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Van Allen Probe B Energetic Particle, Composition, and Thermal Plasma Suite (ECT) Magnetic Electron Ion Spectrometer (MagEIS), Electron Fluxes, 20 to 4000 keV, Proton Fluxes, 60 to 1500 keV, Level 3, Release #4 (L3), 10.9 s Data

(2022). Van Allen Probe B Energetic Particle, Composition, and Thermal Plasma Suite (ECT) Magnetic Electron Ion Spectrometer (MagEIS), Electron Fluxes, 20 to 4000 keV, Proton Fluxes, 60 to 1500 keV, Level 3, Release #4 (L3), 10.9 s Data [Data set]. NASA Space Physics Data Facility. https://doi.org/10.48322/6qrc-aq80 (CiteAs link). Accessed on .

ResourceID
spase://NASA/NumericalData/RBSP/B/ECT/MagEIS/L3/Sectors/Release04/PT10.9S

Description

Van Allen Probe B, Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Magnetic Electron Ion Spectrometer, MagEIS, Medium Energy 75° Energy Sensor, M75, Pitch Angle sorted Electron Fluxes from 20 keV to 4000 keV and Proton Fluxes from 60 keV to 1500 keV.

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Details

Version:2.4.1

NumericalData

ResourceID
spase://NASA/NumericalData/RBSP/B/ECT/MagEIS/L3/Sectors/Release04/PT10.9S
ResourceHeader
ResourceName
Van Allen Probe B Energetic Particle, Composition, and Thermal Plasma Suite (ECT) Magnetic Electron Ion Spectrometer (MagEIS), Electron Fluxes, 20 to 4000 keV, Proton Fluxes, 60 to 1500 keV, Level 3, Release #4 (L3), 10.9 s Data
DOI
https://doi.org/10.48322/6qrc-aq80
ReleaseDate
2022-08-18 12:34:56.789
RevisionHistory
RevisionEvent
ReleaseDate
2021-04-27 15:38:11
Note
Only known prior ReleaseDate of the metadata
RevisionEvent
ReleaseDate
2022-08-18 12:34:56.789
Note
Added DOI and PublicationInfo minted by LFB, added H.E. Spence and G.D. Reeves Contacts, updated InformationURL URLs as needed, updated the SPDF MetadataContact Person to Robert M. Candey, metadata updated to SPASE 2.4.1, reviewed by LFB 20220818
Description

Van Allen Probe B, Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Magnetic Electron Ion Spectrometer, MagEIS, Medium Energy 75° Energy Sensor, M75, Pitch Angle sorted Electron Fluxes from 20 keV to 4000 keV and Proton Fluxes from 60 keV to 1500 keV.

Acknowledgement
J.B. Blake, H.E. Spence, G.D. Reeves
PublicationInfo
Authors
Spence, H.E., G.D. Reeves, and J.B. Blake
PublicationDate
2022-01-01 00:00:00
PublishedBy
NASA Space Physics Data Facility
Contacts
RolePersonStartDateStopDateNote
1.PrincipalInvestigatorspase://SMWG/Person/Harlan.E.Spence
2.DeputyPIspase://SMWG/Person/Geoffrey.D.Reeves
3.TeamMemberspase://SMWG/Person/J.Bernard.Blake
4.MetadataContactspase://SMWG/Person/Robert.M.Candey
5.MetadataContactspase://SMWG/Person/Lee.Frost.Bargatze
InformationURL
Name
Van Allen Probes Home Page, JHU/APL
URL
https://vanallenprobes.jhuapl.edu
Description

Van Allen Probes Home Page, Exploring Earth's Radiation Belts and the Extremes of Space Weather, Applied Physics Laboratory, Johns Hopkins University

InformationURL
Name
Van Allen Probes Science Gateway for access to Data, Models, Software and Tools for Researchers, Students and the General Public, JHU/APL
URL
https://rbspgway.jhuapl.edu/
Description

Van Allen Probes Science Gateway for access to Data, Models, Software and Tools for Researchers, Students and the General Public at the Applied Physics Laboratory, Johns Hopkins University

InformationURL
Name
Van Allen Probes Science Gateway, Mission Rules of the Road for Data Usage, JHU/APL
URL
https://rbspgway.jhuapl.edu/data_policy
Description

Van Allen Probes Science Gateway, Mission Rules of the Road for Data Usage, Applied Physics Laboratory at the Applied Physics Laboratory, Johns Hopkins University

InformationURL
Name
Van Allen Probes ECT Home Page, UNH
URL
https://rbsp-ect.sr.unh.edu/
Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Home Page at the University of New Hampshire

InformationURL
Name
Van Allen Probes ECT SOC, and Data Services Web Page, LANL
URL
https://www.rbsp-ect.lanl.gov/
Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Science Operations Center, SOC, and Data Services Web Page at the Los Alamos National Laboratory

InformationURL
Name
Van Allen Probes ECT SOC, Data Access Links to MagEIS Particle Data, LANL
URL
https://www.rbsp-ect.lanl.gov/science/DataDirectories.php
Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Science Operations Center, SOC, Data Access Links to Pitch Angle resolved Magnetic Electron Ion Spectrometer, MagEIS, Particle Web Site for access to Magnetic Field Data the Los Alamos National Laboratory

PriorIDs
spase://VSPO/NumericalData/RBSP/B/ECT/MagEIS/L3/Sectors/Release03/PT10.9S
spase://VSPO/NumericalData/RBSP/B/ECT/MagEIS/L3/Sectors/Release03/PT0.020S
spase://VSPO/NumericalData/RBSP/B/ECT/MagEIS/Release03/Level3
spase://VSPO/NumericalData/RBSP/B/ECT/MagEIS/L3/Sectors/Release04/PT10.9S
AccessInformation
RepositoryID
spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWEB
Availability
Online
AccessRights
Open
AccessURL
Name
FTPS from SPDF (not with most browsers)
URL
ftps://spdf.gsfc.nasa.gov/pub/data/rbsp/rbspb/l3/ect/mageis/sectors/rel04/
Description

Access to Data in CDF Format via ftp from SPDF

AccessURL
Name
HTTPS from SPDF
URL
https://spdf.gsfc.nasa.gov/pub/data/rbsp/rbspb/l3/ect/mageis/sectors/rel04/
Description

Access to Data in CDF Format via http from SPDF

AccessURL
Name
CDAWeb
URL
https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=RBSPB_REL04_ECT-MAGEIS-L3&index=sp_phys
ProductKey
RBSPB_REL04_ECT-MAGEIS-L3
Description

Access to ASCII, CDF, and Plots via NASA/GSFC CDAWeb

Format
CDF
Encoding
None
Acknowledgement
J.B. Blake, H.E. Spence, G.D. Reeves. Please acknowledge the Data Providers and CDAWeb when using these Data.
AccessInformation
RepositoryID
spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWEB
Availability
Online
AccessRights
Open
AccessURL
Name
CDAWeb HAPI Server
URL
https://cdaweb.gsfc.nasa.gov/hapi
Style
HAPI
ProductKey
RBSPB_REL04_ECT-MAGEIS-L3@0
ProductKey
RBSPB_REL04_ECT-MAGEIS-L3@1
Description

Web Service to this product using the HAPI interface.

Format
CSV
Acknowledgement
J.B. Blake, H.E. Spence, G.D. Reeves. Please acknowledge the Data Providers and CDAWeb when using these Data.
ProcessingLevel
Calibrated
InstrumentIDs
spase://SMWG/Instrument/RBSP/B/ECT
spase://SMWG/Instrument/RBSP/B/Ephemeris
MeasurementType
EnergeticParticles
MeasurementType
MagneticField
TemporalDescription
TimeSpan
StartDate
2012-09-07 00:00:10.000
StopDate
2019-10-18 16:30:00Z
Cadence
PT10.9S
ObservedRegion
Earth.Magnetosphere
ObservedRegion
Earth.Magnetosphere.Main
ObservedRegion
Earth.Magnetosphere.RadiationBelt
ObservedRegion
Earth.NearSurface.EquatorialRegion
Parameter #1
Name
Epoch Time, UTC, Sample Time, Midpoint
ParameterKey
Epoch
Description

Epoch Time, Coordinated Universal Time, UTC, Midpoint of the Sample Time

Caveats
This Parameter exhibits an increasing Monotonic Progression.
Cadence
PT10.9S
RenderingHints
ScaleType
LinearScale
ValidMin
01-Jan-1990 00:00:00.000
ValidMax
31-Dec-2059 23:59:59.999
FillValue
31-Dec-9999 23:59:59.999
Support
Qualifier
Scalar
SupportQuantity
Temporal
Parameter #2
Name
Energy Delta Minus, Electron Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_Energy_DELTA_minus
Description

Energy Delta Minus, Electron Differential Flux Intensity, Unidirectional

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
AxisLabel
FEDU_Energy_DELTA_minus
ValueFormat
E12.2
ScaleType
LinearScale
Structure
Size
25
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
Energy
Parameter #3
Name
Energy Delta Plus, Electron Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_Energy_DELTA_plus
Description

Energy Delta Plus, Electron Differential Flux Intensity, Unidirectional

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
AxisLabel
FEDU_Energy_DELTA_plus
ValueFormat
E12.2
ScaleType
LinearScale
Structure
Size
25
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
Energy
Parameter #4
Name
Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU
Description

Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original, Energies from ~20 keV to ~4000 keV. Column 1 Labels from FEDU_ALPHA: [ 8.18200, 24.5500, 40.9100, 57.2700, 73.6400, 90.0000, 106.400, 122.700, 139.100, 155.500, 171.800]

Caveats
Dimension 0 holds 7805 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. Dimension 2 holds 25 Energy Bins. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FEDU_Flux
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #5
Name
Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_plasmagram
Description

Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold, Energies from ~20 keV to ~4000 keV. Column 1 Labels from FEDU_ALPHA: [ 8.18200, 24.5500, 40.9100, 57.2700, 73.6400, 90.0000, 106.400, 122.700, 139.100, 155.500, 171.800]

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FEDU_Flux
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #6
Name
Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_byE_atA_old
Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_Flux_20.4keV","FEDU_Flux_31.5keV","FEDU_Flux_53.8keV","FEDU_Flux_79.8keV","FEDU_Flux_108.3keV","FEDU_Flux_140.5keV","FEDU_Flux_143.5keV","FEDU_Flux_183.4keV","FEDU_Flux_226.1keV","FEDU_Flux_231.8keV","FEDU_Flux_342.1keV","FEDU_Flux_464.4keV","FEDU_Flux_593.0keV","FEDU_Flux_741.6keV","FEDU_Flux_841.0keV","FEDU_Flux_901.8keV","FEDU_Flux_1078.keV","FEDU_Flux_1235.keV","FEDU_Flux_1565.keV","FEDU_Flux_1982.keV","FEDU_Flux_2579.keV","FEDU_Flux_3442.keV","FEDU_Flux_4123.keV","FEDU_Flux_chan24","FEDU_Flux_chan25"] * Column 2 Labels from FEDU_ENERGY: ["FEDU_Flux_8.2degPA","FEDU_Flux_24.5degPA","FEDU_Flux_40.9degPA","FEDU_Flux_57.3degPA","FEDU_Flux_73.6degPA","FEDU_Flux_90.0degPA","FEDU_Flux_106.4degPA","FEDU_Flux_122.7degPA","FEDU_Flux_139.1degPA","FEDU_Flux_155.5degPA","FEDU_Flux_171.8degPA"].

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FEDU.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #7
Name
Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_byE_atA
Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_Flux_8.2degPA","FEDU_Flux_24.5degPA","FEDU_Flux_40.9degPA","FEDU_Flux_57.3degPA","FEDU_Flux_73.6degPA","FEDU_Flux_90.0degPA","FEDU_Flux_106.4degPA","FEDU_Flux_122.7degPA","FEDU_Flux_139.1degPA","FEDU_Flux_155.5degPA","FEDU_Flux_171.8degPA"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_Flux_20.4keV","FEDU_Flux_31.5keV","FEDU_Flux_53.8keV","FEDU_Flux_79.8keV","FEDU_Flux_108.3keV","FEDU_Flux_140.5keV","FEDU_Flux_143.5keV","FEDU_Flux_183.4keV","FEDU_Flux_226.1keV","FEDU_Flux_231.8keV","FEDU_Flux_342.1keV","FEDU_Flux_464.4keV","FEDU_Flux_593.0keV","FEDU_Flux_741.6keV","FEDU_Flux_841.0keV","FEDU_Flux_901.8keV","FEDU_Flux_1078.keV","FEDU_Flux_1235.keV","FEDU_Flux_1565.keV","FEDU_Flux_1982.keV","FEDU_Flux_2579.keV","FEDU_Flux_3442.keV","FEDU_Flux_4123.keV","FEDU_Flux_chan24","FEDU_Flux_chan25"].

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #8
Name
Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_byA_atE_old
Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_Flux_20.4keV","FEDU_Flux_31.5keV","FEDU_Flux_53.8keV","FEDU_Flux_79.8keV","FEDU_Flux_108.3keV","FEDU_Flux_140.5keV","FEDU_Flux_143.5keV","FEDU_Flux_183.4keV","FEDU_Flux_226.1keV","FEDU_Flux_231.8keV","FEDU_Flux_342.1keV","FEDU_Flux_464.4keV","FEDU_Flux_593.0keV","FEDU_Flux_741.6keV","FEDU_Flux_841.0keV","FEDU_Flux_901.8keV","FEDU_Flux_1078.keV","FEDU_Flux_1235.keV","FEDU_Flux_1565.keV","FEDU_Flux_1982.keV","FEDU_Flux_2579.keV","FEDU_Flux_3442.keV","FEDU_Flux_4123.keV","FEDU_Flux_chan24","FEDU_Flux_chan25"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_Flux_8.2degPA","FEDU_Flux_24.5degPA","FEDU_Flux_40.9degPA","FEDU_Flux_57.3degPA","FEDU_Flux_73.6degPA","FEDU_Flux_90.0degPA","FEDU_Flux_106.4degPA","FEDU_Flux_122.7degPA","FEDU_Flux_139.1degPA","FEDU_Flux_155.5degPA","FEDU_Flux_171.8degPA"].

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FEDU.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #9
Name
Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_byA_atE
Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_Flux_8.2degPA","FEDU_Flux_24.5degPA","FEDU_Flux_40.9degPA","FEDU_Flux_57.3degPA","FEDU_Flux_73.6degPA","FEDU_Flux_90.0degPA","FEDU_Flux_106.4degPA","FEDU_Flux_122.7degPA","FEDU_Flux_139.1degPA","FEDU_Flux_155.5degPA","FEDU_Flux_171.8degPA"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_Flux_20.4keV","FEDU_Flux_31.5keV","FEDU_Flux_53.8keV","FEDU_Flux_79.8keV","FEDU_Flux_108.3keV","FEDU_Flux_140.5keV","FEDU_Flux_143.5keV","FEDU_Flux_183.4keV","FEDU_Flux_226.1keV","FEDU_Flux_231.8keV","FEDU_Flux_342.1keV","FEDU_Flux_464.4keV","FEDU_Flux_593.0keV","FEDU_Flux_741.6keV","FEDU_Flux_841.0keV","FEDU_Flux_901.8keV","FEDU_Flux_1078.keV","FEDU_Flux_1235.keV","FEDU_Flux_1565.keV","FEDU_Flux_1982.keV","FEDU_Flux_2579.keV","FEDU_Flux_3442.keV","FEDU_Flux_4123.keV","FEDU_Flux_chan24","FEDU_Flux_chan25"].

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #10
Name
Percentage Error, Electron Differential Flux Intensity, UniDirectional, Energy-Angle Plasmagrams, Pitch Angle binned
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_ERROR
Description

Percentage Error, Electron Differential Flux Intensity, UniDirectional, Energy-Angle Plasmagrams, Poisson Statistical Counting Percentage Error of the Measurement for each Energy Channel and Bin calculated by using 100*sqrt(Counts)^-1. * Column 1 Labels from FEDU_ALPHA: ["FEDU_Flux_20.4keV","FEDU_Flux_31.5keV","FEDU_Flux_53.8keV","FEDU_Flux_79.8keV","FEDU_Flux_108.3keV","FEDU_Flux_140.5keV","FEDU_Flux_143.5keV","FEDU_Flux_183.4keV","FEDU_Flux_226.1keV","FEDU_Flux_231.8keV","FEDU_Flux_342.1keV","FEDU_Flux_464.4keV","FEDU_Flux_593.0keV","FEDU_Flux_741.6keV","FEDU_Flux_841.0keV","FEDU_Flux_901.8keV","FEDU_Flux_1078.keV","FEDU_Flux_1235.keV","FEDU_Flux_1565.keV","FEDU_Flux_1982.keV","FEDU_Flux_2579.keV","FEDU_Flux_3442.keV","FEDU_Flux_4123.keV","FEDU_Flux_chan24","FEDU_Flux_chan25"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_Flux_8.2degPA","FEDU_Flux_24.5degPA","FEDU_Flux_40.9degPA","FEDU_Flux_57.3degPA","FEDU_Flux_73.6degPA","FEDU_Flux_90.0degPA","FEDU_Flux_106.4degPA","FEDU_Flux_122.7degPA","FEDU_Flux_139.1degPA","FEDU_Flux_155.5degPA","FEDU_Flux_171.8degPA"].

Caveats
Dimension 0 holds 7805 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. Dimension 2 holds 25 Energy Bins. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
RenderingHints
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #11
Name
Energy Channel Centroids, Electron Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_Energy
Description

Energy Channel Centroids, Electron Differential Flux Intensity, Unidirectional

Caveats
These Channels are the 25 Main Rate Channels. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
DisplayType
TimeSeries
AxisLabel
Energy
ValueFormat
E10.3
ScaleType
LogScale
Structure
Size
25
Element
Name
FEDU_Energy_20.4keV
Index
1
Element
Name
FEDU_Energy_31.5keV
Index
2
Element
Name
FEDU_Energy_53.8keV
Index
3
Element
Name
FEDU_Energy_79.8keV
Index
4
Element
Name
FEDU_Energy_108.3keV
Index
5
Element
Name
FEDU_Energy_140.5keV
Index
6
Element
Name
FEDU_Energy_143.5keV
Index
7
Element
Name
FEDU_Energy_183.4keV
Index
8
Element
Name
FEDU_Energy_226.1keV
Index
9
Element
Name
FEDU_Energy_231.8keV
Index
10
Element
Name
FEDU_Energy_342.1keV
Index
11
Element
Name
FEDU_Energy_464.4keV
Index
12
Element
Name
FEDU_Energy_593.0keV
Index
13
Element
Name
FEDU_Energy_741.6keV
Index
14
Element
Name
FEDU_Energy_841.0keV
Index
15
Element
Name
FEDU_Energy_901.8keV
Index
16
Element
Name
FEDU_Energy_1078.keV
Index
17
Element
Name
FEDU_Energy_1235.keV
Index
18
Element
Name
FEDU_Energy_1565.keV
Index
19
Element
Name
FEDU_Energy_1982.keV
Index
20
Element
Name
FEDU_Energy_2579.keV
Index
21
Element
Name
FEDU_Energy_3442.keV
Index
22
Element
Name
FEDU_Energy_4123.keV
Index
23
Element
Name
FEDU_Energy_chan24
Index
24
Element
Name
FEDU_Energy_chan25
Index
25
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
Energy
Parameter #12
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original, Energies from ~20 keV to ~4000 keV. Column 1 Labels from FEDU_ALPHA: [ 8.18200, 24.5500, 40.9100, 57.2700, 73.6400, 90.0000, 106.400, 122.700, 139.100, 155.500, 171.800]

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. Dimension 2 holds 25 Energy Bins. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FEDU_CORR
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #13
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_plasmagram
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold, Energies from ~20 keV to ~4000 keV. Column 1 Labels from FEDU_ALPHA: [ 8.18200, 24.5500, 40.9100, 57.2700, 73.6400, 90.0000, 106.400, 122.700, 139.100, 155.500, 171.800]

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU_CORR, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FEDU_CORR
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #14
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_byE_atA_old
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_CORR_Flux_20.4keV","FEDU_CORR_Flux_31.5keV","FEDU_CORR_Flux_53.8keV","FEDU_CORR_Flux_79.8keV","FEDU_CORR_Flux_108.3keV","FEDU_CORR_Flux_140.5keV","FEDU_CORR_Flux_143.5keV","FEDU_CORR_Flux_183.4keV","FEDU_CORR_Flux_226.1keV","FEDU_CORR_Flux_231.8keV","FEDU_CORR_Flux_342.1keV","FEDU_CORR_Flux_464.4keV","FEDU_CORR_Flux_593.0keV","FEDU_CORR_Flux_741.6keV","FEDU_CORR_Flux_841.0keV","FEDU_CORR_Flux_901.8keV","FEDU_CORR_Flux_1078.keV","FEDU_CORR_Flux_1235.keV","FEDU_CORR_Flux_1565.keV","FEDU_CORR_Flux_1982.keV","FEDU_CORR_Flux_2579.keV","FEDU_CORR_Flux_3442.keV","FEDU_CORR_Flux_4123.keV","FEDU_CORR_Flux_chan24","FEDU_CORR_Flux_chan25"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_CORR_Flux_8.2degPA","FEDU_CORR_Flux_24.5degPA","FEDU_CORR_Flux_40.9degPA","FEDU_CORR_Flux_57.3degPA","FEDU_CORR_Flux_73.6degPA","FEDU_CORR_Flux_90.0degPA","FEDU_CORR_Flux_106.4degPA","FEDU_CORR_Flux_122.7degPA","FEDU_CORR_Flux_139.1degPA","FEDU_CORR_Flux_155.5degPA","FEDU_CORR_Flux_171.8degPA"].

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FEDU_CORR.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #15
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_byE_atA
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_CORR_Flux_8.2degPA","FEDU_CORR_Flux_24.5degPA","FEDU_CORR_Flux_40.9degPA","FEDU_CORR_Flux_57.3degPA","FEDU_CORR_Flux_73.6degPA","FEDU_CORR_Flux_90.0degPA","FEDU_CORR_Flux_106.4degPA","FEDU_CORR_Flux_122.7degPA","FEDU_CORR_Flux_139.1degPA","FEDU_CORR_Flux_155.5degPA","FEDU_CORR_Flux_171.8degPA"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_CORR_Flux_20.4keV","FEDU_CORR_Flux_31.5keV","FEDU_CORR_Flux_53.8keV","FEDU_CORR_Flux_79.8keV","FEDU_CORR_Flux_108.3keV","FEDU_CORR_Flux_140.5keV","FEDU_CORR_Flux_143.5keV","FEDU_CORR_Flux_183.4keV","FEDU_CORR_Flux_226.1keV","FEDU_CORR_Flux_231.8keV","FEDU_CORR_Flux_342.1keV","FEDU_CORR_Flux_464.4keV","FEDU_CORR_Flux_593.0keV","FEDU_CORR_Flux_741.6keV","FEDU_CORR_Flux_841.0keV","FEDU_CORR_Flux_901.8keV","FEDU_CORR_Flux_1078.keV","FEDU_CORR_Flux_1235.keV","FEDU_CORR_Flux_1565.keV","FEDU_CORR_Flux_1982.keV","FEDU_CORR_Flux_2579.keV","FEDU_CORR_Flux_3442.keV","FEDU_CORR_Flux_4123.keV","FEDU_CORR_Flux_chan24","FEDU_CORR_Flux_chan25"].

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU_CORR, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #16
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_byA_atE_old
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_CORR_Flux_20.4keV","FEDU_CORR_Flux_31.5keV","FEDU_CORR_Flux_53.8keV","FEDU_CORR_Flux_79.8keV","FEDU_CORR_Flux_108.3keV","FEDU_CORR_Flux_140.5keV","FEDU_CORR_Flux_143.5keV","FEDU_CORR_Flux_183.4keV","FEDU_CORR_Flux_226.1keV","FEDU_CORR_Flux_231.8keV","FEDU_CORR_Flux_342.1keV","FEDU_CORR_Flux_464.4keV","FEDU_CORR_Flux_593.0keV","FEDU_CORR_Flux_741.6keV","FEDU_CORR_Flux_841.0keV","FEDU_CORR_Flux_901.8keV","FEDU_CORR_Flux_1078.keV","FEDU_CORR_Flux_1235.keV","FEDU_CORR_Flux_1565.keV","FEDU_CORR_Flux_1982.keV","FEDU_CORR_Flux_2579.keV","FEDU_CORR_Flux_3442.keV","FEDU_CORR_Flux_4123.keV","FEDU_CORR_Flux_chan24","FEDU_CORR_Flux_chan25"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_CORR_Flux_8.2degPA","FEDU_CORR_Flux_24.5degPA","FEDU_CORR_Flux_40.9degPA","FEDU_CORR_Flux_57.3degPA","FEDU_CORR_Flux_73.6degPA","FEDU_CORR_Flux_90.0degPA","FEDU_CORR_Flux_106.4degPA","FEDU_CORR_Flux_122.7degPA","FEDU_CORR_Flux_139.1degPA","FEDU_CORR_Flux_155.5degPA","FEDU_CORR_Flux_171.8degPA"].

Caveats
FEDU stands for Flux, Electron, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FEDU_CORR.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #17
Name
Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_byA_atE
Description

Background-Corrected Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold, Energies from ~20 keV to ~4000 keV. * Column 1 Labels from FEDU_ALPHA: ["FEDU_CORR_Flux_8.2degPA","FEDU_CORR_Flux_24.5degPA","FEDU_CORR_Flux_40.9degPA","FEDU_CORR_Flux_57.3degPA","FEDU_CORR_Flux_73.6degPA","FEDU_CORR_Flux_90.0degPA","FEDU_CORR_Flux_106.4degPA","FEDU_CORR_Flux_122.7degPA","FEDU_CORR_Flux_139.1degPA","FEDU_CORR_Flux_155.5degPA","FEDU_CORR_Flux_171.8degPA"]. * Column 2 Labels from FEDU_ENERGY: ["FEDU_CORR_Flux_20.4keV","FEDU_CORR_Flux_31.5keV","FEDU_CORR_Flux_53.8keV","FEDU_CORR_Flux_79.8keV","FEDU_CORR_Flux_108.3keV","FEDU_CORR_Flux_140.5keV","FEDU_CORR_Flux_143.5keV","FEDU_CORR_Flux_183.4keV","FEDU_CORR_Flux_226.1keV","FEDU_CORR_Flux_231.8keV","FEDU_CORR_Flux_342.1keV","FEDU_CORR_Flux_464.4keV","FEDU_CORR_Flux_593.0keV","FEDU_CORR_Flux_741.6keV","FEDU_CORR_Flux_841.0keV","FEDU_CORR_Flux_901.8keV","FEDU_CORR_Flux_1078.keV","FEDU_CORR_Flux_1235.keV","FEDU_CORR_Flux_1565.keV","FEDU_CORR_Flux_1982.keV","FEDU_CORR_Flux_2579.keV","FEDU_CORR_Flux_3442.keV","FEDU_CORR_Flux_4123.keV","FEDU_CORR_Flux_chan24","FEDU_CORR_Flux_chan25"].

Caveats
All FEDU Values less than the Electron Clamp Threshold Value of 0.1 are mapped to Zero to improve the Display Range. FEDU stands for Flux, Electron, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FEDU_CORR, Clamp_Threshold_Electron.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #18
Name
Percentage Error, Background-Corrected Electron Differential Flux Intensity, UniDirectional, Energy-Angle Plasmagrams, Pitch Angle binned
Set
Time Series defined by using: EPOCH
ParameterKey
FEDU_CORR_ERROR
Description

Percentage Error, Background-Corrected Electron Differential Flux Intensity, UniDirectional, Energy-Angle Plasmagrams, Poisson Statistical Counting Percentage Error of the Measurement for each Energy Channel and Bin calculated by using 100*sqrt(Counts)^-1. Column 1 Labels from FEDU_ALPHA: [ 8.18200, 24.5500, 40.9100, 57.2700, 73.6400, 90.0000, 106.400, 122.700, 139.100, 155.500, 171.800]

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. Dimension 2 holds 25 Energy Bins. Estimate of the Percentage Error in the uncorrected Electron Flux. The Percentage Error is defined as a Relative Error: 100*d(Flux)/Flux, where Flux is the uncorrected Electron Flux. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
RenderingHints
AxisLabel
FEDU_CORR_ERROR
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
11 25
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #19
Name
Spin-Averaged Electron Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background
Set
Time Series defined by using: EPOCH
ParameterKey
FESA_DELTA
Description

Spin-Averaged Electron Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background, Energies from ~20 keV to ~4000 keV

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. FESA stands for Flux, Electron, Spin-Averaged.
Cadence
PT10.9S
Units
(cm^2 s keV)^-1
UnitsConversion
6.24161e-16>(m^2 s J)^-1
RenderingHints
DisplayType
Spectrogram
AxisLabel
FESA_(CORR)_DELTA
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
25
ValidMin
1.0e-06
ValidMax
1.0e+15
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #20
Name
Background-Corrected Spin-Averaged Electron Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background
Set
Time Series defined by using: EPOCH
ParameterKey
FESA_CORR_DELTA
Description

Background-Corrected Spin-Averaged Electron Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background, Energies from ~20 keV to ~4000 keV

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 11 Pitch Angle Bins. FESA stands for Flux, Electron, Spin-Averaged.
Cadence
PT10.9S
Units
(cm^2 s keV)^-1
UnitsConversion
6.24161e-16>(m^2 s J)^-1
RenderingHints
DisplayType
Spectrogram
AxisLabel
FESA_CORR_DELTA
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
25
ValidMin
1.0e-06
ValidMax
1.0e+15
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
NumberFlux
Parameter #21
Name
Pitch Angle, Alpha, Electron Differential Flux Intensity, Unidirectional
ParameterKey
FEDU_Alpha
Description

Pitch Angle, Alpha, Electron Differential Flux Intensity, Unidirectional

Caveats
There are 11 Pitch Angle Bins defined for Electrons. The Value is the Center of each Pitch Angle Bin. These Pitch Angles range from 0° to 180°. FEDU stands for Flux, Electron, Differential, Unidirectional.
Cadence
PT10.9S
Units
°
UnitsConversion
0.0174532925>rad
RenderingHints
AxisLabel
Pitch Angle
ValueFormat
E10.3
ScaleType
LinearScale
Structure
Size
11
ValidMin
0.0
ValidMax
220.0
FillValue
-1.0e+31
Particle
ParticleType
Electron
Qualifier
Array
ParticleQuantity
ArrivalDirection
Parameter #22
Name
Epoch Time, UTC, Proton Sample Time, Midpoint
ParameterKey
FPDU_Epoch
Description

Epoch Time, Coordinated Universal Time, UTC, Midpoint of the Proton Sample Time

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional This Parameter exhibits an increasing Monotonic Progression.
Cadence
PT10.9S
RenderingHints
ScaleType
LinearScale
ValidMin
01-Jan-1990 00:00:00.000
ValidMax
31-Dec-2059 23:59:59.999
FillValue
31-Dec-9999 23:59:59.999
Support
Qualifier
Scalar
SupportQuantity
Temporal
Parameter #23
Name
Energy Delta Minus, Proton Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FPDU_Energy_DELTA_minus
Description

Energy Delta Minus, Proton Differential Flux Intensity, Unidirectional

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
AxisLabel
FPDU_Energy_DELTA_minus
ValueFormat
E12.2
ScaleType
LinearScale
Structure
Size
31
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
Energy
AtomicNumber
1
Parameter #24
Name
Energy Delta Plus, Proton Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FPDU_Energy_DELTA_plus
Description

Energy Delta Plus, Proton Differential Flux Intensity, Unidirectional

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
AxisLabel
FPDU_Energy_DELTA_plus
ValueFormat
E12.2
ScaleType
LinearScale
Structure
Size
31
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
Energy
AtomicNumber
1
Parameter #25
Name
Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU
Description

Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Original, Energies from ~60 keV to ~1300 keV. Column 1 Labels from FPDU_ALPHA: [ 6.00000, 18.0000, 30.0000, 42.0000, 54.0000, 66.0000, 78.0000, 90.0000, 102.000, 114.000, 126.000, 138.000, 150.000, 162.000, 174.000, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31]

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FPDU_Flux
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #26
Name
Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU_plasmagram
Description

Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Clamp Threshold, Energies from ~60 keV to ~1300 keV. Column 1 Labels from FPDU_ALPHA: [ 6.00000, 18.0000, 30.0000, 42.0000, 54.0000, 66.0000, 78.0000, 90.0000, 102.000, 114.000, 126.000, 138.000, 150.000, 162.000, 174.000, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31, -1.00000e+31]

Caveats
All FPDU Values less than the Ion Clamp Threshold Value of 1.0 are mapped to Zero to improve the Display Range. FPDU stands for Flux, Proton, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FPDU, Clamp_Threshold_Ion.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
AxisLabel
FPDU_Flux
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #27
Name
Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU_byE_atA_old
Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Original, Energies from ~60 keV to ~1300 keV. * Column 1 Labels from FPDU_ALPHA: ["FPDU_Flux_58.44keV","FPDU_Flux_69.29keV","FPDU_Flux_82.85keV","FPDU_Flux_99.12keV","FPDU_Flux_118.1keV","FPDU_Flux_139.8keV","FPDU_Flux_164.2keV","FPDU_Flux_194.1keV","FPDU_Flux_229.3keV","FPDU_Flux_267.3keV","FPDU_Flux_308.0keV","FPDU_Flux_356.8keV","FPDU_Flux_413.8keV","FPDU_Flux_478.9keV","FPDU_Flux_554.8keV","FPDU_Flux_636.2keV","FPDU_Flux_728.4keV","FPDU_Flux_839.6keV","FPDU_Flux_967.1keV","FPDU_Flux_1111.keV","FPDU_Flux_1271.keV","FPDU_Flux_chan22","FPDU_Flux_chan23","FPDU_Flux_chan24","FPDU_Flux_chan25","FPDU_Flux_chan26","FPDU_Flux_chan27","FPDU_Flux_chan28","FPDU_Flux_chan29","FPDU_Flux_chan30","FPDU_Flux_chan31"]. * Column 2 Labels from FPDU_ENERGY: ["FPDU_Flux_6.0degPA","FPDU_Flux_18.0degPA","FPDU_Flux_30.0degPA","FPDU_Flux_42.0degPA","FPDU_Flux_54.0degPA","FPDU_Flux_66.0degPA","FPDU_Flux_78.0degPA","FPDU_Flux_90.0degPA","FPDU_Flux_102.0degPA","FPDU_Flux_114.0degPA","FPDU_Flux_126.0degPA","FPDU_Flux_138.0degPA","FPDU_Flux_150.0degPA","FPDU_Flux_162.0degPA","FPDU_Flux_174.0degPA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA"].

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FPDU.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #28
Name
Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU_byE_atA
Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Clamp Threshold, Energies from ~60 keV to ~1300 keV. * Column 1 Labels from FPDU_ALPHA: ["FPDU_Flux_6.0degPA","FPDU_Flux_18.0degPA","FPDU_Flux_30.0degPA","FPDU_Flux_42.0degPA","FPDU_Flux_54.0degPA","FPDU_Flux_66.0degPA","FPDU_Flux_78.0degPA","FPDU_Flux_90.0degPA","FPDU_Flux_102.0degPA","FPDU_Flux_114.0degPA","FPDU_Flux_126.0degPA","FPDU_Flux_138.0degPA","FPDU_Flux_150.0degPA","FPDU_Flux_162.0degPA","FPDU_Flux_174.0degPA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA"]. * Column 2 Labels from FPDU_ENERGY: ["FPDU_Flux_58.44keV","FPDU_Flux_69.29keV","FPDU_Flux_82.85keV","FPDU_Flux_99.12keV","FPDU_Flux_118.1keV","FPDU_Flux_139.8keV","FPDU_Flux_164.2keV","FPDU_Flux_194.1keV","FPDU_Flux_229.3keV","FPDU_Flux_267.3keV","FPDU_Flux_308.0keV","FPDU_Flux_356.8keV","FPDU_Flux_413.8keV","FPDU_Flux_478.9keV","FPDU_Flux_554.8keV","FPDU_Flux_636.2keV","FPDU_Flux_728.4keV","FPDU_Flux_839.6keV","FPDU_Flux_967.1keV","FPDU_Flux_1111.keV","FPDU_Flux_1271.keV","FPDU_Flux_chan22","FPDU_Flux_chan23","FPDU_Flux_chan24","FPDU_Flux_chan25","FPDU_Flux_chan26","FPDU_Flux_chan27","FPDU_Flux_chan28","FPDU_Flux_chan29","FPDU_Flux_chan30","FPDU_Flux_chan31"].

Caveats
All FPDU Values less than the Ion Clamp Threshold Value of 1.0 are mapped to Zero to improve the Display Range. FPDU stands for Flux, Proton, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FPDU, Clamp_Threshold_Ion.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #29
Name
Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU_byA_atE_old
Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Original, Energies from ~60 keV to ~1300 keV. * Column 1 Labels from FPDU_ALPHA: ["FPDU_Flux_58.44keV","FPDU_Flux_69.29keV","FPDU_Flux_82.85keV","FPDU_Flux_99.12keV","FPDU_Flux_118.1keV","FPDU_Flux_139.8keV","FPDU_Flux_164.2keV","FPDU_Flux_194.1keV","FPDU_Flux_229.3keV","FPDU_Flux_267.3keV","FPDU_Flux_308.0keV","FPDU_Flux_356.8keV","FPDU_Flux_413.8keV","FPDU_Flux_478.9keV","FPDU_Flux_554.8keV","FPDU_Flux_636.2keV","FPDU_Flux_728.4keV","FPDU_Flux_839.6keV","FPDU_Flux_967.1keV","FPDU_Flux_1111.keV","FPDU_Flux_1271.keV","FPDU_Flux_chan22","FPDU_Flux_chan23","FPDU_Flux_chan24","FPDU_Flux_chan25","FPDU_Flux_chan26","FPDU_Flux_chan27","FPDU_Flux_chan28","FPDU_Flux_chan29","FPDU_Flux_chan30","FPDU_Flux_chan31"]. * Column 2 Labels from FPDU_ENERGY: ["FPDU_Flux_6.0degPA","FPDU_Flux_18.0degPA","FPDU_Flux_30.0degPA","FPDU_Flux_42.0degPA","FPDU_Flux_54.0degPA","FPDU_Flux_66.0degPA","FPDU_Flux_78.0degPA","FPDU_Flux_90.0degPA","FPDU_Flux_102.0degPA","FPDU_Flux_114.0degPA","FPDU_Flux_126.0degPA","FPDU_Flux_138.0degPA","FPDU_Flux_150.0degPA","FPDU_Flux_162.0degPA","FPDU_Flux_174.0degPA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA"].

Caveats
FPDU stands for Flux, Proton, Differential, Unidirectional This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FPDU.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #30
Name
Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPDU_byA_atE
Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Clamp Threshold, Energies from ~60 keV to ~1300 keV. * Column 1 Labels from FPDU_ALPHA: ["FPDU_Flux_6.0degPA","FPDU_Flux_18.0degPA","FPDU_Flux_30.0degPA","FPDU_Flux_42.0degPA","FPDU_Flux_54.0degPA","FPDU_Flux_66.0degPA","FPDU_Flux_78.0degPA","FPDU_Flux_90.0degPA","FPDU_Flux_102.0degPA","FPDU_Flux_114.0degPA","FPDU_Flux_126.0degPA","FPDU_Flux_138.0degPA","FPDU_Flux_150.0degPA","FPDU_Flux_162.0degPA","FPDU_Flux_174.0degPA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA","FPDU_Flux_NA"]. * Column 2 Labels from FPDU_ENERGY: ["FPDU_Flux_58.44keV","FPDU_Flux_69.29keV","FPDU_Flux_82.85keV","FPDU_Flux_99.12keV","FPDU_Flux_118.1keV","FPDU_Flux_139.8keV","FPDU_Flux_164.2keV","FPDU_Flux_194.1keV","FPDU_Flux_229.3keV","FPDU_Flux_267.3keV","FPDU_Flux_308.0keV","FPDU_Flux_356.8keV","FPDU_Flux_413.8keV","FPDU_Flux_478.9keV","FPDU_Flux_554.8keV","FPDU_Flux_636.2keV","FPDU_Flux_728.4keV","FPDU_Flux_839.6keV","FPDU_Flux_967.1keV","FPDU_Flux_1111.keV","FPDU_Flux_1271.keV","FPDU_Flux_chan22","FPDU_Flux_chan23","FPDU_Flux_chan24","FPDU_Flux_chan25","FPDU_Flux_chan26","FPDU_Flux_chan27","FPDU_Flux_chan28","FPDU_Flux_chan29","FPDU_Flux_chan30","FPDU_Flux_chan31"].

Caveats
All FPDU Values less than the Ion Clamp Threshold Value of 1.0 are mapped to Zero to improve the Display Range. FPDU stands for Flux, Proton, Differential, Unidirectional. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FPDU, Clamp_Threshold_Ion.
Cadence
PT10.9S
Units
(cm^2 s sr keV)^-1
UnitsConversion
6.24161e-16>(m^2 s sr J)^-1
RenderingHints
DisplayType
Spectrogram
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
32 31
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #31
Name
Energy Channel Centroids, Proton Differential Flux Intensity, Unidirectional
Set
Time Series defined by using: EPOCH
ParameterKey
FPDU_Energy
Description

Energy Channel Centroids, Proton Differential Flux Intensity, Unidirectional

Caveats
These Channels are the 31 Main Rate Channels. FPDU stands for Flux, Proton, Differential, Unidirectional.
Cadence
PT10.9S
Units
keV
UnitsConversion
1.602176565e-16>J
RenderingHints
DisplayType
TimeSeries
AxisLabel
Energy
ValueFormat
E10.3
ScaleType
LogScale
Structure
Size
31
Element
Name
FPDU_Energy_58.44keV
Index
1
Element
Name
FPDU_Energy_69.29keV
Index
2
Element
Name
FPDU_Energy_82.85keV
Index
3
Element
Name
FPDU_Energy_99.12keV
Index
4
Element
Name
FPDU_Energy_118.1keV
Index
5
Element
Name
FPDU_Energy_139.8keV
Index
6
Element
Name
FPDU_Energy_164.2keV
Index
7
Element
Name
FPDU_Energy_194.1keV
Index
8
Element
Name
FPDU_Energy_229.3keV
Index
9
Element
Name
FPDU_Energy_267.3keV
Index
10
Element
Name
FPDU_Energy_308.0keV
Index
11
Element
Name
FPDU_Energy_356.8keV
Index
12
Element
Name
FPDU_Energy_413.8keV
Index
13
Element
Name
FPDU_Energy_478.9keV
Index
14
Element
Name
FPDU_Energy_554.8keV
Index
15
Element
Name
FPDU_Energy_636.2keV
Index
16
Element
Name
FPDU_Energy_728.4keV
Index
17
Element
Name
FPDU_Energy_839.6keV
Index
18
Element
Name
FPDU_Energy_967.1keV
Index
19
Element
Name
FPDU_Energy_1111.keV
Index
20
Element
Name
FPDU_Energy_1271.keV
Index
21
Element
Name
FPDU_Energy_chan22
Index
22
Element
Name
FPDU_Energy_chan23
Index
23
Element
Name
FPDU_Energy_chan24
Index
24
Element
Name
FPDU_Energy_chan25
Index
25
Element
Name
FPDU_Energy_chan26
Index
26
Element
Name
FPDU_Energy_chan27
Index
27
Element
Name
FPDU_Energy_chan28
Index
28
Element
Name
FPDU_Energy_chan29
Index
29
Element
Name
FPDU_Energy_chan30
Index
30
Element
Name
FPDU_Energy_chan31
Index
31
ValidMin
0.01
ValidMax
100000.0
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
Energy
AtomicNumber
1
Parameter #32
Name
Spin-Averaged Proton Differential Flux Intensity, Omnidirectional, Spectrograms, Original
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPSA
Description

Spin-Averaged Proton Differential Flux Intensity, Omnidirectional, Spectrograms, Original, Energies from ~60 keV to ~1300 keV

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 31 Energy Bins. FPSA stands for Flux, Proton, Spin-Averaged.
Cadence
PT10.9S
Units
(cm^2 s keV)^-1
UnitsConversion
6.24161e-16>(m^2 s J)^-1
RenderingHints
DisplayType
Spectrogram
AxisLabel
FPSA
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
31
ValidMin
1.0e-06
ValidMax
1.0e+10
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #33
Name
Spin-Averaged Proton Differential Flux Intensity, Omnidirectional, Spectrograms, Clamp Threshold
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPSA_Clamp
Description

Spin-Averaged Proton Differential Flux Intensity, Omnidirectional, Spectrograms, Clamp Threshold, Energies from ~60 keV to ~1300 keV

Caveats
All FPDU Values less than the Ion Clamp Threshold Value of 1.0 are mapped to Zero to improve the Display Range. FPSA stands for Flux, Proton, Spin-Averaged. This parameter is virtual. It is calculated by calling the function CLAMP_TO_ZERO with the following input parameters: FPSA, Clamp_Threshold_Ion.
Cadence
PT10.9S
Units
(cm^2 s keV)^-1
UnitsConversion
6.24161e-16>(m^2 s J)^-1
RenderingHints
DisplayType
Spectrogram
AxisLabel
FPSA
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
31
ValidMin
0.0
ValidMax
1.0e+10
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #34
Name
Spin-Averaged Proton Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background
Set
Time Series defined by using: FPDU_EPOCH
ParameterKey
FPSA_DELTA
Description

Spin-Averaged Proton Differential Flux Intensity Delta, Omnidirectional, Spectrograms, Perturbations from Background, Energies from ~60 keV to ~1300 keV

Caveats
Dimension 0 holds 8011 Time Bins. Dimension 1 holds 31 Energy Bins. FPSA stands for Flux, Proton, Spin-Averaged.
Cadence
PT10.9S
Units
(cm^2 s keV)^-1
UnitsConversion
6.24161e-16>(m^2 s J)^-1
RenderingHints
DisplayType
Spectrogram
AxisLabel
FPSA_DELTA
ValueFormat
E12.2
ScaleType
LogScale
Structure
Size
31
ValidMin
1.0e-06
ValidMax
1.0e+15
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
NumberFlux
AtomicNumber
1
Parameter #35
Name
Pitch Angle, Alpha, Proton Differential Flux Intensity, Unidirectional
ParameterKey
FPDU_Alpha
Description

Pitch Angle, Alpha, Proton Differential Flux Intensity, Unidirectional

Caveats
There are 15 Pitch Angle Bins defined for Protons. The Value is the Center of each Pitch Angle Bin. These Pitch Angles range from 0° to 180°. FPDU stands for Flux, Proton, Differential, Unidirectional.
Cadence
PT10.9S
Units
°
UnitsConversion
0.0174532925>rad
RenderingHints
AxisLabel
Pitch Angle
ValueFormat
E10.3
ScaleType
LinearScale
Structure
Size
32
ValidMin
0.0
ValidMax
180.0
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
ArrivalDirection
AtomicNumber
1
Parameter #36
Name
Roederer L* generalized L Shell Parameter, 90° Particle
Set
Time Series defined by using: EPOCH
ParameterKey
L_star
Description

Roederer L* generalized L Shell Parameter for a 90° Pitch Angle Particle

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q. L Shell Parameters are dimensionless.
Cadence
PT10.9S
RenderingHints
DisplayType
TimeSeries
AxisLabel
L!u*!n
ValueFormat
E10.3
ScaleType
LinearScale
ValidMin
0.0
ValidMax
10.0
FillValue
-1.0e+31
Support
Qualifier
Scalar
SupportQuantity
Other
Parameter #37
Name
McIlwain L Shell Parameter
Set
Time Series defined by using: EPOCH
ParameterKey
L
Description

McIlwain L Shell Parameter

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q. L Shell Parameters are dimensionless.
Cadence
PT10.9S
RenderingHints
DisplayType
TimeSeries
AxisLabel
L
ValueFormat
E10.3
ScaleType
LinearScale
ValidMin
0.0
ValidMax
10.0
FillValue
-1.0e+31
Support
Qualifier
Scalar
SupportQuantity
Other
Parameter #38
Name
Second Adiabatic Invariant, Bounce
Set
Time Series defined by using: EPOCH
ParameterKey
I
Description

Second Adiabatic Invariant, Bounce

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q.
Cadence
PT10.9S
Units
Re
UnitsConversion
6.3712e6>m
RenderingHints
DisplayType
TimeSeries
AxisLabel
I
ValueFormat
E10.3
ScaleType
LinearScale
ValidMin
0.0
ValidMax
10.0
FillValue
-1.0e+31
Support
Qualifier
Scalar
SupportQuantity
Other
Parameter #39
Name
Model Spacecraft Magnetic Field Magnitude, Geographic Cartesian Coordinates
Set
Time Series defined by using: EPOCH
ParameterKey
B_Calc
Description

Model Spacecraft Magnetic Field Magnitude, Geographic, GEO, Cartesian Coordinates

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q.
Cadence
PT10.9S
Units
nT
UnitsConversion
1.0e-9>T
RenderingHints
DisplayType
TimeSeries
AxisLabel
B_Calc
ValueFormat
E10.3
ScaleType
LogScale
ValidMin
0.0
ValidMax
100000.0
FillValue
-1.0e+31
Field
Qualifier
Magnitude
Qualifier
Scalar
FieldQuantity
Magnetic
Parameter #40
Name
Model Magnetic Field Magnitude, Field Line Local Minimum
Set
Time Series defined by using: EPOCH
ParameterKey
B_Eq
Description

Model Magnetic Field Magnitude, Field Line Local Minimum

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q.
Cadence
PT10.9S
Units
nT
UnitsConversion
1.0e-9>T
RenderingHints
DisplayType
TimeSeries
AxisLabel
B_Eq
ValueFormat
E10.3
ScaleType
LogScale
ValidMin
0.0
ValidMax
100000.0
FillValue
-1.0e+31
Field
Qualifier
Magnitude
Qualifier
Scalar
FieldQuantity
Magnetic
Parameter #41
Name
Spacecraft Position, Magnetic Local Time
Set
Time Series defined by using: EPOCH
ParameterKey
MLT
Description

Spacecraft Position, Magnetic Local Time, MLT, in Hours

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q.
Cadence
PT10.9S
Units
h
UnitsConversion
3600>s
CoordinateSystem
CoordinateRepresentation
Spherical
CoordinateSystemName
MAG
RenderingHints
DisplayType
TimeSeries
AxisLabel
MLT
ValueFormat
E10.3
ScaleType
LinearScale
ValidMin
0.0
ValidMax
24.0
FillValue
-1.0e+31
Support
Qualifier
DirectionAngle.ElevationAngle
Qualifier
Scalar
SupportQuantity
Positional
Parameter #42
Name
Spacecraft Position, Magnetic Latitude
Set
Time Series defined by using: EPOCH
ParameterKey
MLAT
Description

Spacecraft Position, Magnetic Latitude, MLAT

Caveats
Internal Magnetic Field Model: International Geomagnetic Reference Field, IGRF. External Magnetic Field Model: Olson-Pfitzer 1977 Quiet, OP77Q.
Cadence
PT10.9S
Units
°
UnitsConversion
0.0174532925>rad
RenderingHints
DisplayType
TimeSeries
AxisLabel
MLAT
ValueFormat
E10.3
ScaleType
LinearScale
ValidMin
-90.0
ValidMax
90.0
FillValue
-1.0e+31
Support
Qualifier
Scalar
SupportQuantity
Positional
Parameter #43
Name
Spacecraft Position Vector, Geographic Cartesian Coordinates
Set
Time Series defined by using: EPOCH
ParameterKey
Position
Description

Spacecraft Position Vector, Geographic, GEO, Cartesian Coordinates

Caveats
The Origin is the Center of Mass of the Earth. The X-Axis points to the Intersection of the Greenwich Meridian and Geographic Equator. The Z Axis points to the Geographic North Pole. The Y Axis completes the Right-Handed Cartesian Triad with Y = -X × Z.
Cadence
PT10.9S
Units
Re
UnitsConversion
6.3712e6>m
CoordinateSystem
CoordinateRepresentation
Cartesian
CoordinateSystemName
GEO
RenderingHints
DisplayType
TimeSeries
ValueFormat
E12.2
ScaleType
LinearScale
Structure
Size
3
Element
Name
Xgeo
Index
1
Element
Name
Ygeo
Index
2
Element
Name
Zgeo
Index
3
ValidMin
-10.0
ValidMax
10.0
FillValue
-1.0e+31
Support
Qualifier
Vector
Qualifier
Array
SupportQuantity
Positional
Parameter #44
Name
Roederer L* generalized L Shell Parameter, Pitch Angle dependent, OP77Q Magnetic Field Model
Set
Time Series defined by using: EPOCH
ParameterKey
LstarVsAlpha
Description

Roederer L* generalized L Shell Parameter, Pitch Angle dependent, computed by using the Olson-Pfitzer 1977 Quiet, OP77Q, Magnetic Field Model

Caveats
L Shell Parameters are dimensionless.
Cadence
PT10.9S
RenderingHints
DisplayType
Spectrogram
AxisLabel
L!u*!n
ValueFormat
E10.3
ScaleType
LinearScale
Structure
Size
18
ValidMin
0.0
ValidMax
10.0
FillValue
-1.0e+31
Support
Qualifier
Array
SupportQuantity
Other
Parameter #45
Name
Pitch Angle, Alpha, Values for LstarVsAlpha
Set
Time Series defined by using: EPOCH
ParameterKey
LstarVsAlpha_Alpha
Description

Pitch Angle, Alpha, Values, these Pitch Angles are the local Pitch Angles that are used in order to compute the L* Values stored in LstarVsAlpha

Cadence
PT10.9S
Units
°
UnitsConversion
0.0174532925>rad
RenderingHints
AxisLabel
Alpha
ValueFormat
E10.3
ScaleType
LinearScale
Structure
Size
18
ValidMin
0.0
ValidMax
90.0
FillValue
-1.0e+31
Particle
ParticleType
Proton
Qualifier
Array
ParticleQuantity
ArrivalDirection
AtomicNumber
1