{ "id": "RBSPA_PRE_ECT-MAGEISM35-L2", "url": "http://hpde.io/ViRBO/NumericalData/RBSP/A/ECT/PRE/MAGEISM35-L2/", "data-file": "./data/spase_hpde_io/info/RBSPA_PRE_ECT-MAGEISM35-L2.json", "data": { "Spase": { "xmlns": "http://www.spase-group.org/data/schema", "Version": "2.2.2", "NumericalData": { "ResourceID": "spase://ViRBO/NumericalData/RBSP/A/ECT/PRE/MAGEISM35-L2/", "ResourceHeader": { "ResourceName": "Van Allen Probe B Electron fluxes ~150-1500 keV (M35) from ECT/MAGEIS", "ReleaseDate": "2013-11-26T11:19:09.243-05:00", "Description": "Electron fluxes ~150-1500 keV (M35) from ECT/MAGEIS", "Acknowledgement": "", "Contact": [ { "PersonID": "spase://SMWG/Person/J.Bernard.Blake", "Role": "PrincipalInvestigator" }, { "PersonID": "spase://SMWG/Person/Robert.E.McGuire", "Role": "ArchiveSpecialist" } ], "InformationURL": [ { "Name": "ECT home page", "URL": "http://rbsp-ect.sr.unh.edu", "Description": "at UNH" }, { "Name": "ECT SOC and data services", "URL": "http://www.rbsp-ect.lanl.gov", "Description": "at LANL" }, { "Name": "Van Allen Probes Science Gateway", "URL": "http://athena.jhuapl.edu", "Description": "Science Gateway (including Mission Rules of the Road for Data Usage)" } ] }, "AccessInformation": [ { "RepositoryID": "spase://SMWG/Repository/NASA/GSFC/SPDF", "Availability": "Online", "AccessRights": "Open", "AccessURL": { "Name": "CDAWeb", "URL": "http://cdaweb.gsfc.nasa.gov/", "ProductKey": "RBSPA_PRE_ECT-MAGEISM35-L2" }, "Format": "Text", "Acknowledgement": "NASA Space Physics Data Facility (SPDF) CDAWeb." }, { "RepositoryID": "spase://SMWG/Repository/NASA/GSFC/SPDF", "Availability": "Online", "AccessRights": "Open", "AccessURL": { "Name": "CDAWeb", "URL": "http://cdaweb.gsfc.nasa.gov/", "ProductKey": "RBSPA_PRE_ECT-MAGEISM35-L2" }, "Format": "CDF", "Acknowledgement": "NASA Space Physics Data Facility (SPDF) CDAWeb." } ], "InstrumentID": "spase://SMWG/Instrument/RBSP/B/ECT", "MeasurementType": "EnergeticParticles", "TemporalDescription": { "TimeSpan": { "StartDate": "2012-10-08T00:00:03.000Z", "RelativeStopDate": "-P30D" }, "Cadence": "\n\t PT1S\n\t" }, "Parameter": { "Epoch": { "Name": "Epoch ", "ParameterKey": "Epoch", "Description": "Default time ", "Caveats": "Epoch, UTC ", "Units": "ms ", "UnitsConversion": "1.0e3>s ", "Mixed": { "MixedQuantity": "Other" } }, "Epoch_Derived": { "Name": "Epoch_Derived ", "ParameterKey": "Epoch_Derived", "Description": "Default time for derived rate data ", "Caveats": "Epoch, UTC for derived rate data ", "Units": "ms ", "UnitsConversion": "1.0e3>s ", "Mixed": { "MixedQuantity": "Other" } }, "Epoch_Combined": { "Name": "Epoch_Combined ", "ParameterKey": "Epoch_Combined", "Description": "Default time for Combined rate data ", "Caveats": "Epoch, UTC for combined main and derived rate data ", "Units": "ms ", "UnitsConversion": "1.0e3>s ", "Mixed": { "MixedQuantity": "Other" } }, "Position": { "Name": "Satellite position (GEO) ", "ParameterKey": "Position", "Description": "[Time-series] Position of the satellite in geographic coordinates ", "Caveats": "Origin = Earths center of mass. X = Intersection of Greenwich meridian and geographic equator. Z = Geographic North Pole. Y = completes a right-handed Cartesian triad ", "Units": "km ", "UnitsConversion": "1.0e-3>m ", "Structure": { "Size": "3" }, "Mixed": { "MixedQuantity": "Other" } }, "Position_Quality": { "Name": "Position_Quality ", "ParameterKey": "Position_Quality", "Description": "Position Quality flag ", "Caveats": "0 denotes highest quality. ", "Units": "none ", "Mixed": { "MixedQuantity": "Other" } }, "B_Calc": { "Name": "Magnetic field strength ", "ParameterKey": "B_Calc", "Description": "---> Calculated magnetic field strength ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "nT ", "UnitsConversion": "1.0e9>T ", "Mixed": { "MixedQuantity": "Other" } }, "B_Eq": { "Name": "Equatorial magnetic field strength ", "ParameterKey": "B_Eq", "Description": "---> Calculated magnetic field strength at magnetic equator ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "nT ", "UnitsConversion": "1.0e9>T ", "Mixed": { "MixedQuantity": "Other" } }, "L": { "Name": "McIlwains L parameter ", "ParameterKey": "L", "Description": "---> Calculated McIlwains L parameter (Earths radii) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "R_E ", "UnitsConversion": "1.5696e-7>m ", "Mixed": { "MixedQuantity": "Other" } }, "L_star": { "Name": "Roederers L* parameter ", "ParameterKey": "L_star", "Description": "---> Calculated Roederers L* parameter (Earths radii) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "R_E ", "UnitsConversion": "1.5696e-7>m ", "Mixed": { "MixedQuantity": "Other" } }, "I": { "Name": "Adiabatic invariant (bounce) ", "ParameterKey": "I", "Description": "---> Adiabatic invariant (bounce) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "none ", "UnitsConversion": "none ", "Mixed": { "MixedQuantity": "Other" } }, "MLT": { "Name": "Magnetic Local Time ", "ParameterKey": "MLT", "Description": "---> Calculated Magnetic Local Time (hours) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "h ", "UnitsConversion": "2.778e-4>s ", "Mixed": { "MixedQuantity": "Other" } }, "Position_TT": { "Name": "Satellite position (GEO) ", "ParameterKey": "Position_TT", "Description": "[Labels on plots] Position of the satellite in geographic coordinates ", "Caveats": "Origin = Earths center of mass. X = Intersection of Greenwich meridian and geographic equator. Z = Geographic North Pole. Y = completes a right-handed Cartesian triad ", "Units": "km ", "UnitsConversion": "1.0e-3>m ", "Structure": { "Size": "3" }, "Mixed": { "MixedQuantity": "Other" } }, "B_Calc_TT": { "Name": "Magnetic field strength ", "ParameterKey": "B_Calc_TT", "Description": "---> Calculated magnetic field strength ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "nT ", "UnitsConversion": "1.0e9>T ", "Mixed": { "MixedQuantity": "Other" } }, "B_Eq_TT": { "Name": "Equatorial magnetic field strength ", "ParameterKey": "B_Eq_TT", "Description": "---> Calculated magnetic field strength at magnetic equator ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "nT ", "UnitsConversion": "1.0e9>T ", "Mixed": { "MixedQuantity": "Other" } }, "L_TT": { "Name": "McIlwains L parameter ", "ParameterKey": "L_TT", "Description": "---> Calculated McIlwains L parameter (Earths radii) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "R_E ", "UnitsConversion": "1.5696e-7>m ", "Mixed": { "MixedQuantity": "Other" } }, "L_star_TT": { "Name": "Roederers L* parameter ", "ParameterKey": "L_star_TT", "Description": "---> Calculated Roederers L* parameter (Earths radii) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "R_E ", "UnitsConversion": "1.5696e-7>m ", "Mixed": { "MixedQuantity": "Other" } }, "I_TT": { "Name": "Adiabatic invariant (bounce) ", "ParameterKey": "I_TT", "Description": "---> Adiabatic invariant (bounce) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "none ", "UnitsConversion": "none ", "Mixed": { "MixedQuantity": "Other" } }, "MLT_TT": { "Name": "Magnetic Local Time ", "ParameterKey": "MLT_TT", "Description": "---> Calculated Magnetic Local Time (hours) ", "Caveats": "Calculated using ONERA-DESP library Internal field: DGRF/IGRF External field: Olson & Pfitzer quiet ", "Units": "h ", "UnitsConversion": "2.778e-4>s ", "Mixed": { "MixedQuantity": "Other" } }, "FEDO": { "Name": "FEDO ", "ParameterKey": "FEDO", "Description": "Omnidirectional Differential Electron Flux ~150-1500 keV ", "Caveats": "Omnidirectional Differential Electron Flux (FEDO). These data are obtained by averaging the sectored fluxes over the data accumulation time (a spin-set, nominally equal to 2 spins). Thus, it is not a true omni-directional flux, but rather a spin-set-averaged flux. Dimension 1 is for the 9 magEIS energy channels. The energy channel centroids are specified in FEDO_Energy. The channel widths are specified in FEDO_Energy_Widths. ", "Units": "cm!U-2!N s!U-1!N keV!U-1!N ", "UnitsConversion": "1.602e-17>m^-2 s^-1 sr^-1 J^-1 ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Energy": { "Name": "FEDO_Energy ", "ParameterKey": "FEDO_Energy", "Description": "---> Energy centroids for FEDO ", "Caveats": "MagEIS energy channel centroids. ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Quality": { "Name": "FEDO_Quality ", "ParameterKey": "FEDO_Quality", "Description": "---> FEDO Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for combined L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Crosscalib": { "Name": "FEDO Crosscalib ", "ParameterKey": "FEDO_Crosscalib", "Description": "---> Crosscalibration factors for FEDO ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Energy_Widths": { "Name": "FEDO_Energy_Widths ", "ParameterKey": "FEDO_Energy_Widths", "Description": "Energy widths for FEDO ", "Caveats": "MagEIS energy channel widths. ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU": { "Name": "FEDU ", "ParameterKey": "FEDU", "Description": "Unidirectional Differential Electron Flux (energy-angle display) ", "Caveats": "Unidirectional Differential Electron Flux (FEDU). Dimension 1 is for the 9 magEIS energy channels. The energy channel centroids are specified in FEDU_Energy. The channel widths are specified in FEDU_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_E": { "Name": "FEDU ", "ParameterKey": "FEDU_E", "Description": "---> By Angle at up to 9 Energies: Unidirectional Differential Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux (FEDU). Dimension 1 is for the 9 magEIS energy channels. The energy channel centroids are specified in FEDU_Energy. The channel widths are specified in FEDU_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_A": { "Name": "FEDU ", "ParameterKey": "FEDU_A", "Description": "---> By Energy at up to 64 Sectors: Unidirectional Differential Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux (FEDU). Dimension 1 is for the 9 magEIS energy channels. The energy channel centroids are specified in FEDU_Energy. The channel widths are specified in FEDU_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Energy": { "Name": "FEDU_Energy ", "ParameterKey": "FEDU_Energy", "Description": "---> Energy centroids for FEDU ", "Caveats": "MagEIS energy channel centroids. ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Sector_Angle": { "Name": "FEDU_Sector_Angle ", "ParameterKey": "FEDU_Sector_Angle", "Description": "---> Sector angles for FEDU ", "Caveats": "Sector angles, in degrees. The dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0e+31. The angle is the start angle of the sector. ", "Units": "deg ", "Structure": { "Size": "64" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Quality": { "Name": "FEDU_Quality ", "ParameterKey": "FEDU_Quality", "Description": "---> FEDU Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for combined L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "64 9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Crosscalib": { "Name": "FEDU_Crosscalib ", "ParameterKey": "FEDU_Crosscalib", "Description": "Crosscalibration factors for FEDU ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Energy_Widths": { "Name": "FEDO_Energy_Widths ", "ParameterKey": "FEDU_Energy_Widths", "Description": "Energy widths for FEDO ", "Caveats": "MagEIS energy channel widths. ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Energy_DELTA_minus": { "Name": "FEDO_Energy_DELTA_minus ", "ParameterKey": "FEDO_Energy_DELTA_minus", "Description": "FEDO_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Energy_DELTA_plus": { "Name": "FEDO_Energy_DELTA_minus ", "ParameterKey": "FEDO_Energy_DELTA_plus", "Description": "FEDO_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Energy_DELTA_minus": { "Name": "FEDO_Energy_DELTA_minus ", "ParameterKey": "FEDU_Energy_DELTA_minus", "Description": "FEDO_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Energy_DELTA_plus": { "Name": "FEDO_Energy_DELTA_minus ", "ParameterKey": "FEDU_Energy_DELTA_plus", "Description": "FEDO_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined": { "Name": "FEDO_Combined ", "ParameterKey": "FEDO_Combined", "Description": "Omnidirectional Differential Combined Electron Flux ", "Caveats": "Omnidirectional Differential Electron Flux, combined from the main and derived rate data. These data are obtained by averaging the sectored fluxes over the data accumulation time (a spin-set, nominally equal to 2 spins). Thus, it is not a true omni-directional flux, but rather a spin-set-averaged flux. Dimension 1 is for the 15 magEIS energy channels (main+derived). The energy channel centroids are specified in FEDO_Combined_Energy. The channel widths are specified in FEDO_Combined_Energy_Widths. ", "Units": "cm!U-2!N s!U-1!N keV!U-1!N ", "UnitsConversion": "1.602e-17>m^-2 s^-1 sr^-1 J^-1 ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Energy": { "Name": "FEDO_Combined_Energy ", "ParameterKey": "FEDO_Combined_Energy", "Description": "---> Energy centroids for FEDO_Combined ", "Caveats": "MagEIS energy channel centroids. These 15 channels are a combination of the 9 \"main rate\" channels and the 6 \"derived rate\" channels. ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Quality": { "Name": "FEDO_Combined_Quality ", "ParameterKey": "FEDO_Combined_Quality", "Description": "---> FEDO_Combined Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for combined L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Crosscalib": { "Name": "FEDO_Combined Crosscalib ", "ParameterKey": "FEDO_Combined_Crosscalib", "Description": "---> Crosscalibration factors for FEDO_Combined ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Energy_Widths": { "Name": "FEDO_Combined_Energy_Widths ", "ParameterKey": "FEDO_Combined_Energy_Widths", "Description": "Energy widths for FEDO_Combined ", "Caveats": "MagEIS energy channel widths. These 15 channels are a combination of the 9 \"main rate\" channels and the 6 \"derived rate\" channels. ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined": { "Name": "FEDU_Combined ", "ParameterKey": "FEDU_Combined", "Description": "Unidirectional Differential Combined Electron Flux (energy-angle display) ", "Caveats": "Unidirectional Differential Electron Flux, combined from the main and derived rate data. Dimension 1 is for the 15 magEIS energy channels. The energy channel centroids are specified in FEDU_Combined_Energy. The channel widths are specified in FEDU_Combined_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Combined_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_E": { "Name": "FEDU_Combined ", "ParameterKey": "FEDU_Combined_E", "Description": "---> By Angle at up to 15 Energies: Unidirectional Differential Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux, combined from the main and derived rate data. Dimension 1 is for the 15 magEIS energy channels. The energy channel centroids are specified in FEDU_Combined_Energy. The channel widths are specified in FEDU_Combined_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Combined_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_A": { "Name": "FEDU_Combined ", "ParameterKey": "FEDU_Combined_A", "Description": "---> By Energy at up to 64 Sectors: Unidirectional Differential Combined Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux, combined from the main and derived rate data. Dimension 1 is for the 15 magEIS energy channels. The energy channel centroids are specified in FEDU_Combined_Energy. The channel widths are specified in FEDU_Combined_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Combined_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Energy": { "Name": "FEDU_Combined_Energy ", "ParameterKey": "FEDU_Combined_Energy", "Description": "---> Energy centroids for FEDU_Combined ", "Caveats": "MagEIS energy channel centroids. These 15 channels are a combination of the 9 \"main rate\" channels and the 6 \"derived rate\" channels. ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Sector_Angle": { "Name": "FEDU_Combined_Sector_Angle ", "ParameterKey": "FEDU_Combined_Sector_Angle", "Description": "---> Sector angles for FEDU_Combined ", "Caveats": "Sector angles, in degrees. The dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0e+31. The angle is the start angle of the sector. ", "Units": "deg ", "Structure": { "Size": "64" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Quality": { "Name": "FEDU_Combined_Quality ", "ParameterKey": "FEDU_Combined_Quality", "Description": "---> FEDU_Combined Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for combined L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "64 15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Crosscalib": { "Name": "FEDU_Combined_Crosscalib ", "ParameterKey": "FEDU_Combined_Crosscalib", "Description": "Crosscalibration factors for FEDU_Combined ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Energy_Widths": { "Name": "FEDO_Combined_Energy_Widths ", "ParameterKey": "FEDU_Combined_Energy_Widths", "Description": "Energy widths for FEDO_Combined ", "Caveats": "MagEIS energy channel widths. These 15 channels are a combination of the 9 \"main rate\" channels and the 6 \"derived rate\" channels. ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Energy_DELTA_minus": { "Name": "FEDO_Combined_Energy_DELTA_minus ", "ParameterKey": "FEDO_Combined_Energy_DELTA_minus", "Description": "FEDO_Combined_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Combined_Energy_DELTA_plus": { "Name": "FEDO_Combined_Energy_DELTA_minus ", "ParameterKey": "FEDO_Combined_Energy_DELTA_plus", "Description": "FEDO_Combined_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Energy_DELTA_minus": { "Name": "FEDO_Combined_Energy_DELTA_minus ", "ParameterKey": "FEDU_Combined_Energy_DELTA_minus", "Description": "FEDO_Combined_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Combined_Energy_DELTA_plus": { "Name": "FEDO_Combined_Energy_DELTA_minus ", "ParameterKey": "FEDU_Combined_Energy_DELTA_plus", "Description": "FEDO_Combined_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "15" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived": { "Name": "FEDO_Derived ", "ParameterKey": "FEDO_Derived", "Description": "Omnidirectional Differential Derived Electron Flux ", "Caveats": "Omnidirectional Differential Electron Flux, from the derived rate data. These data are obtained by averaging the sectored fluxes over the data accumulation time (a spin-set, nominally equal to 2 spins). Thus, it is not a true omni-directional flux, but rather a spin-set-averaged flux. Dimension 1 is for the 6 magEIS derived energy channels. The energy channel centroids are specified in FEDO_Derived_Energy. The channel widths are specified in FEDO_Derived_Energy_Widths. ", "Units": "cm!U-2!N s!U-1!N keV!U-1!N ", "UnitsConversion": "1.602e-17>m^-2 s^-1 sr^-1 J^-1 ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Energy": { "Name": "FEDO_Derived_Energy ", "ParameterKey": "FEDO_Derived_Energy", "Description": "---> Energy centroids for FEDO_Derived ", "Caveats": "MagEIS derived energy channel centroids. ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Quality": { "Name": "FEDO_Derived_Quality ", "ParameterKey": "FEDO_Derived_Quality", "Description": "---> FEDO_Derived Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for Derived L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Crosscalib": { "Name": "FEDO_Derived Crosscalib ", "ParameterKey": "FEDO_Derived_Crosscalib", "Description": "---> Crosscalibration factors for FEDO_Derived ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Energy_Widths": { "Name": "FEDO_Derived_Energy_Widths ", "ParameterKey": "FEDO_Derived_Energy_Widths", "Description": "Energy widths for FEDO_Derived ", "Caveats": "MagEIS energy channel widths. These 15 channels are a combination of the 9 \"main rate\" channels and the 6 \"derived rate\" channels. ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived": { "Name": "FEDU_Derived ", "ParameterKey": "FEDU_Derived", "Description": "Unidirectional Differential Derived Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux, from the derived channels. Dimension 1 is for the 6 magEIS derived energy channels. The energy channel centroids are specified in FEDU_Derived_Energy. The channel widths are specified in FEDU_Derived_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Derived_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_E": { "Name": "FEDU_Derived ", "ParameterKey": "FEDU_Derived_E", "Description": "---> By Angle at up to 6 Energies: Unidirectional Differential Derived Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux, from the derived channels. Dimension 1 is for the 6 magEIS derived energy channels. The energy channel centroids are specified in FEDU_Derived_Energy. The channel widths are specified in FEDU_Derived_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Derived_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_A": { "Name": "FEDU_Derived ", "ParameterKey": "FEDU_Derived_A", "Description": "---> By Energy at up to 64 Sectors: Unidirectional Differential Derived Electron Flux ", "Caveats": "Unidirectional Differential Electron Flux, from the derived channels. Dimension 1 is for the 6 magEIS derived energy channels. The energy channel centroids are specified in FEDU_Derived_Energy. The channel widths are specified in FEDU_Derived_Energy_Widths. Dimension 2 is for the 64 sector angles. Here, the dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0E31. The sector angle values for valid (non-fill) sectors are given in FEDU_Derived_Sector_Angle. ", "Units": "cm!U-2!N s!U-1!N sr!U-1!N keV!U-1!N ", "Structure": { "Size": "64 6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Energy": { "Name": "FEDU_Derived_Energy ", "ParameterKey": "FEDU_Derived_Energy", "Description": "---> Energy centroids for FEDU_Derived ", "Caveats": "MagEIS derived energy channel centroids. ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Sector_Angle": { "Name": "FEDU_Derived_Sector_Angle ", "ParameterKey": "FEDU_Derived_Sector_Angle", "Description": "---> Sector angles for FEDU_Derived ", "Caveats": "Sector angles, in degrees. The dimension size of 64 is the maximum number of possible sectors. If less than 64 are being used, the data are set to fill values of -1.0e+31. The angle is the start angle of the sector. ", "Units": "deg ", "Structure": { "Size": "64" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Quality": { "Name": "FEDU_Derived_Quality ", "ParameterKey": "FEDU_Derived_Quality", "Description": "---> FEDU_Derived Quality flag ", "Caveats": "-1: This indicates that the flag was not set properly. ..0: No known quality issues with data....1: The test pulser was on at the current time....2: The detector biases were disabled at the current time...3: An engineering look-up-table was used for the main and/or derived channel data at the current time. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE....4: The front detectors were selected at the current time (high unit electron only)....5:The data was set to fill as instructed by the calibration file...6:There was no housekeeping and/or digital status data found. The bias status, pulser status, etc... is not known....7:There are no main channels defined at the current time..8:There are no derived channels defined at the current time..9:A validity check failed in the flux conversion. This usually indicates that an engineering look-up-table was selected at the current time..10:A calibration file could not be found for the current look-up-table ID. NOTE THAT THE CHANNEL MAPPING IS INVALID HERE...11:Data was not found at the current time for at least one of LOW, MED, HIGH (defined for Derived L2 product only)...12:These channels are not defined for this pixel (HIGH proton only)...13: The coincidence was disabled at the current time (high unit electron only)....*Note that whichever flag is set last in the code is the final value. Thus, if something is flag 1 and flag 3, whichever was determined last is the value. ", "Units": "none ", "Structure": { "Size": "64 6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Crosscalib": { "Name": "FEDU_Derived_Crosscalib ", "ParameterKey": "FEDU_Derived_Crosscalib", "Description": "Crosscalibration factors for FEDU_Derived ", "Caveats": "none ", "Units": "none ", "UnitsConversion": "none ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Energy_Widths": { "Name": "FEDO_Derived_Energy_Widths ", "ParameterKey": "FEDU_Derived_Energy_Widths", "Description": "Energy widths for FEDO_Derived ", "Caveats": "MagEIS derived energy channel widths. ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Energy_DELTA_minus": { "Name": "FEDO_Derived_Energy_DELTA_minus ", "ParameterKey": "FEDO_Derived_Energy_DELTA_minus", "Description": "FEDO_Derived_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDO_Derived_Energy_DELTA_plus": { "Name": "FEDO_Derived_Energy_DELTA_minus ", "ParameterKey": "FEDO_Derived_Energy_DELTA_plus", "Description": "FEDO_Derived_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Energy_DELTA_minus": { "Name": "FEDO_Derived_Energy_DELTA_minus ", "ParameterKey": "FEDU_Derived_Energy_DELTA_minus", "Description": "FEDO_Derived_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "FEDU_Derived_Energy_DELTA_plus": { "Name": "FEDO_Derived_Energy_DELTA_minus ", "ParameterKey": "FEDU_Derived_Energy_DELTA_plus", "Description": "FEDO_Derived_Energy_DELTA_minus ", "Units": "keV ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "GEOM_FACT_MAIN": { "Name": "GEOM_FACT_MAIN ", "ParameterKey": "GEOM_FACT_MAIN", "Description": "Geometric factors for main chans ", "Caveats": "Main rate channel geometric factors. ", "Units": "cm!U2!N sr ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "EFFCNCY_MAIN": { "Name": "EFFCNCY_MAIN ", "ParameterKey": "EFFCNCY_MAIN", "Description": "---> Efficiencies for main chans ", "Caveats": "Main rate channel efficiencies. ", "Units": "dimensionless ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "MAP_MAIN_TO_FULL": { "Name": "MAP_MAIN_TO_FULL ", "ParameterKey": "MAP_MAIN_TO_FULL", "Description": "---> Mapping main channels ", "Caveats": "Main rate channel mapping (0-8) into the full channels (0-14). The combined channels are the main and derived rate channels. ", "Units": " 0-15 ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "LUT_ID_MAIN": { "Name": "LUT_ID_MAIN ", "ParameterKey": "LUT_ID_MAIN", "Description": "---> LUT_ID_MAIN ", "Caveats": "Look-up table ID# for the LUT currently being used, for the main rate data. ", "Mixed": { "MixedQuantity": "Other" } }, "MAIN_CHAN_NUM": { "Name": "MAIN_CHAN_NUM ", "ParameterKey": "MAIN_CHAN_NUM", "Description": "MAIN_CHAN_NUM ", "Structure": { "Size": "9" }, "Mixed": { "MixedQuantity": "Other" } }, "GEOM_FACT_DERIV": { "Name": "GEOM_FACT_DERIV ", "ParameterKey": "GEOM_FACT_DERIV", "Description": "---> Geometric factors for derived chans ", "Caveats": "Derived rate channel geometric factors. ", "Units": "cm!U2!N sr ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "EFFCNCY_DERIV": { "Name": "EFFCNCY_DERIV ", "ParameterKey": "EFFCNCY_DERIV", "Description": "---> Efficiencies for derived chans ", "Caveats": "Derived rate channel efficiencies. ", "Units": "dimensionless ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "MAP_DERIV_TO_FULL": { "Name": "MAP_DERIV_TO_FULL ", "ParameterKey": "MAP_DERIV_TO_FULL", "Description": "---> Mapping derived channels ", "Caveats": "Derived rate channel mapping (0-5) into the full channels (0-14). The combined channels are the main and derived rate channels. ", "Units": " 0-15 ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "LUT_ID_DERIV": { "Name": "LUT_ID_DERIV ", "ParameterKey": "LUT_ID_DERIV", "Description": "---> LUT_ID_DERIV ", "Caveats": "Look-up table ID# for the LUT currently being used, for the derived rate data. ", "Mixed": { "MixedQuantity": "Other" } }, "DERIV_CHAN_NUM": { "Name": "DERIV_CHAN_NUM ", "ParameterKey": "DERIV_CHAN_NUM", "Description": "DERIV_CHAN_NUM ", "Structure": { "Size": "6" }, "Mixed": { "MixedQuantity": "Other" } }, "Epoch_INST_MODE": { "Name": "Epoch_INST_MODE ", "ParameterKey": "Epoch_INST_MODE", "Description": "Epoch_INST_MODE ", "Caveats": "This Epoch variable is derived from the METs from the instrument mode data (INST_MODE). ", "Mixed": { "MixedQuantity": "Other" } }, "INST_MODE": { "Name": "INST_MODE ", "ParameterKey": "INST_MODE", "Description": "INST_MODE ", "Caveats": "This is the instrument mode variable. It can take on 4 values: -1 = no mode could be determined (error); 0 = maintenance mode; 1 = science mode (regular science mode, aka resolution mode); 2 = high rate mode (a subset of science mode, aka sample mode or burst mode), which is only for low/med units. ", "Mixed": { "MixedQuantity": "Other" } } } } } } }