2.7.1 https://spdx.org/licenses/ SPDX CC0-1.0 https://spdx.org/licenses/CC0-1.0.html Creative Commons Zero v1.0 Universal CC0 1.0 Universal is the Creative Commons license applicable to all publicly available SPASE metadata descriptions spase://NASA/NumericalData/Wind/SMS/STICS/DistributionFunction/Level2/Magnetosphere/PT3M NASA NumericalData Wind SMS Suite SupraThermal Ion Composition Spectrometer (SMS/STICS) Ion Velocity Distribution Functions (VDFs), Level 2 (L2), 3-minute Data in Magnetosphere https://doi.org/10.48322/bm5n-eg33 2026-07-21T12:09:22Z 2023-11-01T00:00:00Z Draft metadata created by LFB (ADAPT code), final editing by AK 2024-03-14T00:00:00Z Added DOI and PublicationInfo, AK 2025-10-03T11:24:21Z Updated PublishedBy name to match ROR Registry. Added ResourceType and NamingAuthority. Changed http to https in top-level schemaLocation attribute. Fixed version number separator in top-level schemaLocation attribute. Matched version number in schemaLocation attribute to updated value in Version tag. ZCB 2025-12-04T13:32:51Z Added MetadataRightsList and RightsList(s). Updated to 2.7.1. ZCB 2026-06-26T13:31:59Z Add 'Z' to RevisionEvent:ReleaseDate(s), PublicationDate, TemporalDescription:TimeSpan:StartDate, TemporalDescription:TimeSpan:StopDate. ZCB 2026-07-21T12:09:22Z Added HelioData InformationURL. JWL The data include Wind STICS 3-minute 3D velocity distribution functions (VDFs) in three units (phase space density, differential number flux and counts), together with their statistical errors, for selected ion species using triple coincidence (H+, He+, He2+, C5+, O+, O6+, and Fe10+) and double coincidence (H+, He+, He2+, O+, O6+) measurements in the magnetosphere. For details, see https://spdf.gsfc.nasa.gov/pub/data/wind/documents/wind_stics_lv2_release_notes_revD.pdf. The Suprathermal Ion Composition Spectrometer (STICS) is a time of flight (TOF) plasma mass spectrometer, capable of identifying mass and mass per charge for incident ions up to 200 keV/e. It uses an electrostatic analyzer to admit ions of a particular energy per charge (E/Q) into the TOF chamber. The E/Q voltage is stepped through 32 values, sitting at each value for approximately 24 sec., to measure ions over the full E/Q range of 6 - 200 keV/e. Ions then pass through a carbon foil and TOF chamber, before finally impacting on a solid-state detector (SSD) for energy measurement. STICS combines these three measurements of E/Q, TOF and residual energy, producing PHA words. This triple-coincidence technique greatly improves the signal to noise ratio in the data. Measurements of E/Q and TOF without residual energy also produce PHA words. These double-coincidence measurements are characterized by better statistics since ions whose energy does not allow them to be registered by the SSD can still be counted in double-coincidence measurements. However, ion identification in double-coincidence measurements are limited to a select number of ions that are well separated in E/Q - TOF space. The STICS instrument provides full 3D velocity distribution functions, through a combination of multiple telescopes and spacecraft spin. The instrument includes 3 separate TOF telescopes that view 3 separate latitude sectors, as shown in Figure 1 (https://spdf.gsfc.nasa.gov/pub/data/wind/documents/wind_stics_lv2_release_notes_revD.pdf). In addition, the WIND spacecraft spins, allowing the 3 telescopes to trace out a nearly 4π steradian viewing area. The longitudinal sectors are shown in Figure 2. The solar direction is in sectors 8-10 while the earthward direction is in sectors 0-2. Please acknowledge the Principal Investigator S. T. Lepri for use of the Data Lepri, Susan T.; Raines, Jim M.; Ploof, Keeling C.; Tracy, Patrick J.; Gruesbeck, Jacob R.; Eddy, Tyler J.; Thomas, Jonathan W. 2023-01-01T00:00:00Z Space Physics Data Facility spase://SMWG/Person/Susan.T.Lepri PrincipalInvestigator spase://SMWG/Person/Robert.M.Candey MetadataContact spase://SMWG/Person/Andriy.Koval MetadataContact Home Page https://space.umd.edu/wind/ Historic Wind SMS en Release Notes https://spdf.gsfc.nasa.gov/pub/data/wind/documents/wind_stics_lv2_release_notes_revD.pdf Wind STICS en HelioData https://helio.data.nasa.gov/dataset/Wind_SMS_STICS_DistributionFunction_Level2_Magnetosphere_PT3M The HelioData dataset page provides an overview of the dataset with access links, associated variables, and more. spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb Online Open https://spdx.org/licenses/ SPDX CC0-1.0 https://spdx.org/licenses/CC0-1.0.html Creative Commons Zero v1.0 Universal CC0 1.0 Universal is the Creative Commons license applicable to all publicly available NASA Heliophysics data products FTPS from SPDF (not with most browsers) ftps://spdf.gsfc.nasa.gov/pub/data/wind/sms/l2/stics_cdf/3min_vdf_magnetosphere/ Access to Data in CDF Format via ftps from SPDF HTTPS from SPDF https://spdf.gsfc.nasa.gov/pub/data/wind/sms/l2/stics_cdf/3min_vdf_magnetosphere/ Access to Data in CDF Format via https from SPDF CDAWeb https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=WI_L2-3MIN_SMS-STICS-VDF-MAGNETOSPHERE&index=sp_phys WI_L2-3MIN_SMS-STICS-VDF-MAGNETOSPHERE Access to ASCII, CDF, and Plots via NASA/GSFC CDAWeb CDF None https://cdaweb.gsfc.nasa.gov/pub/data/wind/sms/l2/stics_cdf/3min_vdf_magnetosphere/$Y wi_l2-3min_sms-stics-vdf-magnetosphere_$Y$m$d_$v.cdf Please acknowledge the Principal Investigator S. T. Lepri. Please acknowledge the Data Providers and CDAWeb when using these Data. spase://SMWG/Repository/NASA/GSFC/SPDF Online Open CDAWeb Programmatic Data Access https://cdaweb.gsfc.nasa.gov/WS/cdasr/1/dataviews/sp_phys/datasets/WI_L2-3MIN_SMS-STICS-VDF-MAGNETOSPHERE/clientLibraryExample/ WI_L2-3MIN_SMS-STICS-VDF-MAGNETOSPHERE Access to this data from common programming environments. Note: this AccessInformation element was added by HDPWS. Binary Please acknowledge the Principal Investigator S. T. Lepri. Please acknowledge the Data Providers and CDAWeb when using these Data. spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb Online Open https://spdx.org/licenses/ SPDX CC0-1.0 https://spdx.org/licenses/CC0-1.0.html Creative Commons Zero v1.0 Universal CC0 1.0 Universal is the Creative Commons license applicable to all publicly available NASA Heliophysics data products CDAWeb HAPI Server https://cdaweb.gsfc.nasa.gov/hapi WI_L2-3MIN_SMS-STICS-VDF-MAGNETOSPHERE Web Service to this product using the HAPI interface. CSV Calibrated Level 2 spase://SMWG/Instrument/Wind/SMS/STICS IonComposition 1995-08-01T00:05:19.000Z 2004-04-28T23:55:32.000Z PT3M Earth.Magnetosphere Time Epoch Time start of avg interval This Parameter exhibits an increasing Monotonic Progression ms 1.0e-3>s Epoch 6.2924580219904e+13 6.3745034619904e+13 01-Jan-1994 00:00:00.000 01-Jan-2020 00:00:00.000 31-Dec-9999 23:59:59.999 Temporal DF tc H+ Time series defined by using: Epoch DF_tc_hplus [no plot] Full 3-D VDF in phase space density for triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF tc H+:sum over tscope and sector Time series defined by using: Epoch DF_tc_hplus_sum Phase space density value triple coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_hplus. PT3M s^3/km^6 Spectrogram DF tc H+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF tc H+: sum over tscope and eoq Time series defined by using: Epoch DF_tc_hplus_sum1_sort Phase space density value triple coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF:summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_hplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc H+: sum over tscope and eoq E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF tc H+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_hplus Phase space density value triple coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_hplus. PT3M s^3/km^6 DF tc H+ T2 E12.5 LogScale 16 32 -1.0e+31 Proton Array PhaseSpaceDensity DF error tc H+ Time series defined by using: Epoch DF_error_tc_hplus [no plot] Error in velocity distribution function value triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Uncertainty PhaseSpaceDensity counts tc H+ Time series defined by using: Epoch counts_tc_hplus [no plot] Full 3-D VDF in counts for triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc H+ E12.5 16 3 32 -1.0e+31 Proton Array Counts counts tc H+:sum over tscope and sector Time series defined by using: Epoch counts_tc_hplus_sum Counts for triple coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_hplus. PT3M Spectrogram counts tc H+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Proton Array Counts counts tc H+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_hplus_sum1_sort Counts for triple coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_hplus_sum1, SECTOR_angle. PT3M Spectrogram counts tc H+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Proton Array Counts Counts tc H+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_hplus Counts for triple coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_hplus. PT3M Counts tc H+ T2 E12.5 16 32 -1.0e+31 Proton Array Counts counts error tc H+ Time series defined by using: Epoch counts_error_tc_hplus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc H+ E12.5 16 3 32 -1.0e+31 Proton Array Uncertainty Counts dJ tc H+ Time series defined by using: Epoch dJ_tc_hplus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ tc H+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_hplus_sum Differential flux, dJ/dE triple coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_hplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc H+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ tc H+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_hplus_sum1_sort Differential flux, dJ/dE triple coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_hplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc H+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ tc H+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_hplus Differential flux, dJ/dE triple coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_hplus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc H+ T2 E12.5 LogScale 16 32 -1.0e+31 Proton Array Differential NumberFlux dJ error tc H+ Time series defined by using: Epoch dJ_error_tc_hplus [no plot] Error in the differential flux value triple coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Uncertainty Differential NumberFlux DF tc He+ Time series defined by using: Epoch DF_tc_heplus [no plot] Full 3-D VDF in phase space density for triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc He+:sum over tscope and sector Time series defined by using: Epoch DF_tc_heplus_sum Phase space density value triple coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_heplus. PT3M s^3/km^6 Spectrogram DF tc He+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc He+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_heplus_sum1_sort Phase space density value triple coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_heplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc He+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc He+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_heplus Phase space density value triple coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_heplus. PT3M s^3/km^6 DF tc He+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc He+ Time series defined by using: Epoch DF_error_tc_heplus [no plot] Error in velocity distribution function value triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc He+ Time series defined by using: Epoch counts_tc_heplus [no plot] Full 3-D VDF in counts for triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc He+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc He+:sum over tscope and sector Time series defined by using: Epoch counts_tc_heplus_sum Counts for triple coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_heplus. PT3M Spectrogram counts tc He+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc He+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_heplus_sum1_sort Counts for triple coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF:summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_heplus_sum1, SECTOR_angle. PT3M Spectrogram counts tc He+:sum over tscope and eoq (sort by sector) E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts tc He+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_heplus Counts for triple coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_heplus. PT3M Counts tc He+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error tc He+ Time series defined by using: Epoch counts_error_tc_heplus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc He+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc He+ Time series defined by using: Epoch dJ_tc_heplus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc He+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_heplus_sum Differential flux, dJ/dE triple coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_heplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc He+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc He+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_heplus_sum1_sort Differential flux, dJ/dE triple coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_heplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc He+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc He+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_heplus Differential flux, dJ/dE triple coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_heplus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc He+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc He+ Time series defined by using: Epoch dJ_error_tc_heplus [no plot] Error in the differential flux value triple coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc He2+ Time series defined by using: Epoch DF_tc_he2plus [no plot] Full 3-D VDF in phase space density for triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF tc He2+:sum over tscope and sector Time series defined by using: Epoch DF_tc_he2plus_sum Phase space density value triple coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_he2plus. PT3M s^3/km^6 Spectrogram DF tc He2+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF tc He2+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_he2plus_sum1_sort Phase space density value triple coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_he2plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc He2+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF tc He2+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_he2plus Phase space density value triple coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_he2plus. PT3M s^3/km^6 DF tc He2+ T2 E12.5 LogScale 16 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF error tc He2+ Time series defined by using: Epoch DF_error_tc_he2plus [no plot] Error in velocity distribution function value triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty PhaseSpaceDensity counts tc He2+ Time series defined by using: Epoch counts_tc_he2plus [no plot] Full 3-D VDF in counts for triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc He2+ E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts Counts tc He2+:sum over tscope and sector Time series defined by using: Epoch counts_tc_he2plus_sum Counts for triple coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_he2plus. PT3M Spectrogram Counts tc He2+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts Counts tc He2+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_he2plus_sum1_sort Counts for triple coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_he2plus_sum1, SECTOR_angle. PT3M Spectrogram Counts tc He2+:sum over tscope and eoq (sort by sector) E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts Counts tc He2+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_he2plus Counts for triple coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_he2plus. PT3M Counts tc He2+ T2 E12.5 16 32 -1.0e+31 AlphaParticle Array Counts counts error tc He2+ Time series defined by using: Epoch counts_error_tc_he2plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc He2+ E12.5 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty Counts dJ tc He2+ Time series defined by using: Epoch dJ_tc_he2plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ tc He2+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_he2plus_sum Differential flux, dJ/dE triple coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_he2plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc He2+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ tc He2+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_he2plus_sum1_sort Differential flux, dJ/dE triple coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_he2plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc He2+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ tc He2+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_he2plus Differential flux, dJ/dE triple coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_he2plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc He2+ T2 E12.5 LogScale 16 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ error tc He2+ Time series defined by using: Epoch dJ_error_tc_he2plus [no plot] Error in the differential flux value triple coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty Differential NumberFlux DF tc O+ Time series defined by using: Epoch DF_tc_oplus [no plot] Full 3-D VDF in phase space density for triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O+:sum over tscope and sector Time series defined by using: Epoch DF_tc_oplus_sum Phase space density value triple coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_oplus. PT3M s^3/km^6 Spectrogram DF tc O+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_oplus_sum1_sort Phase space density value triple coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_oplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc O+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_oplus Phase space density value triple coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_oplus. PT3M s^3/km^6 DF tc O+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc O+ Time series defined by using: Epoch DF_error_tc_oplus [no plot] Error in velocity distribution function value triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc O+ Time series defined by using: Epoch counts_tc_oplus [no plot] Full 3-D VDF in counts for triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc O+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc O+:sum over tscope and sector Time series defined by using: Epoch counts_tc_oplus_sum Counts for triple coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_oplus. PT3M Spectrogram counts tc O+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc O+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_oplus_sum1_sort Counts for triple coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_oplus_sum1, SECTOR_angle. PT3M Spectrogram counts tc O+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts tc O+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_oplus Counts for triple coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_oplus. PT3M Counts tc O+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error tc O+ Time series defined by using: Epoch counts_error_tc_oplus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc O+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc O+ Time series defined by using: Epoch dJ_tc_oplus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_oplus_sum Differential flux, dJ/dE triple coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_oplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc O+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_oplus_sum1_sort Differential flux, dJ/dE triple coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_oplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc O+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_oplus Differential flux, dJ/dE triple coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_oplus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc O+ Time series defined by using: Epoch dJ_error_tc_oplus [no plot] Error in the differential flux value triple coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc O6+ Time series defined by using: Epoch DF_tc_o6plus [no plot] Full 3-D VDF in phase space density for triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O6+:sum over tscope and sector Time series defined by using: Epoch DF_tc_o6plus_sum Phase space density value triple coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_o6plus. PT3M s^3/km^6 Spectrogram DF tc O6+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O6+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_o6plus_sum1_sort Phase space density value triple coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_o6plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc O6+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O6+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_o6plus Phase space density value triple coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o6plus. PT3M s^3/km^6 DF tc O6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc O6+ Time series defined by using: Epoch DF_error_tc_o6plus [no plot] Error in velocity distribution function value triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc O6+ Time series defined by using: Epoch counts_tc_o6plus [no plot] Full 3-D VDF in counts for triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc O6+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc O6+:sum over tscope and sector Time series defined by using: Epoch counts_tc_o6plus_sum Counts for triple coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_o6plus. PT3M Spectrogram counts tc O6+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc O6+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_o6plus_sum1_sort Counts for triple coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_o6plus_sum1, SECTOR_angle. PT3M Spectrogram counts tc O6+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts tc O6+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_o6plus Counts for triple coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_o6plus. PT3M Counts tc O6+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error tc O6+ Time series defined by using: Epoch counts_error_tc_o6plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc O6+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc O6+ Time series defined by using: Epoch dJ_tc_o6plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O6+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_o6plus_sum Differential flux, dJ/dE triple coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_o6plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc O6+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O6+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_o6plus_sum1_sort Differential flux, dJ/dE triple coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_o6plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc O6+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O6+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_o6plus Differential flux, dJ/dE triple coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o6plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc O6+ Time series defined by using: Epoch dJ_error_tc_o6plus [no plot] Error in the differential flux value triple coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc C5+ Time series defined by using: Epoch DF_tc_c5plus [no plot] Full 3-D VDF in phase space density for triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc C5+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C5+:sum over tscope and sector Time series defined by using: Epoch DF_tc_c5plus_sum Phase space density value triple coincidence C5+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_c5plus. PT3M s^3/km^6 Spectrogram DF tc C5+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C5+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_c5plus_sum1_sort Phase space density value triple coincidence C5+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_c5plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc C5+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C5+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_c5plus Phase space density value triple coincidence C5+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c5plus. PT3M s^3/km^6 DF tc C5+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc C5+ Time series defined by using: Epoch DF_error_tc_c5plus [no plot] Error in velocity distribution function value triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc C5+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc C5+ Time series defined by using: Epoch counts_tc_c5plus [no plot] Full 3-D VDF in counts for triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc C5+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc C5+:sum over tscope and sector Time series defined by using: Epoch counts_tc_c5plus_sum Counts for triple coincidence C5+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_c5plus. PT3M Spectrogram counts tc C5+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc C5+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_c5plus_sum1_sort Counts for triple coincidence C5+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_c5plus_sum1, SECTOR_angle. PT3M Spectrogram counts tc C5+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts tc C5+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_c5plus Counts for triple coincidence C5+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_c5plus. PT3M s^3/km^6 Counts tc C5+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error tc C5+ Time series defined by using: Epoch counts_error_tc_c5plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc C5+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc C5+ Time series defined by using: Epoch dJ_tc_c5plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C5+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C5+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_c5plus_sum Differential flux, dJ/dE triple coincidence C5+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_c5plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc C5+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C5+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_c5plus_sum1_sort Differential flux, dJ/dE triple coincidence C5+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_c5plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc C5+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C5+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_c5plus Differential flux, dJ/dE triple coincidence C5+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c5plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C5+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc C5+ Time series defined by using: Epoch dJ_error_tc_c5plus [no plot] Error in the differential flux value triple coincidence C5+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc C5+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc Fe10+ Time series defined by using: Epoch DF_tc_fe10plus [no plot] Full 3-D VDF in phase space density for triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc Fe10+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe10+:sum over tscope and sector Time series defined by using: Epoch DF_tc_fe10plus_sum Phase space density value triple coincidence Fe10+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_fe10plus. PT3M s^3/km^6 Spectrogram DF tc Fe10+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe10+:sum over tscope and eoq Time series defined by using: Epoch DF_tc_fe10plus_sum1_sort Phase space density value triple coincidence Fe10+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_fe10plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF tc Fe10+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe10+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_fe10plus Phase space density value triple coincidence Fe10+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe10plus. PT3M s^3/km^6 DF tc Fe10+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc Fe10+ Time series defined by using: Epoch DF_error_tc_fe10plus [no plot] Error in velocity distribution function value triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc Fe10+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc Fe10+ Time series defined by using: Epoch counts_tc_fe10plus [no plot] Full 3-D VDF in counts for triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc Fe10+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc Fe10+:sum over tscope and sector Time series defined by using: Epoch counts_tc_fe10plus_sum Counts for triple coincidence Fe10+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_fe10plus. PT3M Spectrogram counts tc Fe10+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts tc Fe10+:sum over tscope and eoq Time series defined by using: Epoch counts_tc_fe10plus_sum1_sort Counts for triple coincidence Fe10+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_fe10plus_sum1, SECTOR_angle. PT3M Spectrogram counts tc Fe10+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts tc Fe10+ Telescope 2 Time series defined by using: Epoch counts_T2_tc_fe10plus Counts for triple coincidence Fe10+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_fe10plus. PT3M Counts tc Fe10+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error tc Fe10+ Time series defined by using: Epoch counts_error_tc_fe10plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc Fe10+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc Fe10+ Time series defined by using: Epoch dJ_tc_fe10plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe10+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe10+:sum over tscope and sector Time series defined by using: Epoch dJ_tc_fe10plus_sum Differential flux, dJ/dE triple coincidence Fe10+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_fe10plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc Fe10+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe10+:sum over tscope and eoq Time series defined by using: Epoch dJ_tc_fe10plus_sum1_sort Differential flux, dJ/dE triple coincidence Fe10+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_fe10plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ tc Fe10+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe10+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_fe10plus Differential flux, dJ/dE triple coincidence Fe10+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe10plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe10+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc Fe10+ Time series defined by using: Epoch dJ_error_tc_fe10plus [no plot] Error in the differential flux value triple coincidence Fe10+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc Fe10+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc C+ Time series defined by using: Epoch DF_tc_cplus [no plot] Full 3-D VDF in phase space density for triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. SPDF: from this variable down, are placeholder variables PT3M s^3/km^6 DF tc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_cplus Phase space density value triple coincidence C+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_cplus. PT3M s^3/km^6 DF tc C+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc C+ Time series defined by using: Epoch DF_error_tc_cplus [no plot] Error in velocity distribution function value triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc C+ Time series defined by using: Epoch counts_tc_cplus [no plot] Full 3-D VDF in counts for triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc C+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc C+ Time series defined by using: Epoch counts_error_tc_cplus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc C+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc C+ Time series defined by using: Epoch dJ_tc_cplus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_cplus Differential flux, dJ/dE triple coincidence C+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_cplus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc C+ Time series defined by using: Epoch dJ_error_tc_cplus [no plot] Error in the differential flux value triple coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc N+ Time series defined by using: Epoch DF_tc_nplus [no plot] Full 3-D VDF in phase space density for triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc N+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc N+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_nplus Phase space density value triple coincidence N+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_nplus. PT3M s^3/km^6 DF tc N+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc N+ Time series defined by using: Epoch DF_error_tc_nplus [no plot] Error in velocity distribution function value triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc N+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc N+ Time series defined by using: Epoch counts_tc_nplus [no plot] Full 3-D VDF in counts for triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc N+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc N+ Time series defined by using: Epoch counts_error_tc_nplus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc N+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc N+ Time series defined by using: Epoch dJ_tc_nplus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc N+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc N+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_nplus Differential flux, dJ/dE triple coincidence N+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_nplus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc N+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc N+ Time series defined by using: Epoch dJ_error_tc_nplus [no plot] Error in the differential flux value triple coincidence N+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc N+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc O2+ Time series defined by using: Epoch DF_tc_o2plus [no plot] Full 3-D VDF in phase space density for triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc O2+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O2+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_o2plus Phase space density value triple coincidence O2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o2plus. PT3M s^3/km^6 DF tc O2+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc O2+ Time series defined by using: Epoch DF_error_tc_o2plus [no plot] Error in velocity distribution function value triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc O2+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc O2+ Time series defined by using: Epoch counts_tc_o2plus [no plot] Full 3-D VDF in counts for triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc O2+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc O2+ Time series defined by using: Epoch counts_error_tc_o2plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc O2+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc O2+ Time series defined by using: Epoch dJ_tc_o2plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O2+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O2+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_o2plus Differential flux, dJ/dE triple coincidence O2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o2plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O2+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc O2+ Time series defined by using: Epoch dJ_error_tc_o2plus [no plot] Error in the differential flux value triple coincidence O2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc O2+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc O7+ Time series defined by using: Epoch DF_tc_o7plus [no plot] Full 3-D VDF in phase space density for triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc O7+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O7+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_o7plus Phase space density value triple coincidence O7+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o7plus. PT3M s^3/km^6 DF tc O7+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc O7+ Time series defined by using: Epoch DF_error_tc_o7plus [no plot] Error in velocity distribution function value triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc O7+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc O7+ Time series defined by using: Epoch counts_tc_o7plus [no plot] Full 3-D VDF in counts for triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc O7+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc O7+ Time series defined by using: Epoch counts_error_tc_o7plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc O7+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc O7+ Time series defined by using: Epoch dJ_tc_o7plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O7+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O7+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_o7plus Differential flux, dJ/dE triple coincidence O7+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o7plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O7+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc O7+ Time series defined by using: Epoch dJ_error_tc_o7plus [no plot] Error in the differential flux value triple coincidence O7+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc O7+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc O8+ Time series defined by using: Epoch DF_tc_o8plus [no plot] Full 3-D VDF in phase space density for triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc O8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc O8+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_o8plus Phase space density value triple coincidence O8+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o8plus. PT3M s^3/km^6 DF tc O8+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc O8+ Time series defined by using: Epoch DF_error_tc_o8plus [no plot] Error in velocity distribution function value triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc O8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc O8+ Time series defined by using: Epoch counts_tc_o8plus [no plot] Full 3-D VDF in counts for triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc O8+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc O8+ Time series defined by using: Epoch counts_error_tc_o8plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc O8+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc O8+ Time series defined by using: Epoch dJ_tc_o8plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc O8+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_o8plus Differential flux, dJ/dE triple coincidence O8+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o8plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc O8+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc O8+ Time series defined by using: Epoch dJ_error_tc_o8plus [no plot] Error in the differential flux value triple coincidence O8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc O8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc C4+ Time series defined by using: Epoch DF_tc_c4plus [no plot] Full 3-D VDF in phase space density for triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc C4+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C4+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_c4plus Phase space density value triple coincidence C4+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c4plus. PT3M s^3/km^6 DF tc C4+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc C4+ Time series defined by using: Epoch DF_error_tc_c4plus [no plot] Error in velocity distribution function value triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc C4+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc C4+ Time series defined by using: Epoch counts_tc_c4plus [no plot] Full 3-D VDF in counts for triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc C4+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc C4+ Time series defined by using: Epoch counts_error_tc_c4plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc C4+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc C4+ Time series defined by using: Epoch dJ_tc_c4plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C4+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C4+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_c4plus Differential flux, dJ/dE triple coincidence C4+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c4plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C4+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc C4+ Time series defined by using: Epoch dJ_error_tc_c4plus [no plot] Error in the differential flux value triple coincidence C4+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc C4+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc C6+ Time series defined by using: Epoch DF_tc_c6plus [no plot] Full 3-D VDF in phase space density for triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc C6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc C6+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_c6plus Phase space density value triple coincidence C6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c6plus. PT3M s^3/km^6 DF tc C6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc C6+ Time series defined by using: Epoch DF_error_tc_c6plus [no plot] Error in velocity distribution function value triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc C6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc C6+ Time series defined by using: Epoch counts_tc_c6plus [no plot] Full 3-D VDF in counts for triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc C6+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc C6+ Time series defined by using: Epoch counts_error_tc_c6plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc C6+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc C6+ Time series defined by using: Epoch dJ_tc_c6plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc C6+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_c6plus Differential flux, dJ/dE triple coincidence C6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c6plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc C6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc C6+ Time series defined by using: Epoch dJ_error_tc_c6plus [no plot] Error in the differential flux value triple coincidence C6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc C6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc Fe8+ Time series defined by using: Epoch DF_tc_fe8plus [no plot] Full 3-D VDF in phase space density for triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc Fe8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe8+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_fe8plus Phase space density value triple coincidence Fe8+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe8plus. PT3M s^3/km^6 DF tc Fe8+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc Fe8+ Time series defined by using: Epoch DF_error_tc_fe8plus [no plot] Error in velocity distribution function value triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc Fe8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc Fe8+ Time series defined by using: Epoch counts_tc_fe8plus [no plot] Full 3-D VDF in counts for triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc Fe8+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc Fe8+ Time series defined by using: Epoch counts_error_tc_fe8plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc Fe8+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc Fe8+ Time series defined by using: Epoch dJ_tc_fe8plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe8+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_fe8plus Differential flux, dJ/dE triple coincidence Fe8+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe8plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe8+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc Fe8+ Time series defined by using: Epoch dJ_error_tc_fe8plus [no plot] Error in the differential flux value triple coincidence Fe8+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc Fe8+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc Fe9+ Time series defined by using: Epoch DF_tc_fe9plus [no plot] Full 3-D VDF in phase space density for triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc Fe9+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe9+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_fe9plus Phase space density value triple coincidence Fe9+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe9plus. PT3M s^3/km^6 DF tc Fe9+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc Fe9+ Time series defined by using: Epoch DF_error_tc_fe9plus [no plot] Error in velocity distribution function value triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc Fe9+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc Fe9+ Time series defined by using: Epoch counts_tc_fe9plus [no plot] Full 3-D VDF in counts for triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc Fe9+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc Fe9+ Time series defined by using: Epoch counts_error_tc_fe9plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc Fe9+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc Fe9+ Time series defined by using: Epoch dJ_tc_fe9plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe9+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe9+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_fe9plus Differential flux, dJ/dE triple coincidence Fe9+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe9plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe9+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc Fe9+ Time series defined by using: Epoch dJ_error_tc_fe9plus [no plot] Error in the differential flux value triple coincidence Fe9+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc Fe9+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF tc Fe16+ Time series defined by using: Epoch DF_tc_fe16plus [no plot] Full 3-D VDF in phase space density for triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF tc Fe16+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF tc Fe16+ Telescope 2 Time series defined by using: Epoch DF_T2_tc_fe16plus Phase space density value triple coincidence Fe16+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe16plus. PT3M s^3/km^6 DF tc Fe16+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error tc Fe16+ Time series defined by using: Epoch DF_error_tc_fe16plus [no plot] Error in velocity distribution function value triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error tc Fe16+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts tc Fe16+ Time series defined by using: Epoch counts_tc_fe16plus [no plot] Full 3-D VDF in counts for triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts tc Fe16+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error tc Fe16+ Time series defined by using: Epoch counts_error_tc_fe16plus [no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error tc Fe16+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ tc Fe16+ Time series defined by using: Epoch dJ_tc_fe16plus [no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe16+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ tc Fe16+ Telescope 2 Time series defined by using: Epoch dJ_T2_tc_fe16plus Differential flux, dJ/dE triple coincidence Fe16+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe16plus. PT3M (cm^2 s sr eV/eV)^-1 dJ tc Fe16+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error tc Fe16+ Time series defined by using: Epoch dJ_error_tc_fe16plus [no plot] Error in the differential flux value triple coincidence Fe16+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error tc Fe16+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF dc H+ Time series defined by using: Epoch DF_dc_hplus [no plot] Full 3-D VDF in phase space density for double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF dc H+:sum over tscope and sector Time series defined by using: Epoch DF_dc_hplus_sum Phase space density value double coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_dc_hplus. PT3M s^3/km^6 Spectrogram DF dc H+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF dc H+:sum over tscope and eoq Time series defined by using: Epoch DF_dc_hplus_sum1_sort Phase space density value double coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_hplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF dc H+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Proton Array PhaseSpaceDensity DF dc H+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_hplus Phase space density value double coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_hplus. PT3M s^3/km^6 DF dc H+ T2 E12.5 LogScale 16 32 -1.0e+31 Proton Array PhaseSpaceDensity DF error dc H+ Time series defined by using: Epoch DF_error_dc_hplus [no plot] Error in velocity distribution function value double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Uncertainty PhaseSpaceDensity counts dc H+ Time series defined by using: Epoch counts_dc_hplus [no plot] Full 3-D VDF in counts for double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc H+ E12.5 16 3 32 -1.0e+31 Proton Array Counts counts dc H+:sum over tscope and sector Time series defined by using: Epoch counts_dc_hplus_sum Counts for double coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_dc_hplus. PT3M Spectrogram counts dc H+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Proton Array Counts counts dc H+:sum over tscope and eoq Time series defined by using: Epoch counts_dc_hplus_sum1_sort Counts for double coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_dc_hplus_sum1, SECTOR_angle. PT3M Spectrogram counts dc H+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Proton Array Counts Counts dc H+ Telescope 2 Time series defined by using: Epoch counts_T2_dc_hplus Counts for double coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_dc_hplus. PT3M Counts dc H+ T2 E12.5 16 32 -1.0e+31 Proton Array Counts counts error dc H+ Time series defined by using: Epoch counts_error_dc_hplus [no plot] Error in counts estimated assuming Poisson statistics double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc H+ E12.5 16 3 32 -1.0e+31 Proton Array Uncertainty Counts dJ dc H+ Time series defined by using: Epoch dJ_dc_hplus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ dc H+:sum over tscope and sector Time series defined by using: Epoch dJ_dc_hplus_sum Differential flux, dJ/dE double coincidence H+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_dc_hplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc H+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ dc H+:sum over tscope and eoq Time series defined by using: Epoch dJ_dc_hplus_sum1_sort Differential flux, dJ/dE double coincidence H+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_dc_hplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc H+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Differential NumberFlux dJ dc H+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_hplus Differential flux, dJ/dE double coincidence H+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_hplus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc H+ T2 E12.5 LogScale 16 32 -1.0e+31 Proton Array Differential NumberFlux dJ error dc H+ Time series defined by using: Epoch dJ_error_dc_hplus [no plot] Error in the differential flux value double coincidence H+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error dc H+ E12.5 LogScale 16 3 32 -1.0e+31 Proton Array Uncertainty Differential NumberFlux DF dc He+ Time series defined by using: Epoch DF_dc_heplus [no plot] Full 3-D VDF in phase space density for double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc He+:sum over tscope and sector Time series defined by using: Epoch DF_dc_heplus_sum Phase space density value double coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_dc_heplus. PT3M s^3/km^6 Spectrogram DF dc He+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc He+:sum over tscope and eoq Time series defined by using: Epoch DF_dc_heplus_sum1_sort Phase space density value double coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_heplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF dc He+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc He+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_heplus Phase space density value double coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_heplus. PT3M s^3/km^6 DF dc He+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error dc He+ Time series defined by using: Epoch DF_error_dc_heplus [no plot] Error in velocity distribution function value double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts dc He+ Time series defined by using: Epoch counts_dc_heplus [no plot] Full 3-D VDF in counts for double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc He+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc He+:sum over tscope and sector Time series defined by using: Epoch counts_dc_heplus_sum Counts for double coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_dc_heplus. PT3M Spectrogram counts dc He+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc He+:sum over tscope and eoq Time series defined by using: Epoch counts_dc_heplus_sum1_sort Counts for double coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_dc_heplus_sum1, SECTOR_angle. PT3M Spectrogram counts dc He+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts dc He+ Telescope 2 Time series defined by using: Epoch counts_T2_dc_heplus Counts for double coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_dc_heplus. PT3M Counts dc He+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error dc He+ Time series defined by using: Epoch counts_error_dc_heplus [no plot] Error in counts estimated assuming Poisson statistics double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc He+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ dc He+ Time series defined by using: Epoch dJ_dc_heplus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc He+:sum over tscope and sector Time series defined by using: Epoch dJ_dc_heplus_sum Differential flux, dJ/dE double coincidence He+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_dc_heplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc He+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc He+:sum over tscope and eoq Time series defined by using: Epoch dJ_dc_heplus_sum1_sort Differential flux, dJ/dE double coincidence He+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_dc_heplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc He+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc He+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_heplus Differential flux, dJ/dE double coincidence He+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_heplus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc He+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error dc He+ Time series defined by using: Epoch dJ_error_dc_heplus [no plot] Error in the differential flux value double coincidence He+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error dc He+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF dc He2+ Time series defined by using: Epoch DF_dc_he2plus [no plot] Full 3-D VDF in phase space density for double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF dc He2+:sum over tscope and sector Time series defined by using: Epoch DF_dc_he2plus_sum Phase space density value double coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_dc_he2plus. PT3M s^3/km^6 Spectrogram DF dc He2+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF dc He2+:sum over tscope and eoq Time series defined by using: Epoch DF_dc_he2plus_sum1_sort Phase space density value double coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_he2plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF dc He2+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF dc He2+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_he2plus Phase space density value double coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_he2plus. PT3M s^3/km^6 DF dc He2+ T2 E12.5 LogScale 16 32 -1.0e+31 AlphaParticle Array PhaseSpaceDensity DF error dc He2+ Time series defined by using: Epoch DF_error_dc_he2plus [no plot] Error in velocity distribution function value double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty PhaseSpaceDensity counts dc He2+ Time series defined by using: Epoch counts_dc_he2plus [no plot] Full 3-D VDF in counts for double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc He2+ E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts counts dc He2+:sum over tscope and sector Time series defined by using: Epoch counts_dc_he2plus_sum Counts for double coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_dc_he2plus. PT3M Spectrogram counts dc He2+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts counts dc He2+:sum over tscope and eoq Time series defined by using: Epoch counts_dc_he2plus_sum1_sort Counts for double coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_dc_he2plus_sum1, SECTOR_angle. PT3M Spectrogram counts dc He2+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 AlphaParticle Array Counts Counts dc He2+ Telescope 2 Time series defined by using: Epoch counts_T2_dc_he2plus Counts for double coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_dc_he2plus. PT3M Counts dc He2+ T2 E12.5 16 32 -1.0e+31 AlphaParticle Array Counts counts error dc He2+ Time series defined by using: Epoch counts_error_dc_he2plus [no plot] Error in counts estimated assuming Poisson statistics double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc He2+ E12.5 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty Counts dJ dc He2+ Time series defined by using: Epoch dJ_dc_he2plus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ dc He2+:sum over tscope and sector Time series defined by using: Epoch dJ_dc_he2plus_sum Differential flux, dJ/dE double coincidence He2+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_dc_he2plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc He2+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ dc He2+:sum over tscope and eoq Time series defined by using: Epoch dJ_dc_he2plus_sum1_sort Differential flux, dJ/dE double coincidence He2+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_dc_he2plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc He2+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ dc He2+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_he2plus Differential flux, dJ/dE double coincidence He2+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_he2plus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc He2+ T2 E12.5 LogScale 16 32 -1.0e+31 AlphaParticle Array Differential NumberFlux dJ error dc He2+ Time series defined by using: Epoch dJ_error_dc_he2plus [no plot] Error in the differential flux value double coincidence He2+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error dc He2+ E12.5 LogScale 16 3 32 -1.0e+31 AlphaParticle Array Uncertainty Differential NumberFlux DF dc O+ Time series defined by using: Epoch DF_dc_oplus [no plot] Full 3-D VDF in phase space density for double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O+:sum over tscope and sector Time series defined by using: Epoch DF_dc_oplus_sum Phase space density value double coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_dc_oplus. PT3M s^3/km^6 Spectrogram DF dc O+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O+:sum over tscope and eoq Time series defined by using: Epoch DF_dc_oplus_sum1_sort Phase space density value double coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_oplus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF dc O+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_oplus Phase space density value double coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_oplus. PT3M s^3/km^6 DF dc O+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error dc O+ Time series defined by using: Epoch DF_error_dc_oplus [no plot] Error in velocity distribution function value double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts dc O+ Time series defined by using: Epoch counts_dc_oplus [no plot] Full 3-D VDF in counts for double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc O+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc O+:sum over tscope and sector Time series defined by using: Epoch counts_dc_oplus_sum Counts for double coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_dc_oplus. PT3M Spectrogram counts dc O+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc O+:sum over tscope and eoq Time series defined by using: Epoch counts_dc_oplus_sum1_sort Counts for double coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_dc_oplus_sum1, SECTOR_angle. PT3M Spectrogram counts dc O+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts dc O+ Telescope 2 Time series defined by using: Epoch counts_T2_dc_oplus Counts for double coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_dc_oplus. PT3M s^3/km^6 Counts dc O+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error dc O+ Time series defined by using: Epoch counts_error_dc_oplus [no plot] Error in counts estimated assuming Poisson statistics double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc O+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ dc O+ Time series defined by using: Epoch dJ_dc_oplus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O+:sum over tscope and sector Time series defined by using: Epoch dJ_dc_oplus_sum Differential flux, dJ/dE double coincidence O+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_dc_oplus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc O+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O+:sum over tscope and eoq Time series defined by using: Epoch dJ_dc_oplus_sum1_sort Differential flux, dJ/dE double coincidence O+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_dc_oplus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc O+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_oplus Differential flux, dJ/dE double coincidence O+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_oplus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc O+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error dc O+ Time series defined by using: Epoch dJ_error_dc_oplus [no plot] Error in the differential flux value double coincidence O+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error dc O+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF dc O6+ Time series defined by using: Epoch DF_dc_o6plus [no plot] Full 3-D VDF in phase space density for double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O6+:sum over tscope and sector Time series defined by using: Epoch DF_dc_o6plus_sum Phase space density value double coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_dc_o6plus. PT3M s^3/km^6 Spectrogram DF dc O6+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O6+:sum over tscope and eoq Time series defined by using: Epoch DF_dc_o6plus_sum1_sort Phase space density value double coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_o6plus_sum1, SECTOR_angle. PT3M s^3/km^6 Spectrogram DF dc O6+:sum over tscope and eoq (sorted sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc O6+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_o6plus Phase space density value double coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_o6plus. PT3M s^3/km^6 DF dc O6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error dc O6+ Time series defined by using: Epoch DF_error_dc_o6plus [no plot] Error in velocity distribution function value double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts dc O6+ Time series defined by using: Epoch counts_dc_o6plus [no plot] Full 3-D VDF in counts for double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc O6+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc O6+:sum over tscope and sector Time series defined by using: Epoch counts_dc_o6plus_sum Counts for double coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_dc_o6plus. PT3M Spectrogram counts dc O6+:sum over tscope and sector E12.5 16 3 32 -1.0e+31 Ion Array Counts counts dc O6+:sum over tscope and eoq Time series defined by using: Epoch counts_dc_o6plus_sum1_sort Counts for double coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_dc_o6plus_sum1, SECTOR_angle. PT3M Spectrogram counts dc O6+:sum over tscope and eoq E12.5 16 3 32 -1.0e+31 Ion Array Counts Counts dc O6+ Telescope 2 Time series defined by using: Epoch counts_T2_dc_o6plus Counts for double coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_dc_o6plus. PT3M s^3/km^6 Counts dc O6+ T2 E12.5 16 32 -1.0e+31 Ion Array Counts counts error dc O6+ Time series defined by using: Epoch counts_error_dc_o6plus [no plot] Error in counts estimated assuming Poisson statistics double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc O6+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ dc O6+ Time series defined by using: Epoch dJ_dc_o6plus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O6+:sum over tscope and sector Time series defined by using: Epoch dJ_dc_o6plus_sum Differential flux, dJ/dE double coincidence O6+ - summed over telescope and sector This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_dc_o6plus. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc O6+:sum over tscope and sector E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O6+:sum over tscope and eoq Time series defined by using: Epoch dJ_dc_o6plus_sum1_sort Differential flux, dJ/dE double coincidence O6+ - summed over telescope and eoq (sorted sector) * SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_dc_o6plus_sum1, SECTOR_angle. PT3M (cm^2 s sr eV/eV)^-1 Spectrogram dJ dc O6+:sum over tscope and eoq (sort by sector) E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc O6+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_o6plus Differential flux, dJ/dE double coincidence O6+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_o6plus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc O6+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error dc O6+ Time series defined by using: Epoch dJ_error_dc_o6plus [no plot] Error in the differential flux value double coincidence O6+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ error dc O6+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux DF dc C+ Time series defined by using: Epoch DF_dc_cplus [no plot] Full 3-D VDF in phase space density for double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF dc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array PhaseSpaceDensity DF dc C+ Telescope 2 Time series defined by using: Epoch DF_T2_dc_cplus Phase space density value double coincidence C+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_dc_cplus. PT3M s^3/km^6 DF dc C+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array PhaseSpaceDensity DF error dc C+ Time series defined by using: Epoch DF_error_dc_cplus [no plot] Error in velocity distribution function value double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M s^3/km^6 DF error dc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty PhaseSpaceDensity counts dc C+ Time series defined by using: Epoch counts_dc_cplus [no plot] Full 3-D VDF in counts for double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts dc C+ E12.5 16 3 32 -1.0e+31 Ion Array Counts counts error dc C+ Time series defined by using: Epoch counts_error_dc_cplus [no plot] Error in counts estimated assuming Poisson statistics double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M counts error dc C+ E12.5 16 3 32 -1.0e+31 Ion Array Uncertainty Counts dJ dc C+ Time series defined by using: Epoch dJ_dc_cplus [no plot] Full 3-D VDF differential flux, dJ/dE double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. PT3M (cm^2 s sr eV/eV)^-1 dJ dc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Differential NumberFlux dJ dc C+ Telescope 2 Time series defined by using: Epoch dJ_T2_dc_cplus Differential flux, dJ/dE double coincidence C+ (Telescope 2). * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"] This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_dc_cplus. PT3M (cm^2 s sr eV/eV)^-1 dJ dc C+ T2 E12.5 LogScale 16 32 -1.0e+31 Ion Array Differential NumberFlux dJ error dc C+ Time series defined by using: Epoch dJ_error_dc_cplus [no plot] Error in the differential flux value double coincidence C+. * Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]. * Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"]. SPDF: end of placeholder variables PT3M (cm^2 s sr eV/eV)^-1 dJ error dc C+ E12.5 LogScale 16 3 32 -1.0e+31 Ion Array Uncertainty Differential NumberFlux Energy per charge Time series defined by using: Epoch eoq Energy per charge PT3M keV/e Energy per charge E12.5 6.0 230.0 LogScale 32 Element 1 1 1 Element 2 2 2 Element 3 3 3 Element 4 4 4 Element 5 5 5 Element 6 6 6 Element 7 7 7 Element 8 8 8 Element 9 9 9 Element 10 10 10 Element 11 11 11 Element 12 12 12 Element 13 13 13 Element 14 14 14 Element 15 15 15 Element 16 16 16 Element 17 17 17 Element 18 18 18 Element 19 19 19 Element 20 20 20 Element 21 21 21 Element 22 22 22 Element 23 23 13 Element 24 24 14 Element 25 25 15 Element 26 26 16 Element 27 27 17 Element 28 28 28 Element 29 29 29 Element 30 30 30 Element 31 31 31 Element 32 32 32 0.0 100000.0 -1.0e+31 Ion Array EnergyPerCharge delT Time series defined by using: Epoch delT delta time PT3M delT E12.5 0.0 100000.0 -1.0e+31 Temporal Sector index Time series defined by using: Epoch SECTOR_index Sector index PT3M Sector index I2 LinearScale 16 1 16 -9 Other TELESCOPE index Time series defined by using: Epoch TELESCOPE_index TELESCOPE index PT3M I2 LinearScale 3 1 3 -9 Other STEP index Time series defined by using: Epoch STEP_index STEP index PT3M I2 LinearScale 32 1 32 -9 Other