPCK0050 = 'nh_nep_ura_000.bsp' / SPICE kernel 0050
SPCK0051 = 'nh_recon_e2j_v1.bsp' / SPICE kernel 0051
SPCK0052 = 'nh_recon_j2sep07_prelimv1.bsp' / SPICE kernel 0052
SPCK0053 = 'nh_recon_pluto_od122_v01.bsp' / SPICE kernel 0053
SPCK0054 = 'merged_nhpc_2006_v001.bc' / SPICE kernel 0054
SPCK0055 = 'merged_nhpc_2007_v001.bc' / SPICE kernel 0055
SPCK0056 = 'merged_nhpc_2008_v001.bc' / SPICE kernel 0056
SPCK0057 = 'merged_nhpc_2009_v001.bc' / SPICE kernel 0057
SPCK0058 = 'merged_nhpc_2010_v001.bc' / SPICE kernel 0058
SPCK0059 = 'merged_nhpc_2011_v001.bc' / SPICE kernel 0059
SPCK0060 = 'merged_nhpc_2012_v001.bc' / SPICE kernel 0060
SPCK0061 = 'merged_nhpc_2013_v001.bc' / SPICE kernel 0061
SPCK0062 = 'merged_nhpc_2014_v001.bc' / SPICE kernel 0062
SPCK0063 = 'merged_nhpc_2015_v039.bc' / SPICE kernel 0063
SPCK0064 = 'merged_nhpc_2016_01_v019.bc' / SPICE kernel 0064
SPCK0065 = 'merged_nhpc_2016_02_v018.bc' / SPICE kernel 0065
SPCK0066 = 'merged_nhpc_2016_03_v006.bc' / SPICE kernel 0066
SPCK0067 = 'merged_nhpc_2016_04_v021.bc' / SPICE kernel 0067
SPCK0068 = 'merged_nhpc_2016_05_v008.bc' / SPICE kernel 0068
SPCK0069 = 'merged_nhpc_2016_06_v009.bc' / SPICE kernel 0069
SPCK0070 = 'merged_nhpc_2016_07_v014.bc' / SPICE kernel 0070
SPCK0071 = 'merged_nhpc_2016_08_v011.bc' / SPICE kernel 0071
SPCK0072 = 'merged_nhpc_2016_09_v015.bc' / SPICE kernel 0072
SPCK0073 = 'nhpc_2016_275_01.bc' / SPICE kernel 0073
SPCK0074 = 'nhpc_2016_277_01.bc' / SPICE kernel 0074
SPCK0075 = 'nhpc_2016_280_03.bc' / SPICE kernel 0075
SPCK0076 = 'nhpc_2016_283_02.bc' / SPICE kernel 0076
SPCK0077 = 'nhpc_2016_286_03.bc' / SPICE kernel 0077
SPCK0078 = 'nhpc_2016_288_01.bc' / SPICE kernel 0078
SPCK0079 = 'nhpc_2016_291_02.bc' / SPICE kernel 0079
SPCK0080 = 'nhpc_2016_292_01.bc' / SPICE kernel 0080
SPCK0081 = 'nhpc_2016_293_02.bc' / SPICE kernel 0081
SPCK0082 = 'nhpc_2016_294_01.bc' / SPICE kernel 0082
SPCK0083 = 'nhpc_2016_295_03.bc' / SPICE kernel 0083
SPCK0084 = 'nhpc_2016_296_03.bc' / SPICE kernel 0084
SPCK0085 = 'nhpc_2016_299_01.bc' / SPICE kernel 0085
PACMMNT0 = '*** Position angles (PAs):  XYZ axes, degrees east of EMEJ2k North'
PACMMNT1 = '***   on plane perpendicular to boresight; -999 => Boresight'
PA_XINST = 213.4908320540519 / [degrees] PA +X, East of EMEJ2k North
PA_YINST = 123.4908320540519 / [degrees] PA +Y, East of EMEJ2k North
PA_ZINST = -999.0 / [degrees] PA +Z, East of EMEJ2k North
INSTSSEP = '********************************************************'
BLOCKCNT = 14 / Number of data blocks
BLOCKSIZ = 604 / Size of each data block
PHACNT = 140 / Number of PHAs
PHASIZ = 14 / Size of each PHA
STATINT = 300 / Status interval (seconds)
MACBLCKS = 1661 / Number of macro blocks free
TLMVOL = 1013 / Telemetry volume produced (KB)
WTCHADDR = 0 / Memory watch address
WTCHMEM = 0 / Watched memory (pg. no)
WTCHDATA = 48644 / Watched memory
PEPSWVER = 3 / Software version number
ALARMID = 0 / Latest Alarm Id
ALARMTYP = 0 / Latest alarm type
ALARMCNT = 0 / Count of alarms
CMDEXEC = 108 / Commands executed
CMDREJCT = 0 / Commands rejected
MACEXEC = 38 / Macro commands executed
MACREJCT = 0 / Macro commands rejected
MACROID = 10 / Id of most recent macro executed
MACROLRN = 0 / Macro learn mode
MONRESP = 0 / Monitor response
WRITEENB = 0 / Memory write enable
HVPSCURR = 1.68 / Expansion Bus address 0x006
HVPSVOLT = -2144.88 / Expansion Bus address 0x008
BIASCURR = 0.13 / Expansion Bus address 0x00A
BIASVOLT = -34.84 / Expansion Bus address 0x00C
PEPSTAT = 11 / Expansion Bus address 0x000
DVOLTP5 = 5.19 / +5V digital volt. / LVPS ADC (mux sub-addr 0)
AVOLTN5 = 5.14 / -5V analog volt. / LVPS ADC (mux sub-addr 1)
VOLTP2 = 2.55 / +2.5V volt. / LVPS ADC (mux sub-addr 2)
VOLTN5 = -4.78 / -5V volt. / LVPS ADC (mux sub-addr 3)
VOLTP15 = 14.93 / +15V volt. / LVPS ADC (mux sub-addr 4)
VOLTN15 = -14.17 / -15V volt. / LVPS ADC (mux sub-addr 5)
DCURRP5 = 121.99 / +5V digital curr. / LVPS ADC (mux sub-addr 6)
ACURRP5 = 99.44 / +5V analog curr. / LVPS ADC (mux sub-addr 7)
CURRP2 = 49.67 / +2.5 volt curr. / LVPS ADC (mux sub-addr 8)
CURRN5 = 5.71 / -5V curr. / LVPS ADC (mux sub-addr 9)
CURRP15 = 23.28 / +15V curr. / LVPS ADC (mux sub-addr 10)
CURRN15 = -0.01 / -15V curr. / LVPS ADC (mux sub-addr 11)
PRIMCURR = 79.30 / LVPS ADC (mux sub-addr 12)
LVPSTEMP = 10.48 / LVPS ADC (mux sub-addr 13)
ENGYTEMP = 9.64 / LVPS ADC (mux sub-addr 14)
HVPSTEMP = 7.58 / LVPS ADC (mux sub-addr 15)
ADDR12C = 0 / Software read address
RSLT12C = 0 / Software read value
COMMENT convert_hk_stat_input_20041016.txt
NUMMATR = 4 / Number of matrixes in the file
N1EXIST = 1 / N1 block present
N2EXIST = 0 / N2 block present
D_N1EXI = 0 / Diag N1 block present
D_N2EXI = 0 / Diag N2 block present
STAT_EX = 1 / STAT block present
P_ELE_EX = 0 / Pha Electron present
P_LOW_EX = 1 / Pha Low Ion present
P_HIG_EX = 1 / Pha High Ion present
P_DIA_EX = 0 / Pha Diag present
--- header unit 1: image ---
XTENSION = 'IMAGE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1440
NAXIS2 = 6
PCOUNT = 0 / No extra parameters
GCOUNT = 1 / One group
EXTNAME = 'SPEC_Protons' / Protons spectrogram
BUNIT = 'Counts/Sec' / Spectrogram value units
CTYPE1 = 'Time' / Fractional Hour of Day
CTYPE2 = 'Box' / Rate Box Index. See BOX# keyword for info.
CRVAL1 = 0.0 / Time origin
CRVAL2 = 0.0 / Energy origin
CRPIX1 = 0.5 / Time reference pixel
CRPIX2 = 1.0 / Energy reference pixel
CUNIT1 = 'Hours' / Time units
CUNIT2 = 'See FITS Header' / See ERLO/ERHI# keywords for energy values
CDELT1 = 0.016666666666666666 / Time Bin Width
CDELT2 = 1.0 / Energy axis is only an index
BOX0 = 'B01SAll' / Pixel0: B01SAll: Protons ( 0.54-38.30) keV
ERLO0 = 30.0 / Energy lower bound(keV) for pixel 0
ERHI0 = 50.0 / Energy upper bound(keV) for pixel 0
BOX1 = 'B02SAll' / Pixel1: B02SAll: Protons (39.48-102.02) keV
ERLO1 = 50.0 / Energy lower bound(keV) for pixel 1
ERHI1 = 110.0 / Energy upper bound(keV) for pixel 1
BOX2 = 'B03SAll' / Pixel2: B03SAll: Protons (103.20-203.50) keV
ERLO2 = 110.0 / Energy lower bound(keV) for pixel 2
ERHI2 = 210.0 / Energy upper bound(keV) for pixel 2
BOX3 = 'B04SAll' / Pixel3: B04SAll: Protons (204.68-367.52) keV
ERLO3 = 210.0 / Energy lower bound(keV) for pixel 3
ERHI3 = 380.0 / Energy upper bound(keV) for pixel 3
BOX4 = 'B05SAll' / Pixel4: B05SAll: Protons (368.70-628.30) keV
ERLO4 = 380.0 / Energy lower bound(keV) for pixel 4
ERHI4 = 640.0 / Energy upper bound(keV) for pixel 4
BOX5 = 'B06SAll' / Pixel5: B06SAll: Protons (630.66-1145.14) keV
ERLO5 = 640.0 / Energy lower bound(keV) for pixel 5
ERHI5 = 1160.0 / Energy upper bound(keV) for pixel 5
--- header unit 2: image ---
XTENSION = 'IMAGE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1440
NAXIS2 = 2
PCOUNT = 0 / No extra parameters
GCOUNT = 1 / One group
EXTNAME = 'SPEC_Helium' / Helium spectrogram
BUNIT = 'Counts/Sec' / Spectrogram value units
CTYPE1 = 'Time' / Fractional Hour of Day
CTYPE2 = 'Box' / Rate Box Index. See BOX# keyword for info.
CRVAL1 = 0.0 / Time origin
CRVAL2 = 0.0 / Energy origin
CRPIX1 = 0.5 / Time reference pixel
CRPIX2 = 1.0 / Energy reference pixel
CUNIT1 = 'Hours' / Time units
CUNIT2 = 'See FITS Header' / See ERLO/ERHI# keywords for energy values
CDELT1 = 0.016666666666666666 / Time Bin Width
CDELT2 = 1.0 / Energy axis is only an index
BOX0 = 'B09SAll' / Pixel0: B09SAll: Helium (-1.00--1.00) keV
ERLO0 = 40.0 / Energy lower bound(keV) for pixel 0
ERHI0 = 240.0 / Energy upper bound(keV) for pixel 0
BOX1 = 'B10SAll' / Pixel1: B10SAll: Helium (204.68-1145.14) keV
ERLO1 = 240.0 / Energy lower bound(keV) for pixel 1
ERHI1 = 1200.0 / Energy upper bound(keV) for pixel 1
--- header unit 3: image ---
XTENSION = 'IMAGE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1440
NAXIS2 = 3
PCOUNT = 0 / No extra parameters
GCOUNT = 1 / One group
EXTNAME = 'SPEC_Heavies' / Heavies spectrogram
BUNIT = 'Counts/Sec' / Spectrogram value units
CTYPE1 = 'Time' / Fractional Hour of Day
CTYPE2 = 'Box' / Rate Box Index. See BOX# keyword for info.
CRVAL1 = 0.0 / Time origin
CRVAL2 = 0.0 / Energy origin
CRPIX1 = 0.5 / Time reference pixel
CRPIX2 = 1.0 / Energy reference pixel
CUNIT1 = 'Hours' / Time units
CUNIT2 = 'See FITS Header' / See ERLO/ERHI# keywords for energy values
CDELT1 = 0.016666666666666666 / Time Bin Width
CDELT2 = 1.0 / Energy axis is only an index
BOX0 = 'B14SAll' / Pixel0: B14SAll: Sulfur and Heavy Ions ( 0.54-1
ERLO0 = 150.0 / Energy lower bound(keV) for pixel 0
ERHI0 = 290.0 / Energy upper bound(keV) for pixel 0
BOX1 = 'B15SAll' / Pixel1: B15SAll: Sulfur and Heavy Ions (103.20-
ERLO1 = 290.0 / Energy lower bound(keV) for pixel 1
ERHI1 = 660.0 / Energy upper bound(keV) for pixel 1
BOX2 = 'B16SAll' / Pixel2: B16SAll: Sulfur and Heavy Ions (368.70-
ERLO2 = 660.0 / Energy lower bound(keV) for pixel 2
ERHI2 = 1630.0 / Energy upper bound(keV) for pixel 2
--- header unit 4: image ---
XTENSION = 'IMAGE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1440
NAXIS2 = 3
PCOUNT = 0 / No extra parameters
GCOUNT = 1 / One group
EXTNAME = 'SPEC_Electrons' / Electrons spectrogram
BUNIT = 'Counts/Sec' / Spectrogram value units
CTYPE1 = 'Time' / Fractional Hour of Day
CTYPE2 = 'Box' / Rate Box Index. See BOX# keyword for info.
CRVAL1 = 0.0 / Time origin
CRVAL2 = 0.0 / Energy origin
CRPIX1 = 0.5 / Time reference pixel
CRPIX2 = 1.0 / Energy reference pixel
CUNIT1 = 'Hours' / Time units
CUNIT2 = 'See FITS Header' / See ERLO/ERHI# keywords for energy values
CDELT1 = 0.016666666666666666 / Time Bin Width
CDELT2 = 1.0 / Energy axis is only an index
BOX0 = 'R01SAll' / Pixel0: R01SAll: Electrons ( 5.26-176.36) keV
ERLO0 = 25.0 / Energy lower bound(keV) for pixel 0
ERHI0 = 190.0 / Energy upper bound(keV) for pixel 0
BOX1 = 'R02SAll' / Pixel1: R02SAll: Electrons (177.54-786.42) keV
ERLO1 = 190.0 / Energy lower bound(keV) for pixel 1
ERHI1 = 700.0 / Energy upper bound(keV) for pixel 1
BOX2 = 'R00SAll' / Pixel2: R00SAll: Electrons (787.60-1145.14) keV
ERLO2 = 700.0 / Energy lower bound(keV) for pixel 2
ERHI2 = 1000.0 / Energy upper bound(keV) for pixel 2
--- header unit 5: image ---
XTENSION = 'IMAGE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = -64
NAXIS = 2 / Dimensionality
NAXIS1 = 1440
NAXIS2 = 8
PCOUNT = 0 / No extra parameters
GCOUNT = 1 / One group
EXTNAME = 'SPEC_LowIon' / TOF-only events spectrogram
BUNIT = 'Counts/Sec' / Spectrogram value units
CTYPE1 = 'Time' / Fractional Hour of Day
CTYPE2 = 'Box' / Rate Box Index. See BOX# keyword for info.
CRVAL1 = 0.0 / Time origin
CRVAL2 = 0.0 / TOF origin
CRPIX1 = 0.5 / Time reference pixel
CRPIX2 = 1.0 / TOF reference pixel
CUNIT1 = 'Hours' / Time units
CUNIT2 = 'See FITS Header' / See TOFRLO/RHI# keywords for TOF Ranges
CDELT1 = 0.016666666666666666 / Time Bin Width
CDELT2 = 1.0 / TOF axis is only an index
BOX0 = 'L01SAll' / Pixel0: L01SAll: Low Ions ( 5.97- 6.61) ns
TOFRLO0 = 5.9658 / TOF lower bound(ns) for pixel0
TOFRHI0 = 6.6144 / TOF upper bound(ns) for pixel0
BOX1 = 'L03SAll' / Pixel1: L03SAll: Low Ions ( 8.56-10.18) ns
TOFRLO1 = 8.5602 / TOF lower bound(ns) for pixel1
TOFRHI1 = 10.1817 / TOF upper bound(ns) for pixel1
BOX2 = 'L05SAll' / Pixel2: L05SAll: Low Ions (13.42-16.99) ns
TOFRLO2 = 13.424699999999998 / TOF lower bound(ns) for pixel2
TOFRHI2 = 16.992 / TOF upper bound(ns) for pixel2
BOX3 = 'L07SAll' / Pixel3: L07SAll: Low Ions (22.51-29.32) ns
TOFRLO3 = 22.5051 / TOF lower bound(ns) for pixel3
TOFRHI3 = 29.315399999999997 / TOF upper bound(ns) for pixel3
BOX4 = 'L09SAll' / Pixel4: L09SAll: Low Ions (39.37-52.02) ns
TOFRLO4 = 39.3687 / TOF lower bound(ns) for pixel4
TOFRHI4 = 52.0164 / TOF upper bound(ns) for pixel4
BOX5 = 'L11SAll' / Pixel5: L11SAll: Low Ions (69.85-93.53) ns
TOFRLO5 = 69.8529 / TOF lower bound(ns) for pixel5
TOFRHI5 = 93.5268 / TOF upper bound(ns) for pixel5
BOX6 = 'L13SAll' / Pixel6: L13SAll: Low Ions (126.28-169.74) ns
TOFRLO6 = 126.2811 / TOF lower bound(ns) for pixel6
TOFRHI6 = 169.7373 / TOF upper bound(ns) for pixel6
BOX7 = 'L15SAll' / Pixel7: L15SAll: Low Ions (229.41-334.48) ns
TOFRLO7 = 229.4085 / TOF lower bound(ns) for pixel7
TOFRHI7 = 334.4817 / TOF upper bound(ns) for pixel7
--- header unit 6: binary table ---
XTENSION = 'BINTABLE' / Java FITS: Thu Nov 03 08:51:34 PDT 2016
BITPIX = 8
NAXIS = 2 / Dimensionality
NAXIS1 = 2260
NAXIS2 = 423
PCOUNT = 0
GCOUNT = 1
TFIELDS = 283
COMMENT Calibration Recipe:
COMMENT deltaE = EHi - ELo
COMMENT uncDeltaE2 = uncELo*uncELo + uncEHi*uncEHi
COMMENT calConstTerm = efficiency*geoFactor*deltaE
COMMENT uncConstTerm = uncEfficiency*uncEfficiency +
COMMENT uncGeo*uncGeo/(geoFactor*geoFactor) +
COMMENT uncDeltaE2/(deltaE*deltaE);
COMMENT calibratedFlux[i] = counts[i]/(accumTime[i]*calConstTerm)
COMMENT calibratedFluxUnc[i] = calibratedFlux[i] *
COMMENT sqrt(1.0/counts[i] + uncConstTerm)
COMMENT WARNING ACTUAL EFFICIENCIES ARE NOT AVAILABLE FOR THIS TIME PERIOD
COMMENT EFFICIENCIES USED IN THIS FILE ARE DUMMY VALUES
CAL_E0 = -62.0 / Deposited Energy = E0 + E1*Raw Energy
CAL_E1 = 1.18 / Deposited Energy = E0 + E1*Raw Energy
CAL_T0 = 2.7228 / Deposited TOF = T0 + T1*Raw TOF
CAL_T1 = 0.3243 / Deposited TOF = T0 + T1*Raw TOF
EXTNAME = 'FLUX' / Calibrated N2 Rate Data
TTYPE1 = 'ET' / Ephemeris Time (J2000)
TUNIT1 = 'Seconds' / ET Units
TFORM1 = '1D'
COMMENT YEAR and DAY_OF_YEAR are for convenience only! Use ET for accuracy!
TTYPE2 = 'YEAR' / Fractional Year (UTC). Use ET for accuracy!
TUNIT2 = 'Years' / Year Units
TFORM2 = '1D'
TTYPE3 = 'DAY_OF_YEAR' / Fractional Day of Year (UTC). Use ET for accur
TUNIT3 = 'Days' / DOY Units
TFORM3 = '1D'
TTYPE4 = 'DT' / Accumulation Time (s).
TUNIT4 = 's' / DT Units
TFORM4 = '1J'
TTYPE5 = 'B01S00CPS' / B01S00Rate: Counts per Second
TUNIT5 = 'counts/s' / Counts per Second Units
TFORM5 = '1D'
TTYPE6 = 'B01S00FLUX' / Protons (30.00-50.00) keV Sector: 0
TUNIT6 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC6 = 'Protons' / assumed particle species
TELO6 = 30.0 / Minimum channel energy keV
TELOU6 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI6 = 50.0 / Maximum channel energy keV
TEHIU6 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF6 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU6 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF6 = 1.0 / Efficiency (geometric mean)
TEFFU6 = 1.0 / Relative error in efficiency
TFORM6 = '1D'
TTYPE7 = 'B01S00UNC' / Combined uncertainty in B01S00
TUNIT7 = '1/(cm^2 sr s keV)' / Flux Units
TFORM7 = '1D'
TTYPE8 = 'B01S01CPS' / B01S01Rate: Counts per Second
TUNIT8 = 'counts/s' / Counts per Second Units
TFORM8 = '1D'
TTYPE9 = 'B01S01FLUX' / Protons (30.00-50.00) keV Sector: 1
TUNIT9 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC9 = 'Protons' / assumed particle species
TELO9 = 30.0 / Minimum channel energy keV
TELOU9 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI9 = 50.0 / Maximum channel energy keV
TEHIU9 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF9 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU9 = 0.00283 / Uncertainty in the Geometry Factor
TEFF9 = 1.0 / Efficiency (geometric mean)
TEFFU9 = 1.0 / Relative error in efficiency
TFORM9 = '1D'
TTYPE10 = 'B01S01UNC' / Combined uncertainty in B01S01
TUNIT10 = '1/(cm^2 sr s keV)' / Flux Units
TFORM10 = '1D'
TTYPE11 = 'B01S02CPS' / B01S02Rate: Counts per Second
TUNIT11 = 'counts/s' / Counts per Second Units
TFORM11 = '1D'
TTYPE12 = 'B01S02FLUX' / Protons (30.00-50.00) keV Sector: 2
TUNIT12 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC12 = 'Protons' / assumed particle species
TELO12 = 30.0 / Minimum channel energy keV
TELOU12 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI12 = 50.0 / Maximum channel energy keV
TEHIU12 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF12 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU12 = 0.00125 / Uncertainty in the Geometry Factor
TEFF12 = 1.0 / Efficiency (geometric mean)
TEFFU12 = 1.0 / Relative error in efficiency
TFORM12 = '1D'
TTYPE13 = 'B01S02UNC' / Combined uncertainty in B01S02
TUNIT13 = '1/(cm^2 sr s keV)' / Flux Units
TFORM13 = '1D'
TTYPE14 = 'B01S03CPS' / B01S03Rate: Counts per Second
TUNIT14 = 'counts/s' / Counts per Second Units
TFORM14 = '1D'
TTYPE15 = 'B01S03FLUX' / Protons (30.00-50.00) keV Sector: 3
TUNIT15 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC15 = 'Protons' / assumed particle species
TELO15 = 30.0 / Minimum channel energy keV
TELOU15 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI15 = 50.0 / Maximum channel energy keV
TEHIU15 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF15 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU15 = 0.00283 / Uncertainty in the Geometry Factor
TEFF15 = 1.0 / Efficiency (geometric mean)
TEFFU15 = 1.0 / Relative error in efficiency
TFORM15 = '1D'
TTYPE16 = 'B01S03UNC' / Combined uncertainty in B01S03
TUNIT16 = '1/(cm^2 sr s keV)' / Flux Units
TFORM16 = '1D'
TTYPE17 = 'B01S04CPS' / B01S04Rate: Counts per Second
TUNIT17 = 'counts/s' / Counts per Second Units
TFORM17 = '1D'
TTYPE18 = 'B01S04FLUX' / Protons (30.00-50.00) keV Sector: 4
TUNIT18 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC18 = 'Protons' / assumed particle species
TELO18 = 30.0 / Minimum channel energy keV
TELOU18 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI18 = 50.0 / Maximum channel energy keV
TEHIU18 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF18 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU18 = 0.00283 / Uncertainty in the Geometry Factor
TEFF18 = 1.0 / Efficiency (geometric mean)
TEFFU18 = 1.0 / Relative error in efficiency
TFORM18 = '1D'
TTYPE19 = 'B01S04UNC' / Combined uncertainty in B01S04
TUNIT19 = '1/(cm^2 sr s keV)' / Flux Units
TFORM19 = '1D'
TTYPE20 = 'B01S05CPS' / B01S05Rate: Counts per Second
TUNIT20 = 'counts/s' / Counts per Second Units
TFORM20 = '1D'
TTYPE21 = 'B01S05FLUX' / Protons (30.00-50.00) keV Sector: 5
TUNIT21 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC21 = 'Protons' / assumed particle species
TELO21 = 30.0 / Minimum channel energy keV
TELOU21 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI21 = 50.0 / Maximum channel energy keV
TEHIU21 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF21 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU21 = 0.00119 / Uncertainty in the Geometry Factor
TEFF21 = 1.0 / Efficiency (geometric mean)
TEFFU21 = 1.0 / Relative error in efficiency
TFORM21 = '1D'
TTYPE22 = 'B01S05UNC' / Combined uncertainty in B01S05
TUNIT22 = '1/(cm^2 sr s keV)' / Flux Units
TFORM22 = '1D'
TTYPE23 = 'B02S00CPS' / B02S00Rate: Counts per Second
TUNIT23 = 'counts/s' / Counts per Second Units
TFORM23 = '1D'
TTYPE24 = 'B02S00FLUX' / Protons (50.00-110.00) keV Sector: 0
TUNIT24 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC24 = 'Protons' / assumed particle species
TELO24 = 50.0 / Minimum channel energy keV
TELOU24 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI24 = 110.0 / Maximum channel energy keV
TEHIU24 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF24 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU24 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF24 = 1.0 / Efficiency (geometric mean)
TEFFU24 = 1.0 / Relative error in efficiency
TFORM24 = '1D'
TTYPE25 = 'B02S00UNC' / Combined uncertainty in B02S00
TUNIT25 = '1/(cm^2 sr s keV)' / Flux Units
TFORM25 = '1D'
TTYPE26 = 'B02S01CPS' / B02S01Rate: Counts per Second
TUNIT26 = 'counts/s' / Counts per Second Units
TFORM26 = '1D'
TTYPE27 = 'B02S01FLUX' / Protons (50.00-110.00) keV Sector: 1
TUNIT27 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC27 = 'Protons' / assumed particle species
TELO27 = 50.0 / Minimum channel energy keV
TELOU27 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI27 = 110.0 / Maximum channel energy keV
TEHIU27 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF27 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU27 = 0.00283 / Uncertainty in the Geometry Factor
TEFF27 = 1.0 / Efficiency (geometric mean)
TEFFU27 = 1.0 / Relative error in efficiency
TFORM27 = '1D'
TTYPE28 = 'B02S01UNC' / Combined uncertainty in B02S01
TUNIT28 = '1/(cm^2 sr s keV)' / Flux Units
TFORM28 = '1D'
TTYPE29 = 'B02S02CPS' / B02S02Rate: Counts per Second
TUNIT29 = 'counts/s' / Counts per Second Units
TFORM29 = '1D'
TTYPE30 = 'B02S02FLUX' / Protons (50.00-110.00) keV Sector: 2
TUNIT30 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC30 = 'Protons' / assumed particle species
TELO30 = 50.0 / Minimum channel energy keV
TELOU30 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI30 = 110.0 / Maximum channel energy keV
TEHIU30 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF30 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU30 = 0.00125 / Uncertainty in the Geometry Factor
TEFF30 = 1.0 / Efficiency (geometric mean)
TEFFU30 = 1.0 / Relative error in efficiency
TFORM30 = '1D'
TTYPE31 = 'B02S02UNC' / Combined uncertainty in B02S02
TUNIT31 = '1/(cm^2 sr s keV)' / Flux Units
TFORM31 = '1D'
TTYPE32 = 'B02S03CPS' / B02S03Rate: Counts per Second
TUNIT32 = 'counts/s' / Counts per Second Units
TFORM32 = '1D'
TTYPE33 = 'B02S03FLUX' / Protons (50.00-110.00) keV Sector: 3
TUNIT33 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC33 = 'Protons' / assumed particle species
TELO33 = 50.0 / Minimum channel energy keV
TELOU33 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI33 = 110.0 / Maximum channel energy keV
TEHIU33 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF33 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU33 = 0.00283 / Uncertainty in the Geometry Factor
TEFF33 = 1.0 / Efficiency (geometric mean)
TEFFU33 = 1.0 / Relative error in efficiency
TFORM33 = '1D'
TTYPE34 = 'B02S03UNC' / Combined uncertainty in B02S03
TUNIT34 = '1/(cm^2 sr s keV)' / Flux Units
TFORM34 = '1D'
TTYPE35 = 'B02S04CPS' / B02S04Rate: Counts per Second
TUNIT35 = 'counts/s' / Counts per Second Units
TFORM35 = '1D'
TTYPE36 = 'B02S04FLUX' / Protons (50.00-110.00) keV Sector: 4
TUNIT36 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC36 = 'Protons' / assumed particle species
TELO36 = 50.0 / Minimum channel energy keV
TELOU36 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI36 = 110.0 / Maximum channel energy keV
TEHIU36 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF36 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU36 = 0.00283 / Uncertainty in the Geometry Factor
TEFF36 = 1.0 / Efficiency (geometric mean)
TEFFU36 = 1.0 / Relative error in efficiency
TFORM36 = '1D'
TTYPE37 = 'B02S04UNC' / Combined uncertainty in B02S04
TUNIT37 = '1/(cm^2 sr s keV)' / Flux Units
TFORM37 = '1D'
TTYPE38 = 'B02S05CPS' / B02S05Rate: Counts per Second
TUNIT38 = 'counts/s' / Counts per Second Units
TFORM38 = '1D'
TTYPE39 = 'B02S05FLUX' / Protons (50.00-110.00) keV Sector: 5
TUNIT39 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC39 = 'Protons' / assumed particle species
TELO39 = 50.0 / Minimum channel energy keV
TELOU39 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI39 = 110.0 / Maximum channel energy keV
TEHIU39 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF39 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU39 = 0.00119 / Uncertainty in the Geometry Factor
TEFF39 = 1.0 / Efficiency (geometric mean)
TEFFU39 = 1.0 / Relative error in efficiency
TFORM39 = '1D'
TTYPE40 = 'B02S05UNC' / Combined uncertainty in B02S05
TUNIT40 = '1/(cm^2 sr s keV)' / Flux Units
TFORM40 = '1D'
TTYPE41 = 'B03S00CPS' / B03S00Rate: Counts per Second
TUNIT41 = 'counts/s' / Counts per Second Units
TFORM41 = '1D'
TTYPE42 = 'B03S00FLUX' / Protons (110.00-210.00) keV Sector: 0
TUNIT42 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC42 = 'Protons' / assumed particle species
TELO42 = 110.0 / Minimum channel energy keV
TELOU42 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI42 = 210.0 / Maximum channel energy keV
TEHIU42 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF42 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU42 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF42 = 1.0 / Efficiency (geometric mean)
TEFFU42 = 1.0 / Relative error in efficiency
TFORM42 = '1D'
TTYPE43 = 'B03S00UNC' / Combined uncertainty in B03S00
TUNIT43 = '1/(cm^2 sr s keV)' / Flux Units
TFORM43 = '1D'
TTYPE44 = 'B03S01CPS' / B03S01Rate: Counts per Second
TUNIT44 = 'counts/s' / Counts per Second Units
TFORM44 = '1D'
TTYPE45 = 'B03S01FLUX' / Protons (110.00-210.00) keV Sector: 1
TUNIT45 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC45 = 'Protons' / assumed particle species
TELO45 = 110.0 / Minimum channel energy keV
TELOU45 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI45 = 210.0 / Maximum channel energy keV
TEHIU45 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF45 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU45 = 0.00283 / Uncertainty in the Geometry Factor
TEFF45 = 1.0 / Efficiency (geometric mean)
TEFFU45 = 1.0 / Relative error in efficiency
TFORM45 = '1D'
TTYPE46 = 'B03S01UNC' / Combined uncertainty in B03S01
TUNIT46 = '1/(cm^2 sr s keV)' / Flux Units
TFORM46 = '1D'
TTYPE47 = 'B03S02CPS' / B03S02Rate: Counts per Second
TUNIT47 = 'counts/s' / Counts per Second Units
TFORM47 = '1D'
TTYPE48 = 'B03S02FLUX' / Protons (110.00-210.00) keV Sector: 2
TUNIT48 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC48 = 'Protons' / assumed particle species
TELO48 = 110.0 / Minimum channel energy keV
TELOU48 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI48 = 210.0 / Maximum channel energy keV
TEHIU48 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF48 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU48 = 0.00125 / Uncertainty in the Geometry Factor
TEFF48 = 1.0 / Efficiency (geometric mean)
TEFFU48 = 1.0 / Relative error in efficiency
TFORM48 = '1D'
TTYPE49 = 'B03S02UNC' / Combined uncertainty in B03S02
TUNIT49 = '1/(cm^2 sr s keV)' / Flux Units
TFORM49 = '1D'
TTYPE50 = 'B03S03CPS' / B03S03Rate: Counts per Second
TUNIT50 = 'counts/s' / Counts per Second Units
TFORM50 = '1D'
TTYPE51 = 'B03S03FLUX' / Protons (110.00-210.00) keV Sector: 3
TUNIT51 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC51 = 'Protons' / assumed particle species
TELO51 = 110.0 / Minimum channel energy keV
TELOU51 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI51 = 210.0 / Maximum channel energy keV
TEHIU51 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF51 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU51 = 0.00283 / Uncertainty in the Geometry Factor
TEFF51 = 1.0 / Efficiency (geometric mean)
TEFFU51 = 1.0 / Relative error in efficiency
TFORM51 = '1D'
TTYPE52 = 'B03S03UNC' / Combined uncertainty in B03S03
TUNIT52 = '1/(cm^2 sr s keV)' / Flux Units
TFORM52 = '1D'
TTYPE53 = 'B03S04CPS' / B03S04Rate: Counts per Second
TUNIT53 = 'counts/s' / Counts per Second Units
TFORM53 = '1D'
TTYPE54 = 'B03S04FLUX' / Protons (110.00-210.00) keV Sector: 4
TUNIT54 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC54 = 'Protons' / assumed particle species
TELO54 = 110.0 / Minimum channel energy keV
TELOU54 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI54 = 210.0 / Maximum channel energy keV
TEHIU54 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF54 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU54 = 0.00283 / Uncertainty in the Geometry Factor
TEFF54 = 1.0 / Efficiency (geometric mean)
TEFFU54 = 1.0 / Relative error in efficiency
TFORM54 = '1D'
TTYPE55 = 'B03S04UNC' / Combined uncertainty in B03S04
TUNIT55 = '1/(cm^2 sr s keV)' / Flux Units
TFORM55 = '1D'
TTYPE56 = 'B03S05CPS' / B03S05Rate: Counts per Second
TUNIT56 = 'counts/s' / Counts per Second Units
TFORM56 = '1D'
TTYPE57 = 'B03S05FLUX' / Protons (110.00-210.00) keV Sector: 5
TUNIT57 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC57 = 'Protons' / assumed particle species
TELO57 = 110.0 / Minimum channel energy keV
TELOU57 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI57 = 210.0 / Maximum channel energy keV
TEHIU57 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF57 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU57 = 0.00119 / Uncertainty in the Geometry Factor
TEFF57 = 1.0 / Efficiency (geometric mean)
TEFFU57 = 1.0 / Relative error in efficiency
TFORM57 = '1D'
TTYPE58 = 'B03S05UNC' / Combined uncertainty in B03S05
TUNIT58 = '1/(cm^2 sr s keV)' / Flux Units
TFORM58 = '1D'
TTYPE59 = 'B04S00CPS' / B04S00Rate: Counts per Second
TUNIT59 = 'counts/s' / Counts per Second Units
TFORM59 = '1D'
TTYPE60 = 'B04S00FLUX' / Protons (210.00-380.00) keV Sector: 0
TUNIT60 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC60 = 'Protons' / assumed particle species
TELO60 = 210.0 / Minimum channel energy keV
TELOU60 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI60 = 380.0 / Maximum channel energy keV
TEHIU60 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF60 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU60 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF60 = 1.0 / Efficiency (geometric mean)
TEFFU60 = 1.0 / Relative error in efficiency
TFORM60 = '1D'
TTYPE61 = 'B04S00UNC' / Combined uncertainty in B04S00
TUNIT61 = '1/(cm^2 sr s keV)' / Flux Units
TFORM61 = '1D'
TTYPE62 = 'B04S01CPS' / B04S01Rate: Counts per Second
TUNIT62 = 'counts/s' / Counts per Second Units
TFORM62 = '1D'
TTYPE63 = 'B04S01FLUX' / Protons (210.00-380.00) keV Sector: 1
TUNIT63 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC63 = 'Protons' / assumed particle species
TELO63 = 210.0 / Minimum channel energy keV
TELOU63 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI63 = 380.0 / Maximum channel energy keV
TEHIU63 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF63 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU63 = 0.00283 / Uncertainty in the Geometry Factor
TEFF63 = 1.0 / Efficiency (geometric mean)
TEFFU63 = 1.0 / Relative error in efficiency
TFORM63 = '1D'
TTYPE64 = 'B04S01UNC' / Combined uncertainty in B04S01
TUNIT64 = '1/(cm^2 sr s keV)' / Flux Units
TFORM64 = '1D'
TTYPE65 = 'B04S02CPS' / B04S02Rate: Counts per Second
TUNIT65 = 'counts/s' / Counts per Second Units
TFORM65 = '1D'
TTYPE66 = 'B04S02FLUX' / Protons (210.00-380.00) keV Sector: 2
TUNIT66 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC66 = 'Protons' / assumed particle species
TELO66 = 210.0 / Minimum channel energy keV
TELOU66 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI66 = 380.0 / Maximum channel energy keV
TEHIU66 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF66 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU66 = 0.00125 / Uncertainty in the Geometry Factor
TEFF66 = 1.0 / Efficiency (geometric mean)
TEFFU66 = 1.0 / Relative error in efficiency
TFORM66 = '1D'
TTYPE67 = 'B04S02UNC' / Combined uncertainty in B04S02
TUNIT67 = '1/(cm^2 sr s keV)' / Flux Units
TFORM67 = '1D'
TTYPE68 = 'B04S03CPS' / B04S03Rate: Counts per Second
TUNIT68 = 'counts/s' / Counts per Second Units
TFORM68 = '1D'
TTYPE69 = 'B04S03FLUX' / Protons (210.00-380.00) keV Sector: 3
TUNIT69 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC69 = 'Protons' / assumed particle species
TELO69 = 210.0 / Minimum channel energy keV
TELOU69 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI69 = 380.0 / Maximum channel energy keV
TEHIU69 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF69 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU69 = 0.00283 / Uncertainty in the Geometry Factor
TEFF69 = 1.0 / Efficiency (geometric mean)
TEFFU69 = 1.0 / Relative error in efficiency
TFORM69 = '1D'
TTYPE70 = 'B04S03UNC' / Combined uncertainty in B04S03
TUNIT70 = '1/(cm^2 sr s keV)' / Flux Units
TFORM70 = '1D'
TTYPE71 = 'B04S04CPS' / B04S04Rate: Counts per Second
TUNIT71 = 'counts/s' / Counts per Second Units
TFORM71 = '1D'
TTYPE72 = 'B04S04FLUX' / Protons (210.00-380.00) keV Sector: 4
TUNIT72 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC72 = 'Protons' / assumed particle species
TELO72 = 210.0 / Minimum channel energy keV
TELOU72 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI72 = 380.0 / Maximum channel energy keV
TEHIU72 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF72 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU72 = 0.00283 / Uncertainty in the Geometry Factor
TEFF72 = 1.0 / Efficiency (geometric mean)
TEFFU72 = 1.0 / Relative error in efficiency
TFORM72 = '1D'
TTYPE73 = 'B04S04UNC' / Combined uncertainty in B04S04
TUNIT73 = '1/(cm^2 sr s keV)' / Flux Units
TFORM73 = '1D'
TTYPE74 = 'B04S05CPS' / B04S05Rate: Counts per Second
TUNIT74 = 'counts/s' / Counts per Second Units
TFORM74 = '1D'
TTYPE75 = 'B04S05FLUX' / Protons (210.00-380.00) keV Sector: 5
TUNIT75 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC75 = 'Protons' / assumed particle species
TELO75 = 210.0 / Minimum channel energy keV
TELOU75 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI75 = 380.0 / Maximum channel energy keV
TEHIU75 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF75 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU75 = 0.00119 / Uncertainty in the Geometry Factor
TEFF75 = 1.0 / Efficiency (geometric mean)
TEFFU75 = 1.0 / Relative error in efficiency
TFORM75 = '1D'
TTYPE76 = 'B04S05UNC' / Combined uncertainty in B04S05
TUNIT76 = '1/(cm^2 sr s keV)' / Flux Units
TFORM76 = '1D'
TTYPE77 = 'B05S00CPS' / B05S00Rate: Counts per Second
TUNIT77 = 'counts/s' / Counts per Second Units
TFORM77 = '1D'
TTYPE78 = 'B05S00FLUX' / Protons (380.00-640.00) keV Sector: 0
TUNIT78 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC78 = 'Protons' / assumed particle species
TELO78 = 380.0 / Minimum channel energy keV
TELOU78 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI78 = 640.0 / Maximum channel energy keV
TEHIU78 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF78 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU78 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF78 = 1.0 / Efficiency (geometric mean)
TEFFU78 = 1.0 / Relative error in efficiency
TFORM78 = '1D'
TTYPE79 = 'B05S00UNC' / Combined uncertainty in B05S00
TUNIT79 = '1/(cm^2 sr s keV)' / Flux Units
TFORM79 = '1D'
TTYPE80 = 'B05S01CPS' / B05S01Rate: Counts per Second
TUNIT80 = 'counts/s' / Counts per Second Units
TFORM80 = '1D'
TTYPE81 = 'B05S01FLUX' / Protons (380.00-640.00) keV Sector: 1
TUNIT81 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC81 = 'Protons' / assumed particle species
TELO81 = 380.0 / Minimum channel energy keV
TELOU81 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI81 = 640.0 / Maximum channel energy keV
TEHIU81 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF81 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU81 = 0.00283 / Uncertainty in the Geometry Factor
TEFF81 = 1.0 / Efficiency (geometric mean)
TEFFU81 = 1.0 / Relative error in efficiency
TFORM81 = '1D'
TTYPE82 = 'B05S01UNC' / Combined uncertainty in B05S01
TUNIT82 = '1/(cm^2 sr s keV)' / Flux Units
TFORM82 = '1D'
TTYPE83 = 'B05S02CPS' / B05S02Rate: Counts per Second
TUNIT83 = 'counts/s' / Counts per Second Units
TFORM83 = '1D'
TTYPE84 = 'B05S02FLUX' / Protons (380.00-640.00) keV Sector: 2
TUNIT84 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC84 = 'Protons' / assumed particle species
TELO84 = 380.0 / Minimum channel energy keV
TELOU84 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI84 = 640.0 / Maximum channel energy keV
TEHIU84 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF84 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU84 = 0.00125 / Uncertainty in the Geometry Factor
TEFF84 = 1.0 / Efficiency (geometric mean)
TEFFU84 = 1.0 / Relative error in efficiency
TFORM84 = '1D'
TTYPE85 = 'B05S02UNC' / Combined uncertainty in B05S02
TUNIT85 = '1/(cm^2 sr s keV)' / Flux Units
TFORM85 = '1D'
TTYPE86 = 'B05S03CPS' / B05S03Rate: Counts per Second
TUNIT86 = 'counts/s' / Counts per Second Units
TFORM86 = '1D'
TTYPE87 = 'B05S03FLUX' / Protons (380.00-640.00) keV Sector: 3
TUNIT87 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC87 = 'Protons' / assumed particle species
TELO87 = 380.0 / Minimum channel energy keV
TELOU87 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI87 = 640.0 / Maximum channel energy keV
TEHIU87 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF87 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU87 = 0.00283 / Uncertainty in the Geometry Factor
TEFF87 = 1.0 / Efficiency (geometric mean)
TEFFU87 = 1.0 / Relative error in efficiency
TFORM87 = '1D'
TTYPE88 = 'B05S03UNC' / Combined uncertainty in B05S03
TUNIT88 = '1/(cm^2 sr s keV)' / Flux Units
TFORM88 = '1D'
TTYPE89 = 'B05S04CPS' / B05S04Rate: Counts per Second
TUNIT89 = 'counts/s' / Counts per Second Units
TFORM89 = '1D'
TTYPE90 = 'B05S04FLUX' / Protons (380.00-640.00) keV Sector: 4
TUNIT90 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC90 = 'Protons' / assumed particle species
TELO90 = 380.0 / Minimum channel energy keV
TELOU90 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI90 = 640.0 / Maximum channel energy keV
TEHIU90 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF90 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU90 = 0.00283 / Uncertainty in the Geometry Factor
TEFF90 = 1.0 / Efficiency (geometric mean)
TEFFU90 = 1.0 / Relative error in efficiency
TFORM90 = '1D'
TTYPE91 = 'B05S04UNC' / Combined uncertainty in B05S04
TUNIT91 = '1/(cm^2 sr s keV)' / Flux Units
TFORM91 = '1D'
TTYPE92 = 'B05S05CPS' / B05S05Rate: Counts per Second
TUNIT92 = 'counts/s' / Counts per Second Units
TFORM92 = '1D'
TTYPE93 = 'B05S05FLUX' / Protons (380.00-640.00) keV Sector: 5
TUNIT93 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC93 = 'Protons' / assumed particle species
TELO93 = 380.0 / Minimum channel energy keV
TELOU93 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI93 = 640.0 / Maximum channel energy keV
TEHIU93 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF93 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU93 = 0.00119 / Uncertainty in the Geometry Factor
TEFF93 = 1.0 / Efficiency (geometric mean)
TEFFU93 = 1.0 / Relative error in efficiency
TFORM93 = '1D'
TTYPE94 = 'B05S05UNC' / Combined uncertainty in B05S05
TUNIT94 = '1/(cm^2 sr s keV)' / Flux Units
TFORM94 = '1D'
TTYPE95 = 'B06S00CPS' / B06S00Rate: Counts per Second
TUNIT95 = 'counts/s' / Counts per Second Units
TFORM95 = '1D'
TTYPE96 = 'B06S00FLUX' / Protons (640.00-1160.00) keV Sector: 0
TUNIT96 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC96 = 'Protons' / assumed particle species
TELO96 = 640.0 / Minimum channel energy keV
TELOU96 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI96 = 1160.0 / Maximum channel energy keV
TEHIU96 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF96 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU96 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF96 = 1.0 / Efficiency (geometric mean)
TEFFU96 = 1.0 / Relative error in efficiency
TFORM96 = '1D'
TTYPE97 = 'B06S00UNC' / Combined uncertainty in B06S00
TUNIT97 = '1/(cm^2 sr s keV)' / Flux Units
TFORM97 = '1D'
TTYPE98 = 'B06S01CPS' / B06S01Rate: Counts per Second
TUNIT98 = 'counts/s' / Counts per Second Units
TFORM98 = '1D'
TTYPE99 = 'B06S01FLUX' / Protons (640.00-1160.00) keV Sector: 1
TUNIT99 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC99 = 'Protons' / assumed particle species
TELO99 = 640.0 / Minimum channel energy keV
TELOU99 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI99 = 1160.0 / Maximum channel energy keV
TEHIU99 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF99 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU99 = 0.00283 / Uncertainty in the Geometry Factor
TEFF99 = 1.0 / Efficiency (geometric mean)
TEFFU99 = 1.0 / Relative error in efficiency
TFORM99 = '1D'
TTYPE100 = 'B06S01UNC' / Combined uncertainty in B06S01
TUNIT100 = '1/(cm^2 sr s keV)' / Flux Units
TFORM100 = '1D'
TTYPE101 = 'B06S02CPS' / B06S02Rate: Counts per Second
TUNIT101 = 'counts/s' / Counts per Second Units
TFORM101 = '1D'
TTYPE102 = 'B06S02FLUX' / Protons (640.00-1160.00) keV Sector: 2
TUNIT102 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC102 = 'Protons' / assumed particle species
TELO102 = 640.0 / Minimum channel energy keV
TELOU102 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI102 = 1160.0 / Maximum channel energy keV
TEHIU102 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF102 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU102 = 0.00125 / Uncertainty in the Geometry Factor
TEFF102 = 1.0 / Efficiency (geometric mean)
TEFFU102 = 1.0 / Relative error in efficiency
TFORM102 = '1D'
TTYPE103 = 'B06S02UNC' / Combined uncertainty in B06S02
TUNIT103 = '1/(cm^2 sr s keV)' / Flux Units
TFORM103 = '1D'
TTYPE104 = 'B06S03CPS' / B06S03Rate: Counts per Second
TUNIT104 = 'counts/s' / Counts per Second Units
TFORM104 = '1D'
TTYPE105 = 'B06S03FLUX' / Protons (640.00-1160.00) keV Sector: 3
TUNIT105 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC105 = 'Protons' / assumed particle species
TELO105 = 640.0 / Minimum channel energy keV
TELOU105 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI105 = 1160.0 / Maximum channel energy keV
TEHIU105 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF105 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU105 = 0.00283 / Uncertainty in the Geometry Factor
TEFF105 = 1.0 / Efficiency (geometric mean)
TEFFU105 = 1.0 / Relative error in efficiency
TFORM105 = '1D'
TTYPE106 = 'B06S03UNC' / Combined uncertainty in B06S03
TUNIT106 = '1/(cm^2 sr s keV)' / Flux Units
TFORM106 = '1D'
TTYPE107 = 'B06S04CPS' / B06S04Rate: Counts per Second
TUNIT107 = 'counts/s' / Counts per Second Units
TFORM107 = '1D'
TTYPE108 = 'B06S04FLUX' / Protons (640.00-1160.00) keV Sector: 4
TUNIT108 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC108 = 'Protons' / assumed particle species
TELO108 = 640.0 / Minimum channel energy keV
TELOU108 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI108 = 1160.0 / Maximum channel energy keV
TEHIU108 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF108 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU108 = 0.00283 / Uncertainty in the Geometry Factor
TEFF108 = 1.0 / Efficiency (geometric mean)
TEFFU108 = 1.0 / Relative error in efficiency
TFORM108 = '1D'
TTYPE109 = 'B06S04UNC' / Combined uncertainty in B06S04
TUNIT109 = '1/(cm^2 sr s keV)' / Flux Units
TFORM109 = '1D'
TTYPE110 = 'B06S05CPS' / B06S05Rate: Counts per Second
TUNIT110 = 'counts/s' / Counts per Second Units
TFORM110 = '1D'
TTYPE111 = 'B06S05FLUX' / Protons (640.00-1160.00) keV Sector: 5
TUNIT111 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC111 = 'Protons' / assumed particle species
TELO111 = 640.0 / Minimum channel energy keV
TELOU111 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI111 = 1160.0 / Maximum channel energy keV
TEHIU111 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF111 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU111 = 0.00119 / Uncertainty in the Geometry Factor
TEFF111 = 1.0 / Efficiency (geometric mean)
TEFFU111 = 1.0 / Relative error in efficiency
TFORM111 = '1D'
TTYPE112 = 'B06S05UNC' / Combined uncertainty in B06S05
TUNIT112 = '1/(cm^2 sr s keV)' / Flux Units
TFORM112 = '1D'
TTYPE113 = 'B09S00CPS' / B09S00Rate: Counts per Second
TUNIT113 = 'counts/s' / Counts per Second Units
TFORM113 = '1D'
TTYPE114 = 'B09S00FLUX' / Helium (40.00-240.00) keV Sector: 0
TUNIT114 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC114 = 'Helium' / assumed particle species
TELO114 = 40.0 / Minimum channel energy keV
TELOU114 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI114 = 240.0 / Maximum channel energy keV
TEHIU114 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF114 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU114 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF114 = 1.0 / Efficiency (geometric mean)
TEFFU114 = 1.0 / Relative error in efficiency
TFORM114 = '1D'
TTYPE115 = 'B09S00UNC' / Combined uncertainty in B09S00
TUNIT115 = '1/(cm^2 sr s keV)' / Flux Units
TFORM115 = '1D'
TTYPE116 = 'B09S01CPS' / B09S01Rate: Counts per Second
TUNIT116 = 'counts/s' / Counts per Second Units
TFORM116 = '1D'
TTYPE117 = 'B09S01FLUX' / Helium (40.00-240.00) keV Sector: 1
TUNIT117 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC117 = 'Helium' / assumed particle species
TELO117 = 40.0 / Minimum channel energy keV
TELOU117 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI117 = 240.0 / Maximum channel energy keV
TEHIU117 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF117 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU117 = 0.00283 / Uncertainty in the Geometry Factor
TEFF117 = 1.0 / Efficiency (geometric mean)
TEFFU117 = 1.0 / Relative error in efficiency
TFORM117 = '1D'
TTYPE118 = 'B09S01UNC' / Combined uncertainty in B09S01
TUNIT118 = '1/(cm^2 sr s keV)' / Flux Units
TFORM118 = '1D'
TTYPE119 = 'B09S02CPS' / B09S02Rate: Counts per Second
TUNIT119 = 'counts/s' / Counts per Second Units
TFORM119 = '1D'
TTYPE120 = 'B09S02FLUX' / Helium (40.00-240.00) keV Sector: 2
TUNIT120 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC120 = 'Helium' / assumed particle species
TELO120 = 40.0 / Minimum channel energy keV
TELOU120 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI120 = 240.0 / Maximum channel energy keV
TEHIU120 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF120 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU120 = 0.00125 / Uncertainty in the Geometry Factor
TEFF120 = 1.0 / Efficiency (geometric mean)
TEFFU120 = 1.0 / Relative error in efficiency
TFORM120 = '1D'
TTYPE121 = 'B09S02UNC' / Combined uncertainty in B09S02
TUNIT121 = '1/(cm^2 sr s keV)' / Flux Units
TFORM121 = '1D'
TTYPE122 = 'B09S03CPS' / B09S03Rate: Counts per Second
TUNIT122 = 'counts/s' / Counts per Second Units
TFORM122 = '1D'
TTYPE123 = 'B09S03FLUX' / Helium (40.00-240.00) keV Sector: 3
TUNIT123 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC123 = 'Helium' / assumed particle species
TELO123 = 40.0 / Minimum channel energy keV
TELOU123 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI123 = 240.0 / Maximum channel energy keV
TEHIU123 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF123 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU123 = 0.00283 / Uncertainty in the Geometry Factor
TEFF123 = 1.0 / Efficiency (geometric mean)
TEFFU123 = 1.0 / Relative error in efficiency
TFORM123 = '1D'
TTYPE124 = 'B09S03UNC' / Combined uncertainty in B09S03
TUNIT124 = '1/(cm^2 sr s keV)' / Flux Units
TFORM124 = '1D'
TTYPE125 = 'B09S04CPS' / B09S04Rate: Counts per Second
TUNIT125 = 'counts/s' / Counts per Second Units
TFORM125 = '1D'
TTYPE126 = 'B09S04FLUX' / Helium (40.00-240.00) keV Sector: 4
TUNIT126 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC126 = 'Helium' / assumed particle species
TELO126 = 40.0 / Minimum channel energy keV
TELOU126 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI126 = 240.0 / Maximum channel energy keV
TEHIU126 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF126 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU126 = 0.00283 / Uncertainty in the Geometry Factor
TEFF126 = 1.0 / Efficiency (geometric mean)
TEFFU126 = 1.0 / Relative error in efficiency
TFORM126 = '1D'
TTYPE127 = 'B09S04UNC' / Combined uncertainty in B09S04
TUNIT127 = '1/(cm^2 sr s keV)' / Flux Units
TFORM127 = '1D'
TTYPE128 = 'B09S05CPS' / B09S05Rate: Counts per Second
TUNIT128 = 'counts/s' / Counts per Second Units
TFORM128 = '1D'
TTYPE129 = 'B09S05FLUX' / Helium (40.00-240.00) keV Sector: 5
TUNIT129 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC129 = 'Helium' / assumed particle species
TELO129 = 40.0 / Minimum channel energy keV
TELOU129 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI129 = 240.0 / Maximum channel energy keV
TEHIU129 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF129 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU129 = 0.00119 / Uncertainty in the Geometry Factor
TEFF129 = 1.0 / Efficiency (geometric mean)
TEFFU129 = 1.0 / Relative error in efficiency
TFORM129 = '1D'
TTYPE130 = 'B09S05UNC' / Combined uncertainty in B09S05
TUNIT130 = '1/(cm^2 sr s keV)' / Flux Units
TFORM130 = '1D'
TTYPE131 = 'B10S00CPS' / B10S00Rate: Counts per Second
TUNIT131 = 'counts/s' / Counts per Second Units
TFORM131 = '1D'
TTYPE132 = 'B10S00FLUX' / Helium (240.00-1200.00) keV Sector: 0
TUNIT132 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC132 = 'Helium' / assumed particle species
TELO132 = 240.0 / Minimum channel energy keV
TELOU132 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI132 = 1200.0 / Maximum channel energy keV
TEHIU132 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF132 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU132 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF132 = 1.0 / Efficiency (geometric mean)
TEFFU132 = 1.0 / Relative error in efficiency
TFORM132 = '1D'
TTYPE133 = 'B10S00UNC' / Combined uncertainty in B10S00
TUNIT133 = '1/(cm^2 sr s keV)' / Flux Units
TFORM133 = '1D'
TTYPE134 = 'B10S01CPS' / B10S01Rate: Counts per Second
TUNIT134 = 'counts/s' / Counts per Second Units
TFORM134 = '1D'
TTYPE135 = 'B10S01FLUX' / Helium (240.00-1200.00) keV Sector: 1
TUNIT135 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC135 = 'Helium' / assumed particle species
TELO135 = 240.0 / Minimum channel energy keV
TELOU135 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI135 = 1200.0 / Maximum channel energy keV
TEHIU135 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF135 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU135 = 0.00283 / Uncertainty in the Geometry Factor
TEFF135 = 1.0 / Efficiency (geometric mean)
TEFFU135 = 1.0 / Relative error in efficiency
TFORM135 = '1D'
TTYPE136 = 'B10S01UNC' / Combined uncertainty in B10S01
TUNIT136 = '1/(cm^2 sr s keV)' / Flux Units
TFORM136 = '1D'
TTYPE137 = 'B10S02CPS' / B10S02Rate: Counts per Second
TUNIT137 = 'counts/s' / Counts per Second Units
TFORM137 = '1D'
TTYPE138 = 'B10S02FLUX' / Helium (240.00-1200.00) keV Sector: 2
TUNIT138 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC138 = 'Helium' / assumed particle species
TELO138 = 240.0 / Minimum channel energy keV
TELOU138 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI138 = 1200.0 / Maximum channel energy keV
TEHIU138 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF138 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU138 = 0.00125 / Uncertainty in the Geometry Factor
TEFF138 = 1.0 / Efficiency (geometric mean)
TEFFU138 = 1.0 / Relative error in efficiency
TFORM138 = '1D'
TTYPE139 = 'B10S02UNC' / Combined uncertainty in B10S02
TUNIT139 = '1/(cm^2 sr s keV)' / Flux Units
TFORM139 = '1D'
TTYPE140 = 'B10S03CPS' / B10S03Rate: Counts per Second
TUNIT140 = 'counts/s' / Counts per Second Units
TFORM140 = '1D'
TTYPE141 = 'B10S03FLUX' / Helium (240.00-1200.00) keV Sector: 3
TUNIT141 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC141 = 'Helium' / assumed particle species
TELO141 = 240.0 / Minimum channel energy keV
TELOU141 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI141 = 1200.0 / Maximum channel energy keV
TEHIU141 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF141 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU141 = 0.00283 / Uncertainty in the Geometry Factor
TEFF141 = 1.0 / Efficiency (geometric mean)
TEFFU141 = 1.0 / Relative error in efficiency
TFORM141 = '1D'
TTYPE142 = 'B10S03UNC' / Combined uncertainty in B10S03
TUNIT142 = '1/(cm^2 sr s keV)' / Flux Units
TFORM142 = '1D'
TTYPE143 = 'B10S04CPS' / B10S04Rate: Counts per Second
TUNIT143 = 'counts/s' / Counts per Second Units
TFORM143 = '1D'
TTYPE144 = 'B10S04FLUX' / Helium (240.00-1200.00) keV Sector: 4
TUNIT144 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC144 = 'Helium' / assumed particle species
TELO144 = 240.0 / Minimum channel energy keV
TELOU144 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI144 = 1200.0 / Maximum channel energy keV
TEHIU144 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF144 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU144 = 0.00283 / Uncertainty in the Geometry Factor
TEFF144 = 1.0 / Efficiency (geometric mean)
TEFFU144 = 1.0 / Relative error in efficiency
TFORM144 = '1D'
TTYPE145 = 'B10S04UNC' / Combined uncertainty in B10S04
TUNIT145 = '1/(cm^2 sr s keV)' / Flux Units
TFORM145 = '1D'
TTYPE146 = 'B10S05CPS' / B10S05Rate: Counts per Second
TUNIT146 = 'counts/s' / Counts per Second Units
TFORM146 = '1D'
TTYPE147 = 'B10S05FLUX' / Helium (240.00-1200.00) keV Sector: 5
TUNIT147 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC147 = 'Helium' / assumed particle species
TELO147 = 240.0 / Minimum channel energy keV
TELOU147 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI147 = 1200.0 / Maximum channel energy keV
TEHIU147 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF147 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU147 = 0.00119 / Uncertainty in the Geometry Factor
TEFF147 = 1.0 / Efficiency (geometric mean)
TEFFU147 = 1.0 / Relative error in efficiency
TFORM147 = '1D'
TTYPE148 = 'B10S05UNC' / Combined uncertainty in B10S05
TUNIT148 = '1/(cm^2 sr s keV)' / Flux Units
TFORM148 = '1D'
TTYPE149 = 'B11S00CPS' / B11S00Rate: Counts per Second
TUNIT149 = 'counts/s' / Counts per Second Units
TFORM149 = '1D'
TTYPE150 = 'B11S00FLUX' / Oxygen (90.00-190.00) keV Sector: 0
TUNIT150 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC150 = 'Oxygen' / assumed particle species
TELO150 = 90.0 / Minimum channel energy keV
TELOU150 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI150 = 190.0 / Maximum channel energy keV
TEHIU150 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF150 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU150 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF150 = 1.0 / Efficiency (geometric mean)
TEFFU150 = 1.0 / Relative error in efficiency
TFORM150 = '1D'
TTYPE151 = 'B11S00UNC' / Combined uncertainty in B11S00
TUNIT151 = '1/(cm^2 sr s keV)' / Flux Units
TFORM151 = '1D'
TTYPE152 = 'B11S01CPS' / B11S01Rate: Counts per Second
TUNIT152 = 'counts/s' / Counts per Second Units
TFORM152 = '1D'
TTYPE153 = 'B11S01FLUX' / Oxygen (90.00-190.00) keV Sector: 1
TUNIT153 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC153 = 'Oxygen' / assumed particle species
TELO153 = 90.0 / Minimum channel energy keV
TELOU153 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI153 = 190.0 / Maximum channel energy keV
TEHIU153 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF153 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU153 = 0.00283 / Uncertainty in the Geometry Factor
TEFF153 = 1.0 / Efficiency (geometric mean)
TEFFU153 = 1.0 / Relative error in efficiency
TFORM153 = '1D'
TTYPE154 = 'B11S01UNC' / Combined uncertainty in B11S01
TUNIT154 = '1/(cm^2 sr s keV)' / Flux Units
TFORM154 = '1D'
TTYPE155 = 'B11S02CPS' / B11S02Rate: Counts per Second
TUNIT155 = 'counts/s' / Counts per Second Units
TFORM155 = '1D'
TTYPE156 = 'B11S02FLUX' / Oxygen (90.00-190.00) keV Sector: 2
TUNIT156 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC156 = 'Oxygen' / assumed particle species
TELO156 = 90.0 / Minimum channel energy keV
TELOU156 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI156 = 190.0 / Maximum channel energy keV
TEHIU156 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF156 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU156 = 0.00125 / Uncertainty in the Geometry Factor
TEFF156 = 1.0 / Efficiency (geometric mean)
TEFFU156 = 1.0 / Relative error in efficiency
TFORM156 = '1D'
TTYPE157 = 'B11S02UNC' / Combined uncertainty in B11S02
TUNIT157 = '1/(cm^2 sr s keV)' / Flux Units
TFORM157 = '1D'
TTYPE158 = 'B11S03CPS' / B11S03Rate: Counts per Second
TUNIT158 = 'counts/s' / Counts per Second Units
TFORM158 = '1D'
TTYPE159 = 'B11S03FLUX' / Oxygen (90.00-190.00) keV Sector: 3
TUNIT159 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC159 = 'Oxygen' / assumed particle species
TELO159 = 90.0 / Minimum channel energy keV
TELOU159 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI159 = 190.0 / Maximum channel energy keV
TEHIU159 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF159 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU159 = 0.00283 / Uncertainty in the Geometry Factor
TEFF159 = 1.0 / Efficiency (geometric mean)
TEFFU159 = 1.0 / Relative error in efficiency
TFORM159 = '1D'
TTYPE160 = 'B11S03UNC' / Combined uncertainty in B11S03
TUNIT160 = '1/(cm^2 sr s keV)' / Flux Units
TFORM160 = '1D'
TTYPE161 = 'B11S04CPS' / B11S04Rate: Counts per Second
TUNIT161 = 'counts/s' / Counts per Second Units
TFORM161 = '1D'
TTYPE162 = 'B11S04FLUX' / Oxygen (90.00-190.00) keV Sector: 4
TUNIT162 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC162 = 'Oxygen' / assumed particle species
TELO162 = 90.0 / Minimum channel energy keV
TELOU162 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI162 = 190.0 / Maximum channel energy keV
TEHIU162 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF162 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU162 = 0.00283 / Uncertainty in the Geometry Factor
TEFF162 = 1.0 / Efficiency (geometric mean)
TEFFU162 = 1.0 / Relative error in efficiency
TFORM162 = '1D'
TTYPE163 = 'B11S04UNC' / Combined uncertainty in B11S04
TUNIT163 = '1/(cm^2 sr s keV)' / Flux Units
TFORM163 = '1D'
TTYPE164 = 'B11S05CPS' / B11S05Rate: Counts per Second
TUNIT164 = 'counts/s' / Counts per Second Units
TFORM164 = '1D'
TTYPE165 = 'B11S05FLUX' / Oxygen (90.00-190.00) keV Sector: 5
TUNIT165 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC165 = 'Oxygen' / assumed particle species
TELO165 = 90.0 / Minimum channel energy keV
TELOU165 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI165 = 190.0 / Maximum channel energy keV
TEHIU165 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF165 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU165 = 0.00119 / Uncertainty in the Geometry Factor
TEFF165 = 1.0 / Efficiency (geometric mean)
TEFFU165 = 1.0 / Relative error in efficiency
TFORM165 = '1D'
TTYPE166 = 'B11S05UNC' / Combined uncertainty in B11S05
TUNIT166 = '1/(cm^2 sr s keV)' / Flux Units
TFORM166 = '1D'
TTYPE167 = 'B12S00CPS' / B12S00Rate: Counts per Second
TUNIT167 = 'counts/s' / Counts per Second Units
TFORM167 = '1D'
TTYPE168 = 'B12S00FLUX' / Oxygen (190.00-510.00) keV Sector: 0
TUNIT168 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC168 = 'Oxygen' / assumed particle species
TELO168 = 190.0 / Minimum channel energy keV
TELOU168 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI168 = 510.0 / Maximum channel energy keV
TEHIU168 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF168 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU168 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF168 = 1.0 / Efficiency (geometric mean)
TEFFU168 = 1.0 / Relative error in efficiency
TFORM168 = '1D'
TTYPE169 = 'B12S00UNC' / Combined uncertainty in B12S00
TUNIT169 = '1/(cm^2 sr s keV)' / Flux Units
TFORM169 = '1D'
TTYPE170 = 'B12S01CPS' / B12S01Rate: Counts per Second
TUNIT170 = 'counts/s' / Counts per Second Units
TFORM170 = '1D'
TTYPE171 = 'B12S01FLUX' / Oxygen (190.00-510.00) keV Sector: 1
TUNIT171 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC171 = 'Oxygen' / assumed particle species
TELO171 = 190.0 / Minimum channel energy keV
TELOU171 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI171 = 510.0 / Maximum channel energy keV
TEHIU171 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF171 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU171 = 0.00283 / Uncertainty in the Geometry Factor
TEFF171 = 1.0 / Efficiency (geometric mean)
TEFFU171 = 1.0 / Relative error in efficiency
TFORM171 = '1D'
TTYPE172 = 'B12S01UNC' / Combined uncertainty in B12S01
TUNIT172 = '1/(cm^2 sr s keV)' / Flux Units
TFORM172 = '1D'
TTYPE173 = 'B12S02CPS' / B12S02Rate: Counts per Second
TUNIT173 = 'counts/s' / Counts per Second Units
TFORM173 = '1D'
TTYPE174 = 'B12S02FLUX' / Oxygen (190.00-510.00) keV Sector: 2
TUNIT174 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC174 = 'Oxygen' / assumed particle species
TELO174 = 190.0 / Minimum channel energy keV
TELOU174 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI174 = 510.0 / Maximum channel energy keV
TEHIU174 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF174 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU174 = 0.00125 / Uncertainty in the Geometry Factor
TEFF174 = 1.0 / Efficiency (geometric mean)
TEFFU174 = 1.0 / Relative error in efficiency
TFORM174 = '1D'
TTYPE175 = 'B12S02UNC' / Combined uncertainty in B12S02
TUNIT175 = '1/(cm^2 sr s keV)' / Flux Units
TFORM175 = '1D'
TTYPE176 = 'B12S03CPS' / B12S03Rate: Counts per Second
TUNIT176 = 'counts/s' / Counts per Second Units
TFORM176 = '1D'
TTYPE177 = 'B12S03FLUX' / Oxygen (190.00-510.00) keV Sector: 3
TUNIT177 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC177 = 'Oxygen' / assumed particle species
TELO177 = 190.0 / Minimum channel energy keV
TELOU177 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI177 = 510.0 / Maximum channel energy keV
TEHIU177 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF177 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU177 = 0.00283 / Uncertainty in the Geometry Factor
TEFF177 = 1.0 / Efficiency (geometric mean)
TEFFU177 = 1.0 / Relative error in efficiency
TFORM177 = '1D'
TTYPE178 = 'B12S03UNC' / Combined uncertainty in B12S03
TUNIT178 = '1/(cm^2 sr s keV)' / Flux Units
TFORM178 = '1D'
TTYPE179 = 'B12S04CPS' / B12S04Rate: Counts per Second
TUNIT179 = 'counts/s' / Counts per Second Units
TFORM179 = '1D'
TTYPE180 = 'B12S04FLUX' / Oxygen (190.00-510.00) keV Sector: 4
TUNIT180 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC180 = 'Oxygen' / assumed particle species
TELO180 = 190.0 / Minimum channel energy keV
TELOU180 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI180 = 510.0 / Maximum channel energy keV
TEHIU180 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF180 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU180 = 0.00283 / Uncertainty in the Geometry Factor
TEFF180 = 1.0 / Efficiency (geometric mean)
TEFFU180 = 1.0 / Relative error in efficiency
TFORM180 = '1D'
TTYPE181 = 'B12S04UNC' / Combined uncertainty in B12S04
TUNIT181 = '1/(cm^2 sr s keV)' / Flux Units
TFORM181 = '1D'
TTYPE182 = 'B12S05CPS' / B12S05Rate: Counts per Second
TUNIT182 = 'counts/s' / Counts per Second Units
TFORM182 = '1D'
TTYPE183 = 'B12S05FLUX' / Oxygen (190.00-510.00) keV Sector: 5
TUNIT183 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC183 = 'Oxygen' / assumed particle species
TELO183 = 190.0 / Minimum channel energy keV
TELOU183 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI183 = 510.0 / Maximum channel energy keV
TEHIU183 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF183 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU183 = 0.00119 / Uncertainty in the Geometry Factor
TEFF183 = 1.0 / Efficiency (geometric mean)
TEFFU183 = 1.0 / Relative error in efficiency
TFORM183 = '1D'
TTYPE184 = 'B12S05UNC' / Combined uncertainty in B12S05
TUNIT184 = '1/(cm^2 sr s keV)' / Flux Units
TFORM184 = '1D'
TTYPE185 = 'B13S00CPS' / B13S00Rate: Counts per Second
TUNIT185 = 'counts/s' / Counts per Second Units
TFORM185 = '1D'
TTYPE186 = 'B13S00FLUX' / Oxygen (510.00-1400.00) keV Sector: 0
TUNIT186 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC186 = 'Oxygen' / assumed particle species
TELO186 = 510.0 / Minimum channel energy keV
TELOU186 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI186 = 1400.0 / Maximum channel energy keV
TEHIU186 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF186 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU186 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF186 = 1.0 / Efficiency (geometric mean)
TEFFU186 = 1.0 / Relative error in efficiency
TFORM186 = '1D'
TTYPE187 = 'B13S00UNC' / Combined uncertainty in B13S00
TUNIT187 = '1/(cm^2 sr s keV)' / Flux Units
TFORM187 = '1D'
TTYPE188 = 'B13S01CPS' / B13S01Rate: Counts per Second
TUNIT188 = 'counts/s' / Counts per Second Units
TFORM188 = '1D'
TTYPE189 = 'B13S01FLUX' / Oxygen (510.00-1400.00) keV Sector: 1
TUNIT189 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC189 = 'Oxygen' / assumed particle species
TELO189 = 510.0 / Minimum channel energy keV
TELOU189 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI189 = 1400.0 / Maximum channel energy keV
TEHIU189 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF189 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU189 = 0.00283 / Uncertainty in the Geometry Factor
TEFF189 = 1.0 / Efficiency (geometric mean)
TEFFU189 = 1.0 / Relative error in efficiency
TFORM189 = '1D'
TTYPE190 = 'B13S01UNC' / Combined uncertainty in B13S01
TUNIT190 = '1/(cm^2 sr s keV)' / Flux Units
TFORM190 = '1D'
TTYPE191 = 'B13S02CPS' / B13S02Rate: Counts per Second
TUNIT191 = 'counts/s' / Counts per Second Units
TFORM191 = '1D'
TTYPE192 = 'B13S02FLUX' / Oxygen (510.00-1400.00) keV Sector: 2
TUNIT192 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC192 = 'Oxygen' / assumed particle species
TELO192 = 510.0 / Minimum channel energy keV
TELOU192 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI192 = 1400.0 / Maximum channel energy keV
TEHIU192 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF192 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU192 = 0.00125 / Uncertainty in the Geometry Factor
TEFF192 = 1.0 / Efficiency (geometric mean)
TEFFU192 = 1.0 / Relative error in efficiency
TFORM192 = '1D'
TTYPE193 = 'B13S02UNC' / Combined uncertainty in B13S02
TUNIT193 = '1/(cm^2 sr s keV)' / Flux Units
TFORM193 = '1D'
TTYPE194 = 'B13S03CPS' / B13S03Rate: Counts per Second
TUNIT194 = 'counts/s' / Counts per Second Units
TFORM194 = '1D'
TTYPE195 = 'B13S03FLUX' / Oxygen (510.00-1400.00) keV Sector: 3
TUNIT195 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC195 = 'Oxygen' / assumed particle species
TELO195 = 510.0 / Minimum channel energy keV
TELOU195 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI195 = 1400.0 / Maximum channel energy keV
TEHIU195 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF195 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU195 = 0.00283 / Uncertainty in the Geometry Factor
TEFF195 = 1.0 / Efficiency (geometric mean)
TEFFU195 = 1.0 / Relative error in efficiency
TFORM195 = '1D'
TTYPE196 = 'B13S03UNC' / Combined uncertainty in B13S03
TUNIT196 = '1/(cm^2 sr s keV)' / Flux Units
TFORM196 = '1D'
TTYPE197 = 'B13S04CPS' / B13S04Rate: Counts per Second
TUNIT197 = 'counts/s' / Counts per Second Units
TFORM197 = '1D'
TTYPE198 = 'B13S04FLUX' / Oxygen (510.00-1400.00) keV Sector: 4
TUNIT198 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC198 = 'Oxygen' / assumed particle species
TELO198 = 510.0 / Minimum channel energy keV
TELOU198 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI198 = 1400.0 / Maximum channel energy keV
TEHIU198 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF198 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU198 = 0.00283 / Uncertainty in the Geometry Factor
TEFF198 = 1.0 / Efficiency (geometric mean)
TEFFU198 = 1.0 / Relative error in efficiency
TFORM198 = '1D'
TTYPE199 = 'B13S04UNC' / Combined uncertainty in B13S04
TUNIT199 = '1/(cm^2 sr s keV)' / Flux Units
TFORM199 = '1D'
TTYPE200 = 'B13S05CPS' / B13S05Rate: Counts per Second
TUNIT200 = 'counts/s' / Counts per Second Units
TFORM200 = '1D'
TTYPE201 = 'B13S05FLUX' / Oxygen (510.00-1400.00) keV Sector: 5
TUNIT201 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC201 = 'Oxygen' / assumed particle species
TELO201 = 510.0 / Minimum channel energy keV
TELOU201 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI201 = 1400.0 / Maximum channel energy keV
TEHIU201 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF201 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU201 = 0.00119 / Uncertainty in the Geometry Factor
TEFF201 = 1.0 / Efficiency (geometric mean)
TEFFU201 = 1.0 / Relative error in efficiency
TFORM201 = '1D'
TTYPE202 = 'B13S05UNC' / Combined uncertainty in B13S05
TUNIT202 = '1/(cm^2 sr s keV)' / Flux Units
TFORM202 = '1D'
TTYPE203 = 'B14S00CPS' / B14S00Rate: Counts per Second
TUNIT203 = 'counts/s' / Counts per Second Units
TFORM203 = '1D'
TTYPE204 = 'B14S00FLUX' / Sulfur (150.00-290.00) keV Sector: 0
TUNIT204 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC204 = 'Sulfur' / assumed particle species
TELO204 = 150.0 / Minimum channel energy keV
TELOU204 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI204 = 290.0 / Maximum channel energy keV
TEHIU204 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF204 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU204 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF204 = 1.0 / Efficiency (geometric mean)
TEFFU204 = 1.0 / Relative error in efficiency
TFORM204 = '1D'
TTYPE205 = 'B14S00UNC' / Combined uncertainty in B14S00
TUNIT205 = '1/(cm^2 sr s keV)' / Flux Units
TFORM205 = '1D'
TTYPE206 = 'B14S01CPS' / B14S01Rate: Counts per Second
TUNIT206 = 'counts/s' / Counts per Second Units
TFORM206 = '1D'
TTYPE207 = 'B14S01FLUX' / Sulfur (150.00-290.00) keV Sector: 1
TUNIT207 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC207 = 'Sulfur' / assumed particle species
TELO207 = 150.0 / Minimum channel energy keV
TELOU207 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI207 = 290.0 / Maximum channel energy keV
TEHIU207 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF207 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU207 = 0.00283 / Uncertainty in the Geometry Factor
TEFF207 = 1.0 / Efficiency (geometric mean)
TEFFU207 = 1.0 / Relative error in efficiency
TFORM207 = '1D'
TTYPE208 = 'B14S01UNC' / Combined uncertainty in B14S01
TUNIT208 = '1/(cm^2 sr s keV)' / Flux Units
TFORM208 = '1D'
TTYPE209 = 'B14S02CPS' / B14S02Rate: Counts per Second
TUNIT209 = 'counts/s' / Counts per Second Units
TFORM209 = '1D'
TTYPE210 = 'B14S02FLUX' / Sulfur (150.00-290.00) keV Sector: 2
TUNIT210 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC210 = 'Sulfur' / assumed particle species
TELO210 = 150.0 / Minimum channel energy keV
TELOU210 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI210 = 290.0 / Maximum channel energy keV
TEHIU210 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF210 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU210 = 0.00125 / Uncertainty in the Geometry Factor
TEFF210 = 1.0 / Efficiency (geometric mean)
TEFFU210 = 1.0 / Relative error in efficiency
TFORM210 = '1D'
TTYPE211 = 'B14S02UNC' / Combined uncertainty in B14S02
TUNIT211 = '1/(cm^2 sr s keV)' / Flux Units
TFORM211 = '1D'
TTYPE212 = 'B14S03CPS' / B14S03Rate: Counts per Second
TUNIT212 = 'counts/s' / Counts per Second Units
TFORM212 = '1D'
TTYPE213 = 'B14S03FLUX' / Sulfur (150.00-290.00) keV Sector: 3
TUNIT213 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC213 = 'Sulfur' / assumed particle species
TELO213 = 150.0 / Minimum channel energy keV
TELOU213 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI213 = 290.0 / Maximum channel energy keV
TEHIU213 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF213 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU213 = 0.00283 / Uncertainty in the Geometry Factor
TEFF213 = 1.0 / Efficiency (geometric mean)
TEFFU213 = 1.0 / Relative error in efficiency
TFORM213 = '1D'
TTYPE214 = 'B14S03UNC' / Combined uncertainty in B14S03
TUNIT214 = '1/(cm^2 sr s keV)' / Flux Units
TFORM214 = '1D'
TTYPE215 = 'B14S04CPS' / B14S04Rate: Counts per Second
TUNIT215 = 'counts/s' / Counts per Second Units
TFORM215 = '1D'
TTYPE216 = 'B14S04FLUX' / Sulfur (150.00-290.00) keV Sector: 4
TUNIT216 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC216 = 'Sulfur' / assumed particle species
TELO216 = 150.0 / Minimum channel energy keV
TELOU216 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI216 = 290.0 / Maximum channel energy keV
TEHIU216 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF216 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU216 = 0.00283 / Uncertainty in the Geometry Factor
TEFF216 = 1.0 / Efficiency (geometric mean)
TEFFU216 = 1.0 / Relative error in efficiency
TFORM216 = '1D'
TTYPE217 = 'B14S04UNC' / Combined uncertainty in B14S04
TUNIT217 = '1/(cm^2 sr s keV)' / Flux Units
TFORM217 = '1D'
TTYPE218 = 'B14S05CPS' / B14S05Rate: Counts per Second
TUNIT218 = 'counts/s' / Counts per Second Units
TFORM218 = '1D'
TTYPE219 = 'B14S05FLUX' / Sulfur (150.00-290.00) keV Sector: 5
TUNIT219 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC219 = 'Sulfur' / assumed particle species
TELO219 = 150.0 / Minimum channel energy keV
TELOU219 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI219 = 290.0 / Maximum channel energy keV
TEHIU219 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF219 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU219 = 0.00119 / Uncertainty in the Geometry Factor
TEFF219 = 1.0 / Efficiency (geometric mean)
TEFFU219 = 1.0 / Relative error in efficiency
TFORM219 = '1D'
TTYPE220 = 'B14S05UNC' / Combined uncertainty in B14S05
TUNIT220 = '1/(cm^2 sr s keV)' / Flux Units
TFORM220 = '1D'
TTYPE221 = 'B15S00CPS' / B15S00Rate: Counts per Second
TUNIT221 = 'counts/s' / Counts per Second Units
TFORM221 = '1D'
TTYPE222 = 'B15S00FLUX' / Sulfur (290.00-660.00) keV Sector: 0
TUNIT222 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC222 = 'Sulfur' / assumed particle species
TELO222 = 290.0 / Minimum channel energy keV
TELOU222 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI222 = 660.0 / Maximum channel energy keV
TEHIU222 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF222 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU222 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF222 = 1.0 / Efficiency (geometric mean)
TEFFU222 = 1.0 / Relative error in efficiency
TFORM222 = '1D'
TTYPE223 = 'B15S00UNC' / Combined uncertainty in B15S00
TUNIT223 = '1/(cm^2 sr s keV)' / Flux Units
TFORM223 = '1D'
TTYPE224 = 'B15S01CPS' / B15S01Rate: Counts per Second
TUNIT224 = 'counts/s' / Counts per Second Units
TFORM224 = '1D'
TTYPE225 = 'B15S01FLUX' / Sulfur (290.00-660.00) keV Sector: 1
TUNIT225 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC225 = 'Sulfur' / assumed particle species
TELO225 = 290.0 / Minimum channel energy keV
TELOU225 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI225 = 660.0 / Maximum channel energy keV
TEHIU225 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF225 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU225 = 0.00283 / Uncertainty in the Geometry Factor
TEFF225 = 1.0 / Efficiency (geometric mean)
TEFFU225 = 1.0 / Relative error in efficiency
TFORM225 = '1D'
TTYPE226 = 'B15S01UNC' / Combined uncertainty in B15S01
TUNIT226 = '1/(cm^2 sr s keV)' / Flux Units
TFORM226 = '1D'
TTYPE227 = 'B15S02CPS' / B15S02Rate: Counts per Second
TUNIT227 = 'counts/s' / Counts per Second Units
TFORM227 = '1D'
TTYPE228 = 'B15S02FLUX' / Sulfur (290.00-660.00) keV Sector: 2
TUNIT228 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC228 = 'Sulfur' / assumed particle species
TELO228 = 290.0 / Minimum channel energy keV
TELOU228 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI228 = 660.0 / Maximum channel energy keV
TEHIU228 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF228 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU228 = 0.00125 / Uncertainty in the Geometry Factor
TEFF228 = 1.0 / Efficiency (geometric mean)
TEFFU228 = 1.0 / Relative error in efficiency
TFORM228 = '1D'
TTYPE229 = 'B15S02UNC' / Combined uncertainty in B15S02
TUNIT229 = '1/(cm^2 sr s keV)' / Flux Units
TFORM229 = '1D'
TTYPE230 = 'B15S03CPS' / B15S03Rate: Counts per Second
TUNIT230 = 'counts/s' / Counts per Second Units
TFORM230 = '1D'
TTYPE231 = 'B15S03FLUX' / Sulfur (290.00-660.00) keV Sector: 3
TUNIT231 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC231 = 'Sulfur' / assumed particle species
TELO231 = 290.0 / Minimum channel energy keV
TELOU231 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI231 = 660.0 / Maximum channel energy keV
TEHIU231 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF231 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU231 = 0.00283 / Uncertainty in the Geometry Factor
TEFF231 = 1.0 / Efficiency (geometric mean)
TEFFU231 = 1.0 / Relative error in efficiency
TFORM231 = '1D'
TTYPE232 = 'B15S03UNC' / Combined uncertainty in B15S03
TUNIT232 = '1/(cm^2 sr s keV)' / Flux Units
TFORM232 = '1D'
TTYPE233 = 'B15S04CPS' / B15S04Rate: Counts per Second
TUNIT233 = 'counts/s' / Counts per Second Units
TFORM233 = '1D'
TTYPE234 = 'B15S04FLUX' / Sulfur (290.00-660.00) keV Sector: 4
TUNIT234 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC234 = 'Sulfur' / assumed particle species
TELO234 = 290.0 / Minimum channel energy keV
TELOU234 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI234 = 660.0 / Maximum channel energy keV
TEHIU234 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF234 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU234 = 0.00283 / Uncertainty in the Geometry Factor
TEFF234 = 1.0 / Efficiency (geometric mean)
TEFFU234 = 1.0 / Relative error in efficiency
TFORM234 = '1D'
TTYPE235 = 'B15S04UNC' / Combined uncertainty in B15S04
TUNIT235 = '1/(cm^2 sr s keV)' / Flux Units
TFORM235 = '1D'
TTYPE236 = 'B15S05CPS' / B15S05Rate: Counts per Second
TUNIT236 = 'counts/s' / Counts per Second Units
TFORM236 = '1D'
TTYPE237 = 'B15S05FLUX' / Sulfur (290.00-660.00) keV Sector: 5
TUNIT237 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC237 = 'Sulfur' / assumed particle species
TELO237 = 290.0 / Minimum channel energy keV
TELOU237 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI237 = 660.0 / Maximum channel energy keV
TEHIU237 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF237 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU237 = 0.00119 / Uncertainty in the Geometry Factor
TEFF237 = 1.0 / Efficiency (geometric mean)
TEFFU237 = 1.0 / Relative error in efficiency
TFORM237 = '1D'
TTYPE238 = 'B15S05UNC' / Combined uncertainty in B15S05
TUNIT238 = '1/(cm^2 sr s keV)' / Flux Units
TFORM238 = '1D'
TTYPE239 = 'B16S00CPS' / B16S00Rate: Counts per Second
TUNIT239 = 'counts/s' / Counts per Second Units
TFORM239 = '1D'
TTYPE240 = 'B16S00FLUX' / Sulfur (660.00-1630.00) keV Sector: 0
TUNIT240 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC240 = 'Sulfur' / assumed particle species
TELO240 = 660.0 / Minimum channel energy keV
TELOU240 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI240 = 1630.0 / Maximum channel energy keV
TEHIU240 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF240 = 0.0088 / Geometry Factor (cm^2 sr)
TGFU240 = 8.8E-4 / Uncertainty in the Geometry Factor
TEFF240 = 1.0 / Efficiency (geometric mean)
TEFFU240 = 1.0 / Relative error in efficiency
TFORM240 = '1D'
TTYPE241 = 'B16S00UNC' / Combined uncertainty in B16S00
TUNIT241 = '1/(cm^2 sr s keV)' / Flux Units
TFORM241 = '1D'
TTYPE242 = 'B16S01CPS' / B16S01Rate: Counts per Second
TUNIT242 = 'counts/s' / Counts per Second Units
TFORM242 = '1D'
TTYPE243 = 'B16S01FLUX' / Sulfur (660.00-1630.00) keV Sector: 1
TUNIT243 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC243 = 'Sulfur' / assumed particle species
TELO243 = 660.0 / Minimum channel energy keV
TELOU243 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI243 = 1630.0 / Maximum channel energy keV
TEHIU243 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF243 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU243 = 0.00283 / Uncertainty in the Geometry Factor
TEFF243 = 1.0 / Efficiency (geometric mean)
TEFFU243 = 1.0 / Relative error in efficiency
TFORM243 = '1D'
TTYPE244 = 'B16S01UNC' / Combined uncertainty in B16S01
TUNIT244 = '1/(cm^2 sr s keV)' / Flux Units
TFORM244 = '1D'
TTYPE245 = 'B16S02CPS' / B16S02Rate: Counts per Second
TUNIT245 = 'counts/s' / Counts per Second Units
TFORM245 = '1D'
TTYPE246 = 'B16S02FLUX' / Sulfur (660.00-1630.00) keV Sector: 2
TUNIT246 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC246 = 'Sulfur' / assumed particle species
TELO246 = 660.0 / Minimum channel energy keV
TELOU246 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI246 = 1630.0 / Maximum channel energy keV
TEHIU246 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF246 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU246 = 0.00125 / Uncertainty in the Geometry Factor
TEFF246 = 1.0 / Efficiency (geometric mean)
TEFFU246 = 1.0 / Relative error in efficiency
TFORM246 = '1D'
TTYPE247 = 'B16S02UNC' / Combined uncertainty in B16S02
TUNIT247 = '1/(cm^2 sr s keV)' / Flux Units
TFORM247 = '1D'
TTYPE248 = 'B16S03CPS' / B16S03Rate: Counts per Second
TUNIT248 = 'counts/s' / Counts per Second Units
TFORM248 = '1D'
TTYPE249 = 'B16S03FLUX' / Sulfur (660.00-1630.00) keV Sector: 3
TUNIT249 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC249 = 'Sulfur' / assumed particle species
TELO249 = 660.0 / Minimum channel energy keV
TELOU249 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI249 = 1630.0 / Maximum channel energy keV
TEHIU249 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF249 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU249 = 0.00283 / Uncertainty in the Geometry Factor
TEFF249 = 1.0 / Efficiency (geometric mean)
TEFFU249 = 1.0 / Relative error in efficiency
TFORM249 = '1D'
TTYPE250 = 'B16S03UNC' / Combined uncertainty in B16S03
TUNIT250 = '1/(cm^2 sr s keV)' / Flux Units
TFORM250 = '1D'
TTYPE251 = 'B16S04CPS' / B16S04Rate: Counts per Second
TUNIT251 = 'counts/s' / Counts per Second Units
TFORM251 = '1D'
TTYPE252 = 'B16S04FLUX' / Sulfur (660.00-1630.00) keV Sector: 4
TUNIT252 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC252 = 'Sulfur' / assumed particle species
TELO252 = 660.0 / Minimum channel energy keV
TELOU252 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI252 = 1630.0 / Maximum channel energy keV
TEHIU252 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF252 = 0.0283 / Geometry Factor (cm^2 sr)
TGFU252 = 0.00283 / Uncertainty in the Geometry Factor
TEFF252 = 1.0 / Efficiency (geometric mean)
TEFFU252 = 1.0 / Relative error in efficiency
TFORM252 = '1D'
TTYPE253 = 'B16S04UNC' / Combined uncertainty in B16S04
TUNIT253 = '1/(cm^2 sr s keV)' / Flux Units
TFORM253 = '1D'
TTYPE254 = 'B16S05CPS' / B16S05Rate: Counts per Second
TUNIT254 = 'counts/s' / Counts per Second Units
TFORM254 = '1D'
TTYPE255 = 'B16S05FLUX' / Sulfur (660.00-1630.00) keV Sector: 5
TUNIT255 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC255 = 'Sulfur' / assumed particle species
TELO255 = 660.0 / Minimum channel energy keV
TELOU255 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI255 = 1630.0 / Maximum channel energy keV
TEHIU255 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF255 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU255 = 0.00119 / Uncertainty in the Geometry Factor
TEFF255 = 1.0 / Efficiency (geometric mean)
TEFFU255 = 1.0 / Relative error in efficiency
TFORM255 = '1D'
TTYPE256 = 'B16S05UNC' / Combined uncertainty in B16S05
TUNIT256 = '1/(cm^2 sr s keV)' / Flux Units
TFORM256 = '1D'
TTYPE257 = 'R00S00CPS' / R00S00Rate: Counts per Second
TUNIT257 = 'counts/s' / Counts per Second Units
TFORM257 = '1D'
TTYPE258 = 'R00S00FLUX' / Electrons (700.00-1000.00) keV Sector: 0
TUNIT258 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC258 = 'Electrons' / assumed particle species
TELO258 = 700.0 / Minimum channel energy keV
TELOU258 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI258 = 1000.0 / Maximum channel energy keV
TEHIU258 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF258 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU258 = 0.00119 / Uncertainty in the Geometry Factor
TEFF258 = 1.0 / Efficiency (geometric mean)
TEFFU258 = 1.0 / Relative error in efficiency
TFORM258 = '1D'
TTYPE259 = 'R00S00UNC' / Combined uncertainty in R00S00
TUNIT259 = '1/(cm^2 sr s keV)' / Flux Units
TFORM259 = '1D'
TTYPE260 = 'R00S02CPS' / R00S02Rate: Counts per Second
TUNIT260 = 'counts/s' / Counts per Second Units
TFORM260 = '1D'
TTYPE261 = 'R00S02FLUX' / Electrons (700.00-1000.00) keV Sector: 2
TUNIT261 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC261 = 'Electrons' / assumed particle species
TELO261 = 700.0 / Minimum channel energy keV
TELOU261 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI261 = 1000.0 / Maximum channel energy keV
TEHIU261 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF261 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU261 = 0.00125 / Uncertainty in the Geometry Factor
TEFF261 = 1.0 / Efficiency (geometric mean)
TEFFU261 = 1.0 / Relative error in efficiency
TFORM261 = '1D'
TTYPE262 = 'R00S02UNC' / Combined uncertainty in R00S02
TUNIT262 = '1/(cm^2 sr s keV)' / Flux Units
TFORM262 = '1D'
TTYPE263 = 'R00S05CPS' / R00S05Rate: Counts per Second
TUNIT263 = 'counts/s' / Counts per Second Units
TFORM263 = '1D'
TTYPE264 = 'R00S05FLUX' / Electrons (700.00-1000.00) keV Sector: 5
TUNIT264 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC264 = 'Electrons' / assumed particle species
TELO264 = 700.0 / Minimum channel energy keV
TELOU264 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI264 = 1000.0 / Maximum channel energy keV
TEHIU264 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF264 = 0.0091 / Geometry Factor (cm^2 sr)
TGFU264 = 9.1E-4 / Uncertainty in the Geometry Factor
TEFF264 = 1.0 / Efficiency (geometric mean)
TEFFU264 = 1.0 / Relative error in efficiency
TFORM264 = '1D'
TTYPE265 = 'R00S05UNC' / Combined uncertainty in R00S05
TUNIT265 = '1/(cm^2 sr s keV)' / Flux Units
TFORM265 = '1D'
TTYPE266 = 'R01S00CPS' / R01S00Rate: Counts per Second
TUNIT266 = 'counts/s' / Counts per Second Units
TFORM266 = '1D'
TTYPE267 = 'R01S00FLUX' / Electrons (25.00-190.00) keV Sector: 0
TUNIT267 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC267 = 'Electrons' / assumed particle species
TELO267 = 25.0 / Minimum channel energy keV
TELOU267 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI267 = 190.0 / Maximum channel energy keV
TEHIU267 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF267 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU267 = 0.00119 / Uncertainty in the Geometry Factor
TEFF267 = 1.0 / Efficiency (geometric mean)
TEFFU267 = 1.0 / Relative error in efficiency
TFORM267 = '1D'
TTYPE268 = 'R01S00UNC' / Combined uncertainty in R01S00
TUNIT268 = '1/(cm^2 sr s keV)' / Flux Units
TFORM268 = '1D'
TTYPE269 = 'R01S02CPS' / R01S02Rate: Counts per Second
TUNIT269 = 'counts/s' / Counts per Second Units
TFORM269 = '1D'
TTYPE270 = 'R01S02FLUX' / Electrons (25.00-190.00) keV Sector: 2
TUNIT270 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC270 = 'Electrons' / assumed particle species
TELO270 = 25.0 / Minimum channel energy keV
TELOU270 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI270 = 190.0 / Maximum channel energy keV
TEHIU270 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF270 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU270 = 0.00125 / Uncertainty in the Geometry Factor
TEFF270 = 1.0 / Efficiency (geometric mean)
TEFFU270 = 1.0 / Relative error in efficiency
TFORM270 = '1D'
TTYPE271 = 'R01S02UNC' / Combined uncertainty in R01S02
TUNIT271 = '1/(cm^2 sr s keV)' / Flux Units
TFORM271 = '1D'
TTYPE272 = 'R01S05CPS' / R01S05Rate: Counts per Second
TUNIT272 = 'counts/s' / Counts per Second Units
TFORM272 = '1D'
TTYPE273 = 'R01S05FLUX' / Electrons (25.00-190.00) keV Sector: 5
TUNIT273 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC273 = 'Electrons' / assumed particle species
TELO273 = 25.0 / Minimum channel energy keV
TELOU273 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI273 = 190.0 / Maximum channel energy keV
TEHIU273 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF273 = 0.0091 / Geometry Factor (cm^2 sr)
TGFU273 = 9.1E-4 / Uncertainty in the Geometry Factor
TEFF273 = 1.0 / Efficiency (geometric mean)
TEFFU273 = 1.0 / Relative error in efficiency
TFORM273 = '1D'
TTYPE274 = 'R01S05UNC' / Combined uncertainty in R01S05
TUNIT274 = '1/(cm^2 sr s keV)' / Flux Units
TFORM274 = '1D'
TTYPE275 = 'R02S00CPS' / R02S00Rate: Counts per Second
TUNIT275 = 'counts/s' / Counts per Second Units
TFORM275 = '1D'
TTYPE276 = 'R02S00FLUX' / Electrons (190.00-700.00) keV Sector: 0
TUNIT276 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC276 = 'Electrons' / assumed particle species
TELO276 = 190.0 / Minimum channel energy keV
TELOU276 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI276 = 700.0 / Maximum channel energy keV
TEHIU276 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF276 = 0.0119 / Geometry Factor (cm^2 sr)
TGFU276 = 0.00119 / Uncertainty in the Geometry Factor
TEFF276 = 1.0 / Efficiency (geometric mean)
TEFFU276 = 1.0 / Relative error in efficiency
TFORM276 = '1D'
TTYPE277 = 'R02S00UNC' / Combined uncertainty in R02S00
TUNIT277 = '1/(cm^2 sr s keV)' / Flux Units
TFORM277 = '1D'
TTYPE278 = 'R02S02CPS' / R02S02Rate: Counts per Second
TUNIT278 = 'counts/s' / Counts per Second Units
TFORM278 = '1D'
TTYPE279 = 'R02S02FLUX' / Electrons (190.00-700.00) keV Sector: 2
TUNIT279 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC279 = 'Electrons' / assumed particle species
TELO279 = 190.0 / Minimum channel energy keV
TELOU279 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI279 = 700.0 / Maximum channel energy keV
TEHIU279 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF279 = 0.0125 / Geometry Factor (cm^2 sr)
TGFU279 = 0.00125 / Uncertainty in the Geometry Factor
TEFF279 = 1.0 / Efficiency (geometric mean)
TEFFU279 = 1.0 / Relative error in efficiency
TFORM279 = '1D'
TTYPE280 = 'R02S02UNC' / Combined uncertainty in R02S02
TUNIT280 = '1/(cm^2 sr s keV)' / Flux Units
TFORM280 = '1D'
TTYPE281 = 'R02S05CPS' / R02S05Rate: Counts per Second
TUNIT281 = 'counts/s' / Counts per Second Units
TFORM281 = '1D'
TTYPE282 = 'R02S05FLUX' / Electrons (190.00-700.00) keV Sector: 5
TUNIT282 = '1/(cm^2 sr s keV)' / Flux Units
TSPEC282 = 'Electrons' / assumed particle species
TELO282 = 190.0 / Minimum channel energy keV
TELOU282 = 10.0 / Uncertainty in minimum channel energy (keV)
TEHI282 = 700.0 / Maximum channel energy keV
TEHIU282 = 10.0 / Uncertainty in maximum channel energy (keV)
TGF282 = 0.0091 / Geometry Factor (cm^2 sr)
TGFU282 = 9.1E-4 / Uncertainty in the Geometry Factor
TEFF282 = 1.0 / Efficiency (geometric mean)
TEFFU282 = 1.0 / Relative error in efficiency
TFORM282 = '1D'
TTYPE283 = 'R02S05UNC' / Combined uncertainty in R02S05
TUNIT283 = '1/(cm^2 sr s keV)' / Flux Units
TFORM283 = '1D'
--- header unit 7: binary table ---
XTENSION = 'BINTABLE' / Java FITS: Thu Nov 03 08:51:35 PDT 2016
BITPIX = 8
NAXIS = 2 / Dimensionality
NAXIS1 = 45
NAXIS2 = 7020
PCOUNT = 0
GCOUNT = 1
TFIELDS = 7
CAL_E0 = -62.0 / Deposited Energy = E0 + E1*Raw Energy
CAL_E1 = 1.18 / Deposited Energy = E0 + E1*Raw Energy
CAL_T0 = 2.7228 / Deposited TOF = T0 + T1*Raw TOF
CAL_T1 = 0.3243 / Deposited TOF = T0 + T1*Raw TOF
EXTNAME = 'PHA_LOW_ION' / Low Ion (TOF only present) PHA Events
TTYPE1 = 'ET' / Ephemeris Time (J2000)
TUNIT1 = 'Seconds' / ET Units
TFORM1 = '1D'
COMMENT YEAR and DAY_OF_YEAR are for convenience only! Use ET for accuracy!
TTYPE2 = 'YEAR' / Fractional Year (UTC). Use ET for accuracy!
TUNIT2 = 'Years' / Year Units
TFORM2 = '1D'
TTYPE3 = 'DAY_OF_YEAR' / Fractional Day of Year (UTC). Use ET for accur
TUNIT3 = 'Days' / DOY Units
TFORM3 = '1D'
TTYPE4 = 'Raw_TOF' / Time of Flight (ADU)
TFORM4 = '1E'
TTYPE5 = 'Speed' / Particle speed in the detector (km/s)
TUNIT5 = 'km/s' / Calibrated Speed Units
TFORM5 = '1D'
TTYPE6 = 'Start_Anode' / Bits 0-5 are set if that start anode fired.
TFORM6 = '1B'
TTYPE7 = 'TOF' / Time of Flight (ns)
TUNIT7 = 'ns' / Calibrated Time of Flight Units
TFORM7 = '1D'
--- header unit 8: binary table ---
XTENSION = 'BINTABLE' / Java FITS: Thu Nov 03 08:51:35 PDT 2016
BITPIX = 8
NAXIS = 2 / Dimensionality
NAXIS1 = 127
NAXIS2 = 1656
PCOUNT = 0
GCOUNT = 1
TFIELDS = 16
CAL_E0 = -62.0 / Deposited Energy = E0 + E1*Raw Energy
CAL_E1 = 1.18 / Deposited Energy = E0 + E1*Raw Energy
CAL_T0 = 2.7228 / Deposited TOF = T0 + T1*Raw TOF
CAL_T1 = 0.3243 / Deposited TOF = T0 + T1*Raw TOF
CAL_H0 = 11.518083 / H_Incident_Energy = H0 + H1*E + H2*E^2
CAL_H1 = 0.996074 / H_Incident_Energy = H0 + H1*E + H2*E^2
CAL_H2 = -5.0E-6 / H_Incident_Energy = H0 + H1*E + H2*E^2
CAL_HE0 = 23.484961 / He_Incident_Energy = He0 + He1*E + He2*E^2
CAL_HE1 = 1.05741 / He_Incident_Energy = He0 + He1*E + He2*E^2
CAL_HE2 = -2.9E-5 / He_Incident_Energy = He0 + He1*E + He2*E^2
CAL_O0 = 66.667669 / O_Incident_Energy = O0 + O1*E + O2*E^2
CAL_O1 = 1.224952 / O_Incident_Energy = O0 + O1*E + O2*E^2
CAL_O2 = -6.5E-5 / O_Incident_Energy = O0 + O1*E + O2*E^2
CAL_S0 = 146.855074 / S_Incident_Energy = S0 + S1*E + S2*E^2
CAL_S1 = 1.432988 / S_Incident_Energy = S0 + S1*E + S2*E^2
CAL_S2 = -1.32E-4 / S_Incident_Energy = S0 + S1*E + S2*E^2
EXTNAME = 'PHA_HIGH_ION' / High Ion (Energy and TOF present) PHA Events
TTYPE1 = 'ET' / Ephemeris Time (J2000)
TUNIT1 = 'Seconds' / ET Units
TFORM1 = '1D'
COMMENT YEAR and DAY_OF_YEAR are for convenience only! Use ET for accuracy!
TTYPE2 = 'YEAR' / Fractional Year (UTC). Use ET for accuracy!
TUNIT2 = 'Years' / Year Units
TFORM2 = '1D'
TTYPE3 = 'DAY_OF_YEAR' / Fractional Day of Year (UTC). Use ET for accur
TUNIT3 = 'Days' / DOY Units
TFORM3 = '1D'
TTYPE4 = 'Energy' / Energy deposited, solid state detector (keV)
TUNIT4 = 'keV' / Calibrated Energy Units
TFORM4 = '1D'
TTYPE5 = 'H_Incident_Energy' / Incident Energy if proton(keV)
TUNIT5 = 'keV' / Calibrated Energy Units
TFORM5 = '1D'
TTYPE6 = 'He_Incident_Energy' / Incident Energy if alpha(keV)
TUNIT6 = 'keV' / Calibrated Energy Units
TFORM6 = '1D'
TTYPE7 = 'Ion_Channel' / Detector Channel (0-8)
TFORM7 = '1I'
TTYPE8 = 'O_Incident_Energy' / Incident Energy if Oxygen(keV)
TUNIT8 = 'keV' / Calibrated Energy Units
TFORM8 = '1D'
TTYPE9 = 'Rate_Normalized_Weight' / Equivalent counts using Rate-weighting
TFORM9 = '1D'
TTYPE10 = 'Raw_Energy' / Energy deposited, solid state detector (ADU)
TFORM10 = '1E'
TTYPE11 = 'Raw_TOF' / Time of Flight (ADU)
TFORM11 = '1E'
TTYPE12 = 'S_Incident_Energy' / Incident Energy if proton(keV)
TUNIT12 = 'keV' / Calibrated Energy Units
TFORM12 = '1D'
TTYPE13 = 'Speed' / Particle speed in the detector (km/s)
TUNIT13 = 'km/s' / Calibrated Speed Units
TFORM13 = '1D'
TTYPE14 = 'Start_Anode' / Bits 0-5 are set if that start anode fired.
TFORM14 = '1B'
TTYPE15 = 'TOF' / Time of Flight (ns)
TUNIT15 = 'ns' / Calibrated Time of Flight Units
TFORM15 = '1D'
TTYPE16 = 'Rate_Box' / "Rate Box" species-energy classification
TFORM16 = '28A'
TDIM16 = '(28)'