Skeleton Table
! Skeleton table for the "po_k0_tim_19961216_v01" CDF.
! Generated: Thursday, 19-Dec-1996 16:04:05
! CDF created/modified by CDF V2.4.13
! Skeleton table created by CDF V2.5.10
#header
CDF NAME: po_k0_timas
DATA ENCODING: NETWORK
MAJORITY: COLUMN
FORMAT: SINGLE
! Variables G.Attributes V.Attributes Records Dims Sizes
! --------- ------------ ------------ ------- ---- -----
0/45 17 22 0/z 0
#GLOBALattributes
! Attribute Entry Data
! Name Number Type Value
! --------- ------ ---- -----
"TITLE" 1: CDF_CHAR { "POLAR_TIMAS KEY PARAMETERS" } .
"Project" 1: CDF_CHAR { "ISTP>International " -
"Solar-Terrestrial Physics" } .
"Discipline" 1: CDF_CHAR { "Space Physics>Magnetospheric Science" } .
"Source_name" 1: CDF_CHAR { "POLAR>Polar Plasma Laboratory" } .
"Data_type" 1: CDF_CHAR { "K0>Key Parameter" } .
"Data_version" 1: CDF_CHAR { "1" } .
"Descriptor" 1: CDF_CHAR { "TIM>Toroidal Imaging " -
"Mass-Angle Spectrograph" } .
"TEXT" 1: CDF_CHAR { " Data: 1 minute average " -
"densities, velocities, and" -
" temperatures for H+, O+, " -
"He++ and He+ ions. " }
2: CDF_CHAR { "Averages taken over " -
"various energy ranges in a" -
" coordinate system " -
"approximately aligned with" -
" the 1 " }
3: CDF_CHAR { "minute average magnetic " -
"field direction." }
4: CDF_CHAR { "These data are Key " -
"Parameters for event " -
"identification and initial" -
" data analysis purposes. " }
5: CDF_CHAR { "The codes used to generate" -
" these parameters were " -
"developed prior to launch " -
"and do not reflect " -
"operational experience. " }
6: CDF_CHAR { "Reference:" }
7: CDF_CHAR { "E.G. Shelley et al., The " -
"Toroidal Imaging " -
"Mass-Angle Spectrograph " -
"(TIMAS) for the Polar " -
"Mission, Sp. Sci. Rev, Vol" -
" 71, pp 497-530, 1995." }
8: CDF_CHAR { "The instrumental energy " -
"range is subject to change" -
" a few times per orbit. " }
9: CDF_CHAR { "Energy_Range_ID indicates " -
"which of the 3 " -
"instrumental energy ranges" -
" is currently active. " }
10: CDF_CHAR { "Each instrumental energy " -
"range further divided into" -
" 3 Key Parameter (KP) " -
"energy channels (low - " -
"medium - and high). " }
11: CDF_CHAR { "The table below gives the " -
"full energy range and " -
"limits of the thee KP " -
"energy ranges." }
12: CDF_CHAR { "Energy_Range_ID=0: (Full " -
"instrumental energy " -
"range)Full range (0.015 - " -
"33.3 keV/e)low E channel " -
"(0.015 - 0.37 keV/e)mid E " -
"channel (0.37 - 3.3 " -
"keV/e)high E channel (3.3 " -
"- 33.3 keV/e)" }
13: CDF_CHAR { "Energy_Range_ID=1: " -
"(Reduced instrumental " -
"energy range)Full range " -
"(0.015 - 22.45 keV/e)low E" -
" channel (0.015 - 0.37 " -
"keV/e)mid E channel (0.37 " -
"- 3.3 keV/e)high E channel" -
" (3.3 - 22.45 keV/e)" }
14: CDF_CHAR { "Energy_Range_ID=2: (Low " -
"instrumental energy " -
"range)Full range (0.015 - " -
"2.18 keV/e)low E channel " -
"(0.015 - 0.11 keV/e)mid E " -
"channel (0.11 - 0.37 " -
"keV/e)high E channel (0.37" -
" - 2.18 keV/e)" } .
"MODS" 1: CDF_CHAR { "Version 0 September 1995" }
2: CDF_CHAR { "Text_supplement_2 added " -
"10/9/95." }
3: CDF_CHAR { "TEXT and VAR_NOTES now " -
"include discussions of the" -
" energy ranges 12/15/95" } .
"ADID_ref" 1: CDF_CHAR { "NSSD0174" } .
"Logical_file_id" 1: CDF_CHAR { " " } .
"PI_name" 1: CDF_CHAR { "E. G. Shelley" } .
"PI_affiliation" 1: CDF_CHAR { "Lockheed Martin" } .
"Mission_group" 1: CDF_CHAR { "GGS/POLAR" } .
"Instrument_type" 1: CDF_CHAR { "Particles (space)" } .
"TEXT_supplement_1"
1: CDF_CHAR { "Metadata provided by W.K. " -
"Peterson" } .
"TEXT_supplement_2"
1: CDF_CHAR { "Timas telemetry is encoded" -
" in a way that is neither " -
"telemetry or spin " -
"synchronous. Data from " -
"each spin are assembled " -
"into data products." }
2: CDF_CHAR { "These data products are " -
"losslessly compressed and " -
"put into the data stream " -
"on a space available " -
"basis. The number of bytes" -
" telemetry per spin is " -
"variable. " }
3: CDF_CHAR { "To use any part of the " -
"TIMAS TM stream the entire" -
" stream must be read; spin" -
" headers must be located " -
"and interpreted. " }
4: CDF_CHAR { "These procedures account " -
"for most of the cpu cycles" -
" needed to calculate TIMAS" -
" KPs." }
5: CDF_CHAR { "Two of the ~10 TIMAS data " -
"products (LRDF and MRDF) " -
"are selected and used to " -
"construct TIMAS KPs." }
6: CDF_CHAR { "Because LRDF can be " -
"accumulated over a " -
"variable number of spins " -
"it is necessary to process" -
" and average data from all" -
" LRDF's to ensure that " -
"information from the minor" -
" ions are captured." } .
"TEXT_supplement_3"
1: CDF_CHAR { "Version 2 corrects several" -
" problems in the way the " -
"low level telemetry is " -
"handled that were " -
"discovered in the firstfew" -
" months of on-orbit data." }
2: CDF_CHAR { "Version 2 uses, to the " -
"extentpractical, the same " -
"low level code used in " -
"Release 4 of the TIMAS LZ " -
"processeing software. " }
3: CDF_CHAR { "Version 2 was released " -
"11/96." } .
#VARIABLEattributes
"FIELDNAM"
"VALIDMIN"
"VALIDMAX"
"SCALEMIN"
"SCALEMAX"
"UNITS"
"FORMAT"
"LABLAXIS"
"MONOTON"
"FILLVAL"
"CATDESC"
"VAR_TYPE"
"DICT_KEY"
"UNIT_PTR"
"LABL_PTR_1"
"FORM_PTR"
"DEPEND_0"
"DEPEND_1"
"DEPEND_2"
"AVG_TYPE"
"DISPLAY_TYPE"
"VAR_NOTES"
#variables
! No rVariables.
#zVariables
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Epoch" CDF_EPOCH 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Time since 0 A.D." }
"VALIDMIN" CDF_EPOCH { 01-Jan-1995 00:00:00.000 }
"VALIDMAX" CDF_EPOCH { 01-Jan-2020 23:59:59.999 }
"SCALEMIN" CDF_EPOCH { 01-Jan-1995 00:00:00.000 }
"SCALEMAX" CDF_EPOCH { 01-Jan-2020 23:59:59.999 }
"UNITS" CDF_CHAR { "ms (UT) " }
"FORMAT" CDF_CHAR { "F14.0 " }
"LABLAXIS" CDF_CHAR { "CDF Epoch" }
"MONOTON" CDF_CHAR { "INCREASE" }
"FILLVAL" CDF_REAL8 { -1.000000e+31 }
"CATDESC" CDF_CHAR { "NSSDC standard-reference time value. " }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "time>epoch_accumulation_center" }
"AVG_TYPE" CDF_CHAR { "standard" }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "Center time of 60 second accumulation " -
"intervals, starting at 0 seconds of " -
"each UT day." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Time_PB5" CDF_INT4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Time PB5" }
"VALIDMIN" CDF_INT4 { 1995, 1, 0 }
"VALIDMAX" CDF_INT4 { 2020, 1, 863999000 }
"SCALEMIN" CDF_INT4 { 1995, 1, 0 }
"SCALEMAX" CDF_INT4 { 2020, 1, 863999000 }
"MONOTON" CDF_CHAR { "INCREASE" }
"FILLVAL" CDF_INT4 { -2147483648 }
"CATDESC" CDF_CHAR { "Time PB5, centered" }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "time>PB5_center_range" }
"UNIT_PTR" CDF_CHAR { "unit_time" }
"LABL_PTR_1"
CDF_CHAR { "label_time" }
"FORM_PTR" CDF_CHAR { "format_time" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "unit_time" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "Center time of 60 second accumulation " -
"intervals, starting at 0 seconds of " -
"each UT day" } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Density_H" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Partial H+ number density" }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-03 }
"SCALEMAX" CDF_REAL4 { 1000.0 }
"UNITS" CDF_CHAR { "# / cm^3" }
"FORMAT" CDF_CHAR { "e12.4" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Partial H+ number density for 3 " -
"VARIABLE energy ranges." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "density>proton_partial_number" }
"LABL_PTR_1"
CDF_CHAR { "label_H_density" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_H_density" }
"AVG_TYPE" CDF_CHAR { "standard" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Negative values reflect low counting " -
"rates and background subtraction. The " -
"width of the energy channels is mode " -
"dependent. There are 3 instrumental " -
"energy ranges identified by " -
"Energy_Range_ID, one of which is " -
"active. Each instrumental energy " -
"range is further divided into 3 Key " -
"Parameter (KP) energy channels (low - " -
"medium - and high). The table below " -
"gives the full energy range and limits" -
" of the thee KP energy " -
"ranges.Energy_Range_ID=0: (Full " -
"instrumental energy range)Full range " -
"(0.015 - 33.3 keV/e)low E channel " -
"(0.015 - 0.37 keV/e)mid E channel " -
"(0.37 - 3.3 keV/e)high E channel (3.3 " -
"- 33.3 keV/e)Energy_Range_ID=1: " -
"(Reduced instrumental energy " -
"range)Full range (0.015 - 22.45 " -
"keV/e)low E channel (0.015 - 0.37 " -
"keV/e)mid E channel (0.37 - 3.3 " -
"keV/e)high E channel (3.3 - 22.45 " -
"keV/e)Energy_Range_ID=2: (Low " -
"instrumental energy range)Full range " -
"(0.015 - 2.18 keV/e)low E channel " -
"(0.015 - 0.11 keV/e)mid E channel " -
"(0.11 - 0.37 keV/e)high E channel " -
"(0.37 - 2.18 keV/e)" } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Density_O" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Partial O+ number density" }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-03 }
"SCALEMAX" CDF_REAL4 { 1000.0 }
"UNITS" CDF_CHAR { "# / cm^3" }
"FORMAT" CDF_CHAR { "e12.4" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Partial O+ number density for 3 " -
"variable energy ranges." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "density>oxygen_partial_number" }
"LABL_PTR_1"
CDF_CHAR { "label_O_density" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_O_density" }
"AVG_TYPE" CDF_CHAR { "standard" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Negative values reflect low counting " -
"rates and background subtraction. The " -
"width of the energy channels is mode " -
"dependent. There are 3 instrumental " -
"energy ranges identified by " -
"Energy_Range_ID, one of which is " -
"active. Each instrumental energy " -
"range is further divided into 3 Key " -
"Parameter (KP) energy channels (low - " -
"medium - and high). The table below " -
"gives the full energy range and limits" -
" of the thee KP energy " -
"ranges.Energy_Range_ID=0: (Full " -
"instrumental energy range)Full range " -
"(0.015 - 33.3 keV/e)low E channel " -
"(0.015 - 0.37 keV/e)mid E channel " -
"(0.37 - 3.3 keV/e)high E channel (3.3 " -
"- 33.3 keV/e)Energy_Range_ID=1: " -
"(Reduced instrumental energy " -
"range)Full range (0.015 - 22.45 " -
"keV/e)low E channel (0.015 - 0.37 " -
"keV/e)mid E channel (0.37 - 3.3 " -
"keV/e)high E channel (3.3 - 22.45 " -
"keV/e)Energy_Range_ID=2: (Low " -
"instrumental energy range)Full range " -
"(0.015 - 2.18 keV/e)low E channel " -
"(0.015 - 0.11 keV/e)mid E channel " -
"(0.11 - 0.37 keV/e)high E channel " -
"(0.37 - 2.18 keV/e)" } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Density_He_1"
CDF_REAL4 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Partial He+ number density" }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-03 }
"SCALEMAX" CDF_REAL4 { 1000.0 }
"UNITS" CDF_CHAR { "# / cm^3" }
"FORMAT" CDF_CHAR { "e12.4" }
"LABLAXIS" CDF_CHAR { "N (He+, Full E)" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Partial He+ number density for the " -
"full active energy range." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "density>helium_singly_charged_partial_" -
"number" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "standard" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Negative values reflect low counting " -
"rates and background subtraction. " -
"There are 3 instrumental energy ranges" -
" identified by Energy_Range_ID, one of" -
" which is active. The table below " -
"gives the full energy range for each " -
"possible value of the Energy_Range_ID " -
"variable. Energy_Range_ID=0: (Full " -
"instrumental energy range) (0.015 - " -
"33.3 keV/e)Energy_Range_ID=1: (Reduced" -
" instrumental energy range)(0.015 - " -
"22.45 keV/e)Energy_Range_ID=2: (Low " -
"instrumental energy range)(0.015 - " -
"2.18 keV/e)." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Density_He_2"
CDF_REAL4 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Partial He++ number density" }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-03 }
"SCALEMAX" CDF_REAL4 { 1000.0 }
"UNITS" CDF_CHAR { "# / cm^3" }
"FORMAT" CDF_CHAR { "e12.4" }
"LABLAXIS" CDF_CHAR { "N (He++, Full E)" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Partial He++ number density for the " -
"full active energy range." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "density>helium_doubly_charged_partial_" -
"number" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "standard" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Negative values reflect low counting " -
"rates and background subtraction. " -
"There are 3 instrumental energy ranges" -
" identified by Energy_Range_ID, one of" -
" which is active. The table below " -
"gives the full energy range for each " -
"possible value of the Energy_Range_ID " -
"variable. Energy_Range_ID=0: (Full " -
"instrumental energy range) (0.015 - " -
"33.3 keV/e)Energy_Range_ID=1: (Reduced" -
" instrumental energy range)(0.015 - " -
"22.45 keV/e)Energy_Range_ID=2: (Low " -
"instrumental energy range)(0.015 - " -
"2.18 keV/e)." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Vel_H_low" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "H+ Velocity(low range)" }
"VALIDMIN" CDF_REAL4 { -1.000000e-05 }
"VALIDMAX" CDF_REAL4 { 1.000000e+06 }
"SCALEMIN" CDF_REAL4 { -1.000000e-05 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "km/s" }
"FORMAT" CDF_CHAR { "f6.0" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "H+ velocity from the active low energy" -
" range in field aligned Coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "velocity>proton_field_aligned_coordina" -
"tes" }
"LABL_PTR_1"
CDF_CHAR { "label_H_Low_Velocity" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_H_Low_Velocity" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Vel_H_low variables are derived by " -
"integrating over an energy range that " -
"depends on the the value of the " -
"Energy_Range_ID variable. For " -
"Energy_Range_ID =0 and 1, the energy " -
"range is from 0.15 to 0.37 ,keV/e. " -
"For Energy_Range_ID=2, the energy " -
"range is 0.15 to 0.11 keV/e. " -
"Velocities are reported in a " -
"coordinate system with the X axis " -
"aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system the Y axis " -
"is in the spacecraft spin plane, and " -
"the Z axis completes a right hand " -
"system. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Vel_O_low" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "O+ Velocity(low range)" }
"VALIDMIN" CDF_REAL4 { -1.000000e-05 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { -1.000000e-04 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "km/s" }
"FORMAT" CDF_CHAR { "f6.0" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "O+ velocity from the variable low " -
"energy range in field aligned " -
"Coordinates. " }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "velocity>oxygen_field_aligned_coordina" -
"tes" }
"LABL_PTR_1"
CDF_CHAR { "label_O_Low_Velocity" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_O_Low_Velocity" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Vel_O_low variables are derived by " -
"integrating over an energy range that " -
"depends on the the value of the " -
"Energy_Range_ID variable. For " -
"Energy_Range_ID =0 and 1 ,the energy " -
"range is from 0.15 to 0.37 ,keV/e. " -
"For Energy_Range_ID=2, the energy " -
"range is 0.15 to 0.11 keV/e. " -
"Velocities are reported in a " -
"coordinate system with the X axis " -
"aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system the Y axis " -
"is in the spacecraft spin plane, and " -
"the Z axis completes a right hand " -
"system. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Velocity_H" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "H+ Velocity(full range)" }
"VALIDMIN" CDF_REAL4 { -1.000000e-05 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { -1.000000e-04 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "km/s" }
"FORMAT" CDF_CHAR { "f6.0" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "H+ velocity from the variable full " -
"energy range in field aligned " -
"Coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "velocity>proton_field_aligned_coordina" -
"tes" }
"LABL_PTR_1"
CDF_CHAR { "label_H_Full_Velocity" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_H_Full_Velocity" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Velocity_H variables are derived by " -
"integrating over an energy range that " -
"depends on the the value of the " -
"Energy_Range_ID variable. For " -
"Energy_Range_ID =0 the energy ranges " -
"is from 0.015 to 33.3 keV/e. For " -
"Energy_Range_ID =1 0.015 to 22.45 " -
"keV/e. For Energy_Range_ID=2 0.015 to" -
" 2.18 keV/e. Velocities are reported " -
"in a coordinate system with the X axis" -
" aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system the Y axis " -
"is in the spacecraft spin plane, and " -
"the Z axis completes a right hand " -
"system." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Velocity_O" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "O+ Velocity(full range)" }
"VALIDMIN" CDF_REAL4 { -1.000000e-05 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { -1.000000e-04 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "km/s" }
"FORMAT" CDF_CHAR { "f6.0" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "O+ velocity from the variable full " -
"energy range in field aligned " -
"Coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "velocity>oxygen_field_aligned_coordina" -
"tes" }
"LABL_PTR_1"
CDF_CHAR { "label_O_Full_Velocity" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_O_Full_Velocity" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Velocity_O variables are derived by " -
"integrating over an energy range that " -
"depends on the the value of the " -
"Energy_Range_ID variable. For " -
"Energy_Range_ID =0 the energy ranges " -
"is from 0.015 to 33.3 keV/e. For " -
"Energy_Range_ID =1 0.015 to 22.45 " -
"keV/e. For Energy_Range_ID=2 0.015 to" -
" 2.18 keV/e. Velocities are reported " -
"in a coordinate system with the X axis" -
" aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system the Y axis " -
"is in the spacecraft spin plane, and " -
"the Z axis completes a right hand " -
"system." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Temp_H_Low" CDF_REAL4 1 1 2 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "H+ Temp (low energy range)" }
"VALIDMIN" CDF_REAL4 { 1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-02 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "keV" }
"FORMAT" CDF_CHAR { "f8.3" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "H+ Temperature from the variable low " -
"energy range in field aligned " -
"coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "temperature>proton_field_aligned_coord" -
"inates" }
"LABL_PTR_1"
CDF_CHAR { "label_H_Low_Temp" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_H_Low_Temp" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "H+ Temperature perpendicular and " -
"parallel to the one minute average " -
"magnetic field direction for the low " -
"KP energy range. Temp_H_low variables" -
" are derived by integrating over an " -
"energy range that depends on the the " -
"value of the Energy_Range_ID variable." -
" For Energy_Range_ID =0 and 1 ,the " -
"energy range is from 0.15 to 0.37 " -
",keV/e. For Energy_Range_ID=2, the " -
"energy range is 0.15 to 0.11 keV/e. " -
"Temperatures are reported in a " -
"coordinate system with the X axis " -
"aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Temp_O_Low" CDF_REAL4 1 1 2 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "O+ Temp (low energy range)" }
"VALIDMIN" CDF_REAL4 { 1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-02 }
"SCALEMAX" CDF_REAL4 { 10000.0 }
"UNITS" CDF_CHAR { "keV" }
"FORMAT" CDF_CHAR { "f8.3" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "O+ Temperature from the variable low " -
"energyrange in field aligned " -
"coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "temperature>oxygen_field_aligned_coord" -
"inates" }
"LABL_PTR_1"
CDF_CHAR { "label_O_Low_Temp" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_O_Low_Temp" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "O+ Temperature perpendicular and " -
"parallel to the one minute average " -
"magnetic field direction for the low " -
"KP energy range. Temp_H_low variables" -
" are derived by integrating over an " -
"energy range that depends on the the " -
"value of the Energy_Range_ID variable." -
" For Energy_Range_ID =0 and 1, the " -
"energy range is from 0.15 to 0.37, " -
"keV/e. For Energy_Range_ID=2, the " -
"energy range is 0.15 to 0.11 keV/e. " -
"Temperatures are reported in a " -
"coordinate system with the X axis " -
"aligned with the one minute average " -
"magnetic field direction (TIMAS_B). " -
"In this coordinate system. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Temperature_H"
CDF_REAL4 1 1 2 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "H+ Temp (full active E range)" }
"VALIDMIN" CDF_REAL4 { 1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-02 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { "keV" }
"FORMAT" CDF_CHAR { "f8.3" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "H+ Temperature from the variable full " -
"energy range in field aligned " -
"coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "temperature>proton_field_aligned_coord" -
"inates" }
"LABL_PTR_1"
CDF_CHAR { "label_H_full_Temp" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_H_full_Temp" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "H+ Temperature perpendicular and " -
"parallel to the one minute average " -
"magnetic field direction (TIMAS_B). " -
"for the full instrumental energy " -
"range. Temperature_x variables are " -
"derived by integrating over an energy " -
"range that depends on the the value of" -
" the Energy_Range_ID variable. For " -
"Energy_Range_ID =0, the energy range " -
"is from 0.15 to 33.3 keV/e. For " -
"Energy_Range_ID =1 the range, is 0.15 " -
"to 22.45 keV/e. For " -
"Energy_Range_ID=2, the energy range is" -
" 0.15 to 2.18 keV/e. Temperatures are " -
"reported in a coordinate system with " -
"the X axis aligned with the one minute" -
" average magnetic field direction " -
"(TIMAS_B)." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Temperature_O"
CDF_REAL4 1 1 2 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "O+ Temp (full active E range)" }
"VALIDMIN" CDF_REAL4 { 1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 100000.0 }
"SCALEMIN" CDF_REAL4 { 1.000000e-02 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { "keV" }
"FORMAT" CDF_CHAR { "f8.3" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "O+ Temperature from the variable full " -
"energy range in field aligned " -
"coordinates." }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "temperature>oxygen_field_aligned_coord" -
"inates" }
"LABL_PTR_1"
CDF_CHAR { "label_O_full_Temp" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_O_full_Temp" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "O+ Temperature perpendicular and " -
"parallel to the one minute average " -
"magnetic field direction (TIMAS_B). " -
"for the full instrumental energy " -
"range. Temperature_x variables are " -
"derived by integrating over an energy " -
"range that depends on the the value of" -
" the Energy_Range_ID variable. For " -
"Energy_Range_ID =0, the energy range " -
"is from 0.15 to 33.3, keV/e. For " -
"Energy_Range_ID =1 the range, is 0.15 " -
"to 22.45 keV/e. For " -
"Energy_Range_ID=2, the energy range is" -
" 0.15 to 2.18 keV/e. Temperatures are " -
"reported in a coordinate system with " -
"the X axis aligned with the one minute" -
" average magnetic field direction " -
"(TIMAS_B)." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Mode_ID" CDF_INT4 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Mode ID" }
"VALIDMIN" CDF_INT4 { 0 }
"VALIDMAX" CDF_INT4 { 255 }
"SCALEMIN" CDF_INT4 { 0 }
"SCALEMAX" CDF_INT4 { 255 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "I5" }
"LABLAXIS" CDF_CHAR { "MODE #" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_INT4 { -2147483648 }
"CATDESC" CDF_CHAR { "Mode Identification Number" }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>mode" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "IDENTIFICATION NUMBER of the TIMAS ICP" -
" Table active at the start of the one " -
"minute averaging period. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Energy_Range_ID"
CDF_UINT1 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Energy Range " }
"VALIDMIN" CDF_UINT1 { 0 }
"VALIDMAX" CDF_UINT1 { 3 }
"SCALEMIN" CDF_UINT1 { 0 }
"SCALEMAX" CDF_UINT1 { 3 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "I3" }
"LABLAXIS" CDF_CHAR { "E-Range #" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_UINT1 { 255 }
"CATDESC" CDF_CHAR { "Energy Range Identification: 0: Full " -
"energy range; 1: Reduced energy " -
"range; 2: Low energy range" }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>energy_range" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "TIMAS is operated in one of 3 energy " -
"ranges. Energy_Range_ID indicates " -
"which of the 3 instrumental energy " -
"ranges is currently active. Each " -
"instrumental energy range further " -
"divided into 3 Key Parameter (KP) " -
"energy channels (low - medium - and " -
"high). The table below gives the full " -
"energy range and limits of the thee KP" -
" energy ranges.Energy_Range_ID=0: " -
"(Full instrumental energy range)Full " -
"range (0.015 - 33.3 keV/e)low E " -
"channel (0.015 - 0.37 keV/e)mid E " -
"channel (0.37 - 3.3 keV/e)high E " -
"channel (3.3 - 33.3 " -
"keV/e)Energy_Range_ID=1: (Reduced " -
"instrumental energy range)Full range " -
"(0.015 - 22.45 keV/e)low E channel " -
"(0.015 - 0.37 keV/e)mid E channel " -
"(0.37 - 3.3 keV/e)high E channel (3.3 " -
"- 22.45 keV/e)Energy_Range_ID=2: (Low " -
"instrumental energy range)Full range " -
"(0.015 - 2.18 keV/e)low E channel " -
"(0.015 - 0.11 keV/e)mid E channel " -
"(0.11 - 0.37 keV/e)high E channel " -
"(0.37 - 2.18 keV/e)" } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"TIMAS_B" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Diagnostic Magnetic Field " }
"VALIDMIN" CDF_REAL4 { -1.000000e-06 }
"VALIDMAX" CDF_REAL4 { 1.000000e+06 }
"SCALEMIN" CDF_REAL4 { -1.000000e-05 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { "nT" }
"FORMAT" CDF_CHAR { "f6.0" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Magnetic Field From 9.2 second average" -
" Level 0 data records." }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "magnetic_field>dc_fixed_payload_coordi" -
"nates" }
"LABL_PTR_1"
CDF_CHAR { "Labels_for_TIMAS_B" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "Labels_for_TIMAS_B" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "Average Magnetic Field in " -
"Fixed-Payload (FP) coordinates. (Z " -
"parallel to spin axis, X perpendicular" -
" to Z and in the same meridian plane " -
"containing the radius vector to the " -
"sun, Y completes a right hand system. " -
" The velocity variables here are " -
"reported in field aligned " -
"coordinates--a coordinate system that " -
"has the X component of velocity " -
"parallel to the TIMAS_B vector. The " -
"rotation from Fixed-Payload to field " -
"aligned coordinates is done by first " -
"rotating about the Z (spin axis) and " -
"then about the TIMAS_B Y axis until " -
"the TIMAS_X axis is aligned with the " -
"magnetic field direction. The " -
"temperature variables are reported in " -
"components perpendicular and parallel" -
" to the TIMAS_B direction. NOTE: " -
"TIMAS_B is a diagnostic parameter. It " -
"is not intended for general data " -
"analysis. Use the Magnetometer (MFE) " -
"Key Parameters for data analysis." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Quality_H" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "H quality ratio." }
"VALIDMIN" CDF_REAL4 { 0.0 }
"VALIDMAX" CDF_REAL4 { 1000.0 }
"SCALEMIN" CDF_REAL4 { 0.0 }
"SCALEMAX" CDF_REAL4 { 1000.0 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "e12.4" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Modified H+ signal to background ratio." }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>quality_hydrogen" }
"LABL_PTR_1"
CDF_CHAR { "Labels_for_Quality" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "Labels_for_Quality" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Set to the ratio of the density " -
"calculated using raw counts " -
"uncorrected for background to the same" -
" sums using only count rates from a " -
"separate background monitor. The ratio" -
" is set to Zero if no data for the " -
"relevant energy/mass range or " -
"background are available. The ratio is" -
" set to 999 if the measured background" -
" is zero. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Quality_O" CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "O quality ratio." }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1.000000e+06 }
"SCALEMIN" CDF_REAL4 { 0.0 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "e12.4" }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Modified O+ signal to background ratio." }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>quality_oxygen" }
"LABL_PTR_1"
CDF_CHAR { "Labels_for_Quality" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "Labels_for_Quality" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Set to the ratio of the density " -
"calculated using raw counts " -
"uncorrected for background to the same" -
" sums using only count rates from a " -
"separate background monitor. The ratio" -
" is set to Zero if no data for the " -
"relevant energy/mass range or " -
"background are available. The ratio is" -
" set to 999 if the measured background" -
" is zero. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Quality_HE_1"
CDF_REAL4 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "He+ quality ratio." }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1.000000e+06 }
"SCALEMIN" CDF_REAL4 { 0.0 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "e12.4" }
"LABLAXIS" CDF_CHAR { "He+ Quality Ratio " }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Modified He+ signal to background ratio." }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>quality_helium_singly_charged" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Set to the ratio of the density " -
"calculated using raw counts " -
"uncorrected for background to the same" -
" sums using only count rates from a " -
"separate background monitor. The ratio" -
" is set to Zero if no data for the " -
"relevant energy/mass range or " -
"background are available. The ratio is" -
" set to 999 if the measured background" -
" is zero. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Quality_HE_2"
CDF_REAL4 1 0 T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "He++ quality ratio." }
"VALIDMIN" CDF_REAL4 { -1.000000e-02 }
"VALIDMAX" CDF_REAL4 { 1.000000e+06 }
"SCALEMIN" CDF_REAL4 { 0.0 }
"SCALEMAX" CDF_REAL4 { 100000.0 }
"UNITS" CDF_CHAR { " " }
"FORMAT" CDF_CHAR { "e12.4" }
"LABLAXIS" CDF_CHAR { "He++ Quality Ratio " }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Modified He++ signal to background " -
"ratio." }
"VAR_TYPE" CDF_CHAR { "support_data" }
"DICT_KEY" CDF_CHAR { "flag>quality_helium_doubly_charged" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"AVG_TYPE" CDF_CHAR { "nonsense" }
"DISPLAY_TYPE"
CDF_CHAR { "time_series_plus>Energy_Range_ID" }
"VAR_NOTES" CDF_CHAR { "Set to the ratio of the density " -
"calculated using raw counts " -
"uncorrected for background to the same" -
" sums using only count rates from a " -
"separate background monitor. The ratio" -
" is set to Zero if no data for the " -
"relevant energy/mass range or " -
"background are available. The ratio is" -
" set to 999 if the measured background" -
" is zero. " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Geomagnetic_Position"
CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Geomagnetic Position" }
"VALIDMIN" CDF_REAL4 { 0.0, 0.0, 0.0 }
"VALIDMAX" CDF_REAL4 { 90.0, 25.0, 180.0 }
"SCALEMIN" CDF_REAL4 { 20.0, 0.0, 0.0 }
"SCALEMAX" CDF_REAL4 { 90.0, 24.0, 180.0 }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Invariant Latitude, Magnetic local " -
"time, and Geomagnetic latitude in a 3 " -
"element vector. " }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "position>geomagnetic_coordinates" }
"UNIT_PTR" CDF_CHAR { "units_geomagnetic" }
"LABL_PTR_1"
CDF_CHAR { "label_geomagnetic" }
"FORM_PTR" CDF_CHAR { "format_geomagnetic" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_geomagnetic" }
"AVG_TYPE" CDF_CHAR { "various" }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "Invariant Latitude, Geomagnetic Local " -
"time and Geomagnetic Latitude." } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Geographic_Position"
CDF_REAL4 1 1 3 T T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Geographic Position" }
"VALIDMIN" CDF_REAL4 { -180.0, -360.0, 1.0 }
"VALIDMAX" CDF_REAL4 { 180.0, 360.0, 12.0 }
"SCALEMIN" CDF_REAL4 { -90.0, -360.0, 12.0 }
"SCALEMAX" CDF_REAL4 { 90.0, 360.0, 12.0 }
"MONOTON" CDF_CHAR { "FALSE " }
"FILLVAL" CDF_REAL4 { -1.000000e-31 }
"CATDESC" CDF_CHAR { "Sub-satellite Latitude longitude and " -
"geocentric distance. " }
"VAR_TYPE" CDF_CHAR { "data" }
"DICT_KEY" CDF_CHAR { "position>latitude_longitude_altitude" }
"UNIT_PTR" CDF_CHAR { "units_geographic" }
"LABL_PTR_1"
CDF_CHAR { "label_geographic" }
"FORM_PTR" CDF_CHAR { "format_geographic" }
"DEPEND_0" CDF_CHAR { "Epoch" }
"DEPEND_1" CDF_CHAR { "label_geographic" }
"AVG_TYPE" CDF_CHAR { "various" }
"DISPLAY_TYPE"
CDF_CHAR { " " } .
! RV values were not requested.
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_geomagnetic"
CDF_CHAR 10 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Geomagnetic_Position labels" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>geographic_units" }
"CATDESC" CDF_CHAR { "Invariant Latitude, Magnetic local " -
"time, and Geomagnetic latitude in a 3 " -
"element vector. " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Invl " }
[2] = { "MLT " }
[3] = { "Geomag Lat" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"units_geomagnetic"
CDF_CHAR 13 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Units for Geomagnetic_Position" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"CATDESC" CDF_CHAR { "Invariant Latitude, Magnetic local " -
"time, and Geomagnetic latitude in a 3 " -
"element vector. " }
"DICT_KEY" CDF_CHAR { "label>geomagnetic_units " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "degrees " }
[2] = { "decimal hours" }
[3] = { "degrees " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"format_geomagnetic"
CDF_CHAR 5 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Geomagnetic_Position format" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>geomagnetic_format " }
"CATDESC" CDF_CHAR { "Invariant Latitude, Magnetic local " -
"time, and Geomagnetic latitude in a 3 " -
"element vector. " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "F7.2 " }
[2] = { "F5.1 " }
[3] = { "F7.2 " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_geographic"
CDF_CHAR 9 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for Geographic_Position" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>geographic_units " }
"CATDESC" CDF_CHAR { "Sub-satellite Latitude longitude and " -
"geocentric distance. " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "r/Re is the geocentric distance " -
"expressed in units of Earth radii " -
"(6367 km) " } .
! NRV values follow...
[1] = { "Latitude " }
[2] = { "Longitude" }
[3] = { "r/Re " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"units_geographic"
CDF_CHAR 11 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Units for Geographic_Position" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>geographic_units " }
"CATDESC" CDF_CHAR { "Sub-satellite Latitude longitude and " -
"geocentric distance. " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "r/Re is the geocentric distance " -
"expressed in units of Earth radii " -
"(6367 km) " } .
! NRV values follow...
[1] = { "degrees " }
[2] = { "degrees " }
[3] = { "Earth Radii" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"format_geographic"
CDF_CHAR 5 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Format for Geographic_Position" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>geographic_format " }
"CATDESC" CDF_CHAR { "Sub-satellite Latitude longitude and " -
"geocentric distance. " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "F7.1 " }
[2] = { "F7.1 " }
[3] = { "F7.3 " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_time" CDF_CHAR 27 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Label for Time_PB5" }
"CATDESC" CDF_CHAR { "Label for Time_PB5 " }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>time_units " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Year )" }
[2] = { "Day of Year (Jan 1 = Day 1)" }
[3] = { "Elapsed millisecond of day " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"unit_time" CDF_CHAR 4 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Units for Time_PB5" }
"CATDESC" CDF_CHAR { "Units for Time_PB5 " }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>units " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "year" }
[2] = { "day " }
[3] = { "msec" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"format_time" CDF_CHAR 2 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Format for Time_PB5" }
"CATDESC" CDF_CHAR { "Format for Time_PB5" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>time_format " }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "I4" }
[2] = { "I3" }
[3] = { "I8" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Labels_for_TIMAS_B"
CDF_CHAR 14 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "TIMAS_B labels" }
"CATDESC" CDF_CHAR { "Labels for TIMAS H/O 3 energy range " -
"quality indicators in Fixed Platform " -
"coordinates" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>support_data" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "TIMAS_B (FP X)" }
[2] = { "TIMAS_B (FP Y)" }
[3] = { "TIMAS_B (FP Z)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"Labels_for_Quality"
CDF_CHAR 20 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Quality Ratio Labels" }
"CATDESC" CDF_CHAR { "Labels for TIMAS H/O 3 energy range " -
"quality indicators" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>quality" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Qual Low KP E Range " }
[2] = { "Qual Mid KP E Range " }
[3] = { "Qual High KP E Range" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_Energy_Ranges"
CDF_CHAR 16 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for energy ranges" }
"CATDESC" CDF_CHAR { "Labels for 3 KP energy ranges. " }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>energy_band" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { "The KP high Energy Range limit is " -
"set by the Instrumental Energy Mode, " -
"which is indicated by the " -
"Energy_Range_ID. " } .
! NRV values follow...
[1] = { "KP low E Range " }
[2] = { "KP mid E Range " }
[3] = { "KP high E Range " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_H_density"
CDF_CHAR 10 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for H_Density" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>partial_density_proton" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "N(H+ LowE)" }
[2] = { "N(H+ MidE)" }
[3] = { "N(H+ Hi E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_O_density"
CDF_CHAR 13 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for O_Density" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>partial_density_oxygen" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "N(O+ LowE) " }
[2] = { "N(O+ MidE) " }
[3] = { "N(O+ Hi E) " }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_H_Low_Velocity"
CDF_CHAR 15 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for H_Low_Velocity" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>velocity_proton" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Vbx (H+, low E)" }
[2] = { "Vby (H+, low E)" }
[3] = { "Vbz (H+, low E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_O_Low_Velocity"
CDF_CHAR 15 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for O_Low_Velocity" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>velocity_oxygen" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Vbx (O+, low E)" }
[2] = { "Vby (O+, low E)" }
[3] = { "Vbz (O+, low E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_H_Full_Velocity"
CDF_CHAR 16 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for H_Full_Velocity" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>velocity_proton" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Vbx (H+, full E)" }
[2] = { "Vby (H+, full E)" }
[3] = { "Vbz (H+, full E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_O_Full_Velocity"
CDF_CHAR 16 1 3 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for O_Full_Velocity" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>velocity_oxygen" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Vbx (O+, full E)" }
[2] = { "Vby (O+, full E)" }
[3] = { "Vbz (O+, full E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_H_Low_Temp"
CDF_CHAR 17 1 2 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for H_Low_Temp" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>temperature_proton" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Tperp (H+, low E)" }
[2] = { "Tpar (H+, low E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_O_Low_Temp"
CDF_CHAR 17 1 2 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for O_Low_Temp" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>temperature_oxygen" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Tperp (O+, low E)" }
[2] = { "Tpar (O+, low E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_H_full_Temp"
CDF_CHAR 18 1 2 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for H_full_Temp" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>temperature_proton" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Tperp (H+, full E)" }
[2] = { "Tpar (H+, full E)" }
! Variable Data Number Record Dimension
! Name Type Elements Dims Sizes Variance Variances
! -------- ---- -------- ---- ----- -------- ---------
"label_O_full_Temp"
CDF_CHAR 28 1 2 F T
! Attribute Data
! Name Type Value
! -------- ---- -----
"FIELDNAM" CDF_CHAR { "Labels for O_full_Temp" }
"VAR_TYPE" CDF_CHAR { "metadata" }
"DICT_KEY" CDF_CHAR { "label>temperature_oxygen" }
"AVG_TYPE" CDF_CHAR { " " }
"DISPLAY_TYPE"
CDF_CHAR { " " }
"VAR_NOTES" CDF_CHAR { " " } .
! NRV values follow...
[1] = { "Tperp (O+, full E) " }
[2] = { "Tpar (O+, full E) " }
#end
