2.3.2 spase://NASA/NumericalData/TIMED/TIDI/WindVectors/PT82.28S TIMED TIMED Doppler Interferometer (TIDI) Zonal and Meridional Winds at 60-180 km, Version 0307, 82.28 s Data 2021-04-27T15:38:11Z The TIMED Doppler Interferometer, TIDI, instrument is a Fabry-Perot interferometer designed to measure zonal and meridional winds in the mesosphere and lower thermosphere. This TIMED TIDI data product contains neutral gas doppler temperature estimates and vector wind velocities estimated from line of sight inverted wind profiles based on rotational line measurements of molecular Oxygen, O₂, (0,0) by using the TIDI P9 763.78 nm filter. This Level 3 data set of wind vectors contains that are mapped onto fixed angle-along-the-track grids. Vertical resolution is ~2 km at the lower altitudes and 25 km at the thermosphere, with an accuracy that approaches approximately 3 m/sec. Each profile is annotated with ancillary data including profile position and processing status. * TIMED Rules of the Road * ----------------------- Users of TIMED data are asked to respect the following guidelines: * 1) Mission scientific and model results are open to all. * 2) Users should contact the principal investigator, PI, or designated team member of an instrument or modeling group early in an analysis project to discuss the appropriate use of instrument data or model results. This applies to TIMED mission team members, guest investigators, and other members of the scientific community or general public. * 3) Users that wish to publish the results derived from TIMED data should normally offer co-authorship to the PI or his/her designated team member. Co-authorship may be declined. Appropriate acknowledgement to institutions, personnel, and funding agencies should be given. * 4) Users should heed the caveats of investigators as to the interpretation and limitations of data or model results. Investigators supplying data or models may insist that such caveats be published, even if co-authorship is declined. Data and model version numbers should also be specified. * 5) Pre-prints of publications and conference abstracts should be widely distributed to interested parties within the mission and related projects. TIMED TIDI data are available from the following access URLs but the linked data are not stored by using the Common Data Format, CDF. Note that this SPASE Numerical Description only describes the MESSENGER Magnetometer data stored in Common Data Files. +------------------------------------------------------------------------------------------------+ | Data Source | Data Access URL | |------------------------------------------------------------------------------------------------| | University of Michigan | ftp://tidi.engin.umich.edu/tidi/ | | High Altitude Observatory, HAO | http://download.hao.ucar.edu/archive/tidi/plots/winds/zonave/ | +------------------------------------------------------------------------------------------------+ Please acknowledge the Principal Investigator T.L. Killeen for use of the Data spase://SMWG/Person/Timothy.L.Killeen PrincipalInvestigator spase://SMWG/Person/Robert.M.Candey MetadataContact spase://SMWG/Person/Lee.Frost.Bargatze MetadataContact TIDI data and experiment home page, NCAR http://timed.hao.ucar.edu/tidi/ TIDI data and experiment home page hosted by National Center for Atmospheric Research, NCAR en TIDI data and experiment home page, UM http://tidi.engin.umich.edu/ TIDI data and experiment home page hosted by University of Michigan, UM en TIMED Mission Data Center, JHU/APL http://www.timed.jhuapl.edu/scripts/mdc_home.pl TIMED Mission Data Center hosted by the Johns Hopkins University, Applied Physics Laboratory, JHU/APL en NSSDC Master Catalog, TIMED, TIDI instrument https://nssdc.gsfc.nasa.gov/nmc/experiment/display.action?id=2001-055B-02 General information concerning the TIMED, TIMED Doppler Interferometer, TIDI, instrument en spase://VSPO/NumericalData/TIMED/TIDI/TIDI spase://VSPO/NumericalData/TIMED_WINDVECTORSNCAR_TIDI spase://VSPO/NumericalData/TIMED/TIDI/WindVectors/PT82.28S spase://SMWG/Repository/NASA/GSFC/SPDF Online Open FTPS from SPDF (not with most browsers) ftps://spdf.gsfc.nasa.gov/pub/data/timed/tidi/windvectors_ncar/ Access to Data in CDF Format via ftp from SPDF HTTPS from SPDF https://spdf.gsfc.nasa.gov/pub/data/timed/tidi/windvectors_ncar/ Access to Data in CDF Format via http from SPDF CDAWeb https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=TIMED_WINDVECTORSNCAR_TIDI&index=sp_phys TIMED_WINDVECTORSNCAR_TIDI Access to ASCII, CDF, and Plots via NASA/GSFC CDAWeb CDF None Please acknowledge the Principal Investigator T.L. Killeen. Please acknowledge the Data Providers and CDAWeb when using these Data. spase://SMWG/Repository/NASA/GSFC/SPDF Online Open CDAWeb HAPI Server https://cdaweb.gsfc.nasa.gov/hapi TIMED_WINDVECTORSNCAR_TIDI@0 TIMED_WINDVECTORSNCAR_TIDI@1 TIMED_WINDVECTORSNCAR_TIDI@2 TIMED_WINDVECTORSNCAR_TIDI@3 Web Service to this product using the HAPI interface. CSV Please acknowledge the Principal Investigator T.L. Killeen. Please acknowledge the Data Providers and CDAWeb when using these Data. Calibrated Calibrated spase://SMWG/Instrument/TIMED/TIDI NeutralGas Profile Radiance 2002-02-20T00:06:55.000 2015-12-31T23:49:42.000 PT82.28S Infrared Earth.NearSurface Earth.NearSurface.Atmosphere Earth.NearSurface.AuroralRegion Earth.NearSurface.EquatorialRegion Earth.NearSurface.Mesosphere Earth.NearSurface.PolarCap Earth.NearSurface.Stratosphere Earth.NearSurface.Thermosphere Altitude Grid Array ALT_RETRIEVED Altitude, grid point values PT82.28S km 1.0e3>m Height LinearScale 30 Element 1 1 km Element 2 2 km Element 3 3 km Element 4 4 km Element 5 5 km Element 6 6 km Element 7 7 km Element 8 8 km Element 9 9 km Element 10 10 km Element 11 11 km Element 12 12 km Element 13 13 km Element 14 14 km Element 15 15 km Element 16 16 km Element 17 17 km Element 18 18 km Element 19 19 km Element 20 20 km Element 21 21 km Element 22 22 km Element 23 23 km Element 24 24 km Element 25 25 km Element 26 26 km Element 27 27 km Element 28 28 km Element 29 29 km Element 30 30 km 50.0 200.0 -1.0e+31 Array Velocity Epoch Time, ascending, cold Epochcold_ascend Epoch Time Tags, ascending orbit phase, cold side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Zonal Wind Velocity, six heights, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND ZonalWindP9_SampleProfilecold_ascend Zonal Wind Velocity from 75 km to 100 km at 5 km intervals, ascending orbit phase, cold side PT82.28S m/s TimeSeries E12.4 6 Wzonl(75km,cld,asc) 1 11 Wzonl(80km,cld,asc) 2 13 Wzonl(85km,cld,asc) 3 15 Wzonl(90km,cld,asc) 4 17 Wzonl(95km,cld,asc) 5 19 Wzonl(100km,cld,asc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity, six heights, ascending, warm Time series defined by using: EPOCHWARM_ASCEND ZonalWindP9_SampleProfilewarm_ascend Zonal Wind Velocity from 75 km to 100 km at 5 km intervals, ascending orbit phase, warm side PT82.28S m/s TimeSeries E12.4 6 Wzonl(75km,wrm,asc) 1 11 Wzonl(80km,wrm,asc) 2 13 Wzonl(85km,wrm,asc) 3 15 Wzonl(90km,wrm,asc) 4 17 Wzonl(95km,wrm,asc) 5 19 Wzonl(100km,wrm,asc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity, six heights, descending, cold Time series defined by using: EPOCHCOLD_DESCEND ZonalWindP9_SampleProfilecold_descend Zonal Wind Velocity from 75 km to 100 km at 5 km intervals, descending orbit phase, cold side PT82.28S m/s TimeSeries E12.4 6 Wzonl(75km,cld,dsc) 1 11 Wzonl(80km,cld,dsc) 2 13 Wzonl(85km,cld,dsc) 3 15 Wzonl(90km,cld,dsc) 4 17 Wzonl(95km,cld,dsc) 5 19 Wzonl(100km,cld,dsc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity, six heights, descending, warm Time series defined by using: EPOCHWARM_DESCEND ZonalWindP9_SampleProfilewarm_descend Zonal Wind Velocity from 75 km to 100 km at 5 km intervals, descending orbit phase, warm side PT82.28S m/s TimeSeries E12.4 6 Wzonl(75km,wrm,dsc) 1 11 Wzonl(80km,wrm,dsc) 2 13 Wzonl(85km,wrm,dsc) 3 15 Wzonl(90km,wrm,dsc) 4 17 Wzonl(95km,wrm,dsc) 5 19 Wzonl(100km,wrm,dsc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.I Velocity Meridional Wind Velocity, six heights, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND MeridionalWindP9_SampleProfilecold_ascend Meridional Wind Velocity from 75 km to 100 km at 5 km intervals, ascending orbit phase, cold side PT82.28S m/s TimeSeries E12.4 6 Wmerd(75km,cld,asc) 1 11 Wmerd(80km,cld,asc) 2 13 Wmerd(85km,cld,asc) 3 15 Wmerd(90km,cld,asc) 4 17 Wmerd(95km,cld,asc) 5 19 Wmerd(100km,cld,asc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity, six heights, ascending, warm Time series defined by using: EPOCHWARM_ASCEND MeridionalWindP9_SampleProfilewarm_ascend Meridional Wind Velocity from 75 km to 100 km at 5 km intervals, ascending orbit phase, warm side PT82.28S m/s TimeSeries E12.4 6 Wmerd(75km,wrm,asc) 1 11 Wmerd(80km,wrm,asc) 2 13 Wmerd(85km,wrm,asc) 3 15 Wmerd(90km,wrm,asc) 4 17 Wmerd(95km,wrm,asc) 5 19 Wmerd(100km,wrm,asc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity, six heights, descending, cold Time series defined by using: EPOCHCOLD_DESCEND MeridionalWindP9_SampleProfilecold_descend Meridional Wind Velocity from 75 km to 100 km at 5 km intervals, descending orbit phase, cold side PT82.28S m/s TimeSeries E12.4 6 Wmerd(75km,cld,dsc) 1 11 Wmerd(80km,cld,dsc) 2 13 Wmerd(85km,cld,dsc) 3 15 Wmerd(90km,cld,dsc) 4 17 Wmerd(95km,cld,dsc) 5 19 Wmerd(100km,cld,dsc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity, six heights, descending, warm Time series defined by using: EPOCHWARM_DESCEND MeridionalWindP9_SampleProfilewarm_descend Meridional Wind Velocity from 75 km to 100 km at 5 km intervals, descending orbit phase, warm side PT82.28S m/s TimeSeries E12.4 6 Wmerd(75km,wrm,dsc) 1 11 Wmerd(80km,wrm,dsc) 2 13 Wmerd(85km,wrm,dsc) 3 15 Wmerd(90km,wrm,dsc) 4 17 Wmerd(95km,wrm,dsc) 5 19 Wmerd(100km,wrm,dsc) 6 21 -10000.0 10000.0 -1.0e+31 Molecule Array Component.J Velocity Zonal Wind Velocity profile, six heights, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND Ucold_P9_ascend Zonal Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, ascending orbit phase, cold side PT82.28S m/s Spectrogram Wzonal(cold,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity profile, six heights, ascending, warm Time series defined by using: EPOCHWARM_ASCEND Uwarm_P9_ascend Zonal Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, ascending orbit phase, warm side PT82.28S m/s Spectrogram Wzonal(warm,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity profile, six heights, descending, cold Time series defined by using: EPOCHCOLD_DESCEND Ucold_P9_descend Zonal Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, descending orbit phase, cold side PT82.28S m/s Spectrogram Wzonal(cold,desc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.I Velocity Zonal Wind Velocity profile, six heights, descending, warm Time series defined by using: EPOCHWARM_DESCEND Uwarm_P9_descend Zonal Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, descending orbit phase, warm side PT82.28S m/s Spectrogram Wzonal(warm,desc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.I Velocity Variance, Zonal Wind Velocity, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND VAR_Ucold_P9_ascend Variance, Zonal Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S (m/s)^2 Spectrogram Var_Wzonl(cld,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.I Velocity Variance, Zonal Wind Velocity, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND VAR_Uwarm_P9_ascend Variance, Zonal Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S (m/s)^2 Spectrogram Var_Wzonl(wrm,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.I Velocity Variance, Zonal Wind Velocity, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND VAR_Ucold_P9_descend Variance, Zonal Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S (m/s)^2 Spectrogram Var_Wzonl(cld,dsc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.I Velocity Variance, Zonal Wind Velocity, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND VAR_Uwarm_P9_descend Variance, Zonal Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S (m/s)^2 Spectrogram Var_Wzonl(wrm,dsc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.I Velocity Meridional Wind Velocity profile, six heights, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND Vcold_P9_ascend Meridional Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, ascending orbit phase, cold side PT82.28S m/s Spectrogram Wmerid(cold,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity profile, six heights, ascending, warm Time series defined by using: EPOCHWARM_ASCEND Vwarm_P9_ascend Meridional Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, ascending orbit phase, warm side PT82.28S m/s Spectrogram Wmerid(warm,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity profile, six heights, descending, cold Time series defined by using: EPOCHCOLD_DESCEND Vcold_P9_descend Meridional Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, descending orbit phase, cold side PT82.28S m/s Spectrogram Wmerid(cold,desc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.J Velocity Meridional Wind Velocity profile, six heights, descending, warm Time series defined by using: EPOCHWARM_DESCEND Vwarm_P9_descend Meridional Wind Profile from 75 km to 100 km at 5 km intervals, velocity as function of time and altitude, descending orbit phase, warm side PT82.28S m/s Spectrogram Wmerid(warm,desc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -2000.0 2000.0 -1.0e+31 Molecule Array Component.J Velocity Variance, Meridional Wind Velocity, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND VAR_Vcold_P9_ascend Variance, Meridional Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S (m/s)^2 Spectrogram Var_Wmerd(cld,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.J Velocity Variance, Meridional Wind Velocity, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND VAR_Vwarm_P9_ascend Variance, Meridional Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S (m/s)^2 Spectrogram Var_Wmerd(wrm,asc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.J Velocity Variance, Meridional Wind Velocity, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND VAR_Vcold_P9_descend Variance, Meridional Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S (m/s)^2 Spectrogram Var_Wmerd(cld,desc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.J Velocity Variance, Meridional Wind Velocity, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND VAR_Vwarm_P9_descend Variance, Meridional Wind Velocity, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S (m/s)^2 Spectrogram Var_Wmerd(wrm,dsc) E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 100000.0 -1.0e+31 Molecule Array Variance Component.J Velocity Geodetic Latitude, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND LATcold_ascend Geodetic Latitude, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical WGS84 Lat (cold,asc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Geodetic Latitude, ascending, warm Time series defined by using: EPOCHWARM_ASCEND LATwarm_ascend Geodetic Latitude, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical WGS84 Lat (warm,asc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Geodetic Latitude, descending, cold Time series defined by using: EPOCHCOLD_DESCEND LATcold_descend Geodetic Latitude, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical WGS84 Lat (cold,desc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Geodetic Latitude, descending, warm Time series defined by using: EPOCHWARM_DESCEND LATwarm_descend Geodetic Latitude, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical WGS84 Lat (warm,desc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Geodetic East Longitude, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND LONcold_ascend Geodetic East Longitude, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical WGS84 Long (cold,asc) F8.2 0.0 360.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Geodetic East Longitude, ascending, warm Time series defined by using: EPOCHWARM_ASCEND LONwarm_ascend Geodetic East Longitude, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical WGS84 Long (warm,asc) F8.2 0.0 360.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Geodetic East Longitude, descending, cold Time series defined by using: EPOCHCOLD_DESCEND LONcold_descend Geodetic East Longitude, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical WGS84 Long (cold,desc) F8.2 0.0 360.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Geodetic East Longitude, descending, warm Time series defined by using: EPOCHWARM_DESCEND LONwarm_descend Geodetic East Longitude, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical WGS84 Long (warm,desc) F8.2 0.0 360.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Solar Zenith Angle, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND SZAcold_ascend Solar Zenith Angle, SZA, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad SZA (cold,asc) F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Solar Zenith Angle, ascending, warm Time series defined by using: EPOCHWARM_ASCEND SZAwarm_ascend Solar Zenith Angle, SZA, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad SZA (warm,asc) F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Solar Zenith Angle, descending, cold Time series defined by using: EPOCHCOLD_DESCEND SZAcold_descend Solar Zenith Angle, SZA, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad SZA (cold,desc) F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Solar Zenith Angle, descending, warm Time series defined by using: EPOCHWARM_DESCEND SZAwarm_descend Solar Zenith Angle, SZA, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad SZA (warm,desc) F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Local Solar Time, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND LSTcold_ascend Local Solar Time, LST, ascending orbit phase, cold side PT82.28S h 0.261799388>rad Spherical CSO LST (cold,asc) F8.2 0.0 24.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Local Solar Time, ascending, warm Time series defined by using: EPOCHWARM_ASCEND LSTwarm_ascend Local Solar Time, LST, ascending orbit phase, warm side PT82.28S h 0.261799388>rad Spherical CSO LST (warm,asc) F8.2 0.0 24.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Local Solar Time, descending, cold Time series defined by using: EPOCHCOLD_DESCEND LSTcold_descend Local Solar Time, LST, descending orbit phase, cold side PT82.28S h 0.261799388>rad Spherical CSO LST (cold,desc) F8.2 0.0 24.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Local Solar Time, descending, warm Time series defined by using: EPOCHWARM_DESCEND LSTwarm_descend Local Solar Time, LST, descending orbit phase, warm side PT82.28S h 0.261799388>rad Spherical CSO LST (warm,desc) F8.2 0.0 24.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Magnetic Latitude, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND MLATcold_ascend Magnetic Latitude, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical MAG MLat (cold,asc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Magnetic Latitude, ascending, warm Time series defined by using: EPOCHWARM_ASCEND MLATwarm_ascend Magnetic Latitude, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical MAG MLat (warm,asc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Magnetic Latitude, descending, cold Time series defined by using: EPOCHCOLD_DESCEND MLATcold_descend Magnetic Latitude, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical MAG MLat (cold,desc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Magnetic Latitude, descending, warm Time series defined by using: EPOCHWARM_DESCEND MLATwarm_descend Magnetic Latitude, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical MAG MLat (warm,desc) F8.2 -90.0 90.0 -1.0e+31 Scalar DirectionAngle.ElevationAngle Velocity Magnetic Longitude, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND MLONcold_ascend Magnetic Longitude, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical MAG MLong(cold) ascending F8.2 -180.0 180.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Magnetic Longitude, ascending, warm Time series defined by using: EPOCHWARM_ASCEND MLONwarm_ascend Magnetic Longitude, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical MAG MLong (warm,asc) F8.2 -180.0 180.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Magnetic Longitude, descending, cold Time series defined by using: EPOCHCOLD_DESCEND MLONcold_descend Magnetic Longitude, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad Spherical MAG MLong (cold,desc) F8.2 -180.0 180.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Magnetic Longitude, descending, warm Time series defined by using: EPOCHWARM_DESCEND MLONwarm_descend Magnetic Longitude, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad Spherical MAG MLong (warm,desc) F8.2 -180.0 180.0 -1.0e+31 Scalar DirectionAngle.AzimuthAngle Velocity Volume Emission Rate, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND VERcold_P9_ascend Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S (cm^3 s)^-1 1.0e6>(m^3 s)^-1 Spectrogram O2_VER(cold) P9 E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -10000.0 10000.0 -1.0e+31 Photon Array Emissivity Variance, Volume Emission Rate, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND VAR_VERcold_P9_ascend Variance, Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S (cm^3 s)^-2 1.0e12>(m^3 s)^-2 Spectrogram VarO2EMR(cold) ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+12 -1.0e+31 Photon Array Variance Emissivity Doppler Temperature, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND T_DOPPLERcold_P9_ascend Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S °K Spectrogram T doppler(cold) P9 ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -3000.0 3000.0 -1.0e+31 Molecule Array Temperature Variance, Doppler Temperature, P9, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND VAR_T_DOPPLERcold_P9_ascend Estimated Variance, Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, cold side PT82.28S (°K)^2 Spectrogram var T doppler(cold) P9 ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+06 -1.0e+31 Molecule Array Variance Temperature Measurement Universal Time Year and Day of Year, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND UT_DATEcold_ascend Measurement Universal Time Year and Day of Year, YYYYdoy format, ascending orbit phase, cold side PT82.28S yeardoy A7 1999000 Scalar Temporal Date, Time, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND TIMEcold_ascend Date and Time since GPS Measurement Epoch, ascending orbit phase, cold side PT82.28S ms 1.0e-3>s time(cold) ascending I10 0 1000000000 -1 Scalar Temporal Millisecond of the Measurement Time, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND MS_TIMEcold_ascend Millisecond of the Measurement Time, ascending orbit phase, cold side PT82.28S ms 1.0e-3>s ms_time (cold,asc) I4 0 1000 -1 Scalar Temporal Measurement Universal Time, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND UT_TIMEcold_ascend Universal Time of the Measurement, ascending orbit phase, cold side PT82.28S ms 1.0e-3>s msecs of day(cold) ascending I8 0 864000000 -1 Scalar Temporal Record Index, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND REC_INDEXcold_ascend Record Index Number of the Current Record in the File, ascending orbit phase, cold side PT82.28S record index(cold) ascending I6 1 999999 -99 Scalar Other Data Quality Flag, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND DATA_OKcold_ascend Data Quality Flag, T=OK, F=Not OK, ascending orbit phase, cold side PT82.28S data ok(cold) ascending A2 ? Scalar Velocity Lunar Zenith Angle, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND LZAcold_ascend Lunar Zenith Angle, LZA, assigned to the profile, ascending orbit phase, cold side PT82.28S ° 0.0174532925>rad LZA(cold) ascending F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Track Angle, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND TRACKcold_ascend Track Angle, assigned to the profile, ascending orbit phase, cold side, equal to 360° at the first ascending node PT82.28S ° 0.0174532925>rad TrackAngle(cold) ascending F8.1 0.0 1000.0 -1.0e+31 Scalar Velocity Table ID, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND TABLE_IDcold_ascend Table ID, identifier of the scan table controlling the measurement, ascending orbit phase, cold side PT82.28S table id(cold) ascending I5 0 65535 -1.0e+31 Scalar InstrumentMode Measure Track, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND MEASURE_TRACKcold_ascend Measure Track, the side of the spacecraft observed, ascending orbit phase, cold side, C=Cold, W=Warm PT82.28S measure track(cold) ascending A2 ? Scalar InstrumentMode Flight Direction, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND FLIGHT_DIRcold_ascend Flight Direction, ascending orbit phase, cold side, F=Front, B=Back PT82.28S flight dir(cold) A2 ? Scalar InstrumentMode South Atlantic Anomaly Flag, ascending, cold Time series defined by using: EPOCHCOLD_ASCEND IN_SAAcold_ascend South Atlantic Anomaly, SAA, Flag, T=In SAA, F=Not in SAA, ascending orbit phase, cold side PT82.28S in saa(cold) ascending A2 ? Scalar Velocity Epoch Time, descending, cold Epochcold_descend Epoch Time Tags, descending orbit phase, cold side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Volume Emission Rate, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND VERcold_P9_descend Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S (cm^3 s)^-1 1.0e6>(m^3 s)^-1 Spectrogram O2_VER(cold) P9 E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -10000.0 10000.0 -1.0e+31 Photon Array Emissivity Variance, Volume Emission Rate, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND VAR_VERcold_P9_descend Variance, Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S (cm^3 s)^-2 1.0e12>(m^3 s)^-2 Spectrogram VarO2EMR(cold) descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+12 -1.0e+31 Photon Array Variance Emissivity Doppler Temperature, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND T_DOPPLERcold_P9_descend Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S °K Spectrogram T doppler(cold) P9 descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -3000.0 3000.0 -1.0e+31 Molecule Array Temperature Variance, Doppler Temperature, P9, descending, cold Time series defined by using: EPOCHCOLD_DESCEND VAR_T_DOPPLERcold_P9_descend Estimated Variance, Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, cold side PT82.28S (°K)^2 Spectrogram var T doppler(cold) P9 descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+06 -1.0e+31 Molecule Array Variance Temperature Measurement Universal Time Year and Day of Year, descending, cold Time series defined by using: EPOCHCOLD_DESCEND UT_DATEcold_descend Measurement Universal Time Year and Day of Year, YYYYdoy format, descending orbit phase, cold side PT82.28S yeardoy A7 1999000 Scalar Temporal Date, Time, descending, cold Time series defined by using: EPOCHCOLD_DESCEND TIMEcold_descend Date and Time since GPS Measurement Epoch, descending orbit phase, cold side PT82.28S ms 1.0e-3>s time(cold) descending I10 0 1000000000 -1 Scalar Temporal Millisecond of the Measurement Time, descending, cold Time series defined by using: EPOCHCOLD_DESCEND MS_TIMEcold_descend Millisecond of the Measurement Time, descending orbit phase, cold side PT82.28S ms 1.0e-3>s ms_time(cold) descending I4 0 1000 -1 Scalar Temporal Measurement Universal Time, descending, cold Time series defined by using: EPOCHCOLD_DESCEND UT_TIMEcold_descend Universal Time of the Measurement, descending orbit phase, cold side PT82.28S ms 1.0e-3>s msecs of day(cold) descending I8 0 864000000 -1 Scalar Temporal Record Index, descending, cold Time series defined by using: EPOCHCOLD_DESCEND REC_INDEXcold_descend Record Index Number of the Current Record in the File, descending orbit phase, cold side PT82.28S record index(cold) descending I6 1 999999 -99 Scalar Other Data Quality Flag, descending, cold Time series defined by using: EPOCHCOLD_DESCEND DATA_OKcold_descend Data Quality Flag, T=OK, F=Not OK, descending orbit phase, cold side PT82.28S data ok(cold) descending A2 ? Scalar Velocity Lunar Zenith Angle, descending, cold Time series defined by using: EPOCHCOLD_DESCEND LZAcold_descend Lunar Zenith Angle, LZA, assigned to the profile, descending orbit phase, cold side PT82.28S ° 0.0174532925>rad LZA(cold) descending F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Track Angle, descending, cold Time series defined by using: EPOCHCOLD_DESCEND TRACKcold_descend Track Angle, assigned to the profile, descending orbit phase, cold side, equal to 360° at the first descending node PT82.28S ° 0.0174532925>rad TrackAngle(cold) descending F8.1 0.0 1000.0 -1.0e+31 Scalar Velocity Table ID, descending, cold Time series defined by using: EPOCHCOLD_DESCEND TABLE_IDcold_descend Table ID, identifier of the scan table controlling the measurement, descending orbit phase, cold side PT82.28S table id(cold) descending I5 0 65535 -1.0e+31 Scalar InstrumentMode Measure Track, descending, cold Time series defined by using: EPOCHCOLD_DESCEND MEASURE_TRACKcold_descend Measure Track, the side of the spacecraft observed, descending orbit phase, cold side, C=Cold, W=Warm PT82.28S measure track(cold) descending A2 ? Scalar InstrumentMode Flight Direction, descending, cold Time series defined by using: EPOCHCOLD_DESCEND FLIGHT_DIRcold_descend Flight Direction, descending orbit phase, cold side, F=Front, B=Back PT82.28S flight dir(cold) A2 ? Scalar InstrumentMode South Atlantic Anomaly Flag, descending, cold Time series defined by using: EPOCHCOLD_DESCEND IN_SAAcold_descend South Atlantic Anomaly, SAA, Flag, T=In SAA, F=Not in SAA, descending orbit phase, cold side PT82.28S in saa(cold) descending A2 ? Scalar Velocity Epoch Time, ascending, warm Epochwarm_ascend Epoch Time Tags, ascending orbit phase, warm side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Volume Emission Rate, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND VERwarm_P9_ascend Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S (cm^3 s)^-1 1.0e6>(m^3 s)^-1 Spectrogram O2_VER(warm) P9 E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -10000.0 10000.0 -1.0e+31 Photon Array Emissivity Variance, Volume Emission Rate, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND VAR_VERwarm_P9_ascend Variance, Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S (cm^3 s)^-2 1.0e12>(m^3 s)^-2 Spectrogram VarO2EMR(warm) ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+12 -1.0e+31 Photon Array Variance Emissivity Doppler Temperature, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND T_DOPPLERwarm_P9_ascend Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S °K Spectrogram T doppler(warm) P9 ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -3000.0 3000.0 -1.0e+31 Molecule Array Temperature Variance, Doppler Temperature, P9, ascending, warm Time series defined by using: EPOCHWARM_ASCEND VAR_T_DOPPLERwarm_P9_ascend Estimated Variance, Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, ascending orbit phase, warm side PT82.28S (°K)^2 Spectrogram var T doppler(warm) P9 ascending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+06 -1.0e+31 Molecule Array Variance Temperature Measurement Universal Time Year and Day of Year, ascending, warm Time series defined by using: EPOCHWARM_ASCEND UT_DATEwarm_ascend Measurement Universal Time Year and Day of Year, YYYYdoy format, ascending orbit phase, warm side PT82.28S yeardoy A7 1999000 Scalar Temporal Date, Time, ascending, warm Time series defined by using: EPOCHWARM_ASCEND TIMEwarm_ascend Date and Time since GPS Measurement Epoch, ascending orbit phase, warm side PT82.28S ms 1.0e-3>s time(warm) ascending I10 0 1000000000 -1 Scalar Temporal Millisecond of the Measurement Time, ascending, warm Time series defined by using: EPOCHWARM_ASCEND MS_TIMEwarm_ascend Millisecond of the Measurement Time, ascending orbit phase, warm side PT82.28S ms 1.0e-3>s ms_time(warm) ascending I4 0 1000 -1 Scalar Temporal Measurement Universal Time, ascending, warm Time series defined by using: EPOCHWARM_ASCEND UT_TIMEwarm_ascend Universal Time of the Measurement, ascending orbit phase, warm side PT82.28S ms 1.0e-3>s msecs of day(warm) ascending I8 0 864000000 -1 Scalar Temporal Record Index, ascending, warm Time series defined by using: EPOCHWARM_ASCEND REC_INDEXwarm_ascend Record Index Number of the Current Record in the File, ascending orbit phase, warm side PT82.28S record index(warm) ascending I6 1 999999 -99 Scalar Other Data Quality Flag, ascending, warm Time series defined by using: EPOCHWARM_ASCEND DATA_OKwarm_ascend Data Quality Flag, T=OK, F=Not OK, ascending orbit phase, warm side PT82.28S data ok(warm) ascending A2 ? Scalar Velocity Lunar Zenith Angle, ascending, warm Time series defined by using: EPOCHWARM_ASCEND LZAwarm_ascend Lunar Zenith Angle, LZA, assigned to the profile, ascending orbit phase, warm side PT82.28S ° 0.0174532925>rad LZA(warm) ascending F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Track Angle, ascending, warm Time series defined by using: EPOCHWARM_ASCEND TRACKwarm_ascend Track Angle, assigned to the profile, ascending orbit phase, warm side, equal to 360° at the first ascending node PT82.28S ° 0.0174532925>rad TrackAngle(warm) ascending F8.1 0.0 1000.0 -1.0e+31 Scalar Velocity Table ID, ascending, warm Time series defined by using: EPOCHWARM_ASCEND TABLE_IDwarm_ascend Table ID, identifier of the scan table controlling the measurement, ascending orbit phase, warm side PT82.28S table id(warm) ascending I5 0 65535 -1.0e+31 Scalar InstrumentMode Measure Track, ascending, warm Time series defined by using: EPOCHWARM_ASCEND MEASURE_TRACKwarm_ascend Measure Track, the side of the spacecraft observed, ascending orbit phase, warm side, C=Cold, W=Warm PT82.28S measure track(warm) ascending A2 ? Scalar InstrumentMode Flight Direction, ascending, warm Time series defined by using: EPOCHWARM_ASCEND FLIGHT_DIRwarm_ascend Flight Direction, ascending orbit phase, warm side, F=Front, B=Back PT82.28S flight dir(warm) A2 ? Scalar InstrumentMode South Atlantic Anomaly Flag, ascending, warm Time series defined by using: EPOCHWARM_ASCEND IN_SAAwarm_ascend South Atlantic Anomaly, SAA, Flag, T=In SAA, F=Not in SAA, ascending orbit phase, warm side PT82.28S in saa(warm) ascending A2 ? Scalar Velocity Epoch Time, descending, warm Epochwarm_descend Epoch Time Tags, descending orbit phase, warm side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Volume Emission Rate, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND VERwarm_P9_descend Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S (cm^3 s)^-1 1.0e6>(m^3 s)^-1 Spectrogram O2_VER(warm) P9 E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -10000.0 10000.0 -1.0e+31 Photon Array Emissivity Variance, Volume Emission Rate, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND VAR_VERwarm_P9_descend Variance, Volume Emission Rate, VER, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S (cm^3 s)^-2 1.0e12>(m^3 s)^-2 Spectrogram VarO2EMR(warm) descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+12 -1.0e+31 Photon Array Variance Emissivity Doppler Temperature, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND T_DOPPLERwarm_P9_descend Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S °K Spectrogram T doppler(warm) P9 descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 -3000.0 3000.0 -1.0e+31 Molecule Array Temperature Variance, Doppler Temperature, P9, descending, warm Time series defined by using: EPOCHWARM_DESCEND VAR_T_DOPPLERwarm_P9_descend Estimated Variance, Inverted Doppler Temperature, O₂ atmospheric Oxygen, (O,O) airglow emissions, P9 line, averaged, descending orbit phase, warm side PT82.28S (°K)^2 Spectrogram var T doppler(warm) P9 descending E12.4 LinearScale 30 Element 1 1 50 Element 2 2 52.5000 Element 3 3 55 Element 4 4 57.5000 Element 5 5 60 Element 6 6 62.5000 Element 7 7 65 Element 8 8 67.5000 Element 9 9 70 Element 10 10 72.5000 Element 11 11 75 Element 12 12 77.5000 Element 13 13 80 Element 14 14 82.5000 Element 15 15 85 Element 16 16 87.5000 Element 17 17 90 Element 18 18 92.5000 Element 19 19 95 Element 20 20 97.5000 Element 21 21 100 Element 22 22 102.500 Element 23 23 105 Element 24 24 107.500 Element 25 25 110 Element 26 26 112.500 Element 27 27 115 Element 28 28 117.500 Element 29 29 120 Element 30 30 122.500 0.0 1.0e+06 -1.0e+31 Molecule Array Variance Temperature Measurement Universal Time Year and Day of Year, descending, warm Time series defined by using: EPOCHWARM_DESCEND UT_DATEwarm_descend Measurement Universal Time Year and Day of Year, YYYYdoy format, descending orbit phase, warm side PT82.28S yeardoy A7 1999000 Scalar Temporal Date, Time, descending, warm Time series defined by using: EPOCHWARM_DESCEND TIMEwarm_descend Date and Time since GPS Measurement Epoch, descending orbit phase, warm side PT82.28S ms 1.0e-3>s time(warm) descending I10 0 1000000000 -1 Scalar Temporal Millisecond of the Measurement Time, descending, warm Time series defined by using: EPOCHWARM_DESCEND MS_TIMEwarm_descend Millisecond of the Measurement Time, descending orbit phase, warm side PT82.28S ms 1.0e-3>s ms_time(warm) descending I4 0 1000 -1 Scalar Temporal Measurement Universal Time, descending, warm Time series defined by using: EPOCHWARM_DESCEND UT_TIMEwarm_descend Universal Time of the Measurement, descending orbit phase, warm side PT82.28S ms 1.0e-3>s msecs of day(warm) descending I8 0 864000000 -1 Scalar Temporal Record Index, descending, warm Time series defined by using: EPOCHWARM_DESCEND REC_INDEXwarm_descend Record Index Number of the Current Record in the File, descending orbit phase, warm side PT82.28S record index(warm) descending I6 1 999999 -99 Scalar Other Data Quality Flag, descending, warm Time series defined by using: EPOCHWARM_DESCEND DATA_OKwarm_descend Data Quality Flag, T=OK, F=Not OK, descending orbit phase, warm side PT82.28S data ok(warm) descending A2 ? Scalar Velocity Lunar Zenith Angle, descending, warm Time series defined by using: EPOCHWARM_DESCEND LZAwarm_descend Lunar Zenith Angle, LZA, assigned to the profile, descending orbit phase, warm side PT82.28S ° 0.0174532925>rad LZA(warm) descending F8.2 0.0 180.0 -1.0e+31 Scalar DirectionAngle.PolarAngle Velocity Track Angle, descending, warm Time series defined by using: EPOCHWARM_DESCEND TRACKwarm_descend Track Angle, assigned to the profile, descending orbit phase, warm side, equal to 360° at the first descending node PT82.28S ° 0.0174532925>rad TrackAngle(warm) descending F8.1 0.0 1000.0 -1.0e+31 Scalar Velocity Table ID, descending, warm Time series defined by using: EPOCHWARM_DESCEND TABLE_IDwarm_descend Table ID, identifier of the scan table controlling the measurement, descending orbit phase, warm side PT82.28S table id(warm) descending I5 0 65535 -1.0e+31 Scalar InstrumentMode Measure Track, descending, warm Time series defined by using: EPOCHWARM_DESCEND MEASURE_TRACKwarm_descend Measure Track, the side of the spacecraft observed, descending orbit phase, warm side, C=Cold, W=Warm PT82.28S measure track(warm) descending A2 ? Scalar InstrumentMode Flight Direction, descending, warm Time series defined by using: EPOCHWARM_DESCEND FLIGHT_DIRwarm_descend Flight Direction, descending orbit phase, warm side, F=Front, B=Back PT82.28S flight dir(warm) A2 ? Scalar InstrumentMode South Atlantic Anomaly Flag, descending, warm Time series defined by using: EPOCHWARM_DESCEND IN_SAAwarm_descend South Atlantic Anomaly, SAA, Flag, T=In SAA, F=Not in SAA, descending orbit phase, warm side PT82.28S in saa(warm) descending A2 ? Scalar Velocity Epoch Time, cold Epochcold Epoch Time Tags, cold side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Epoch Time, warm Epochwarm Epoch Time Tags, warm side PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Epoch Time Epoch Epoch Time Tags, complete PT82.28S 01-Jan-1990 00:00:00.000 31-Dec-2010 00:00:00.000 Scalar Temporal Ascending/Descending or Warm/Cold Flags Time series defined by using: EPOCH ad_wc_flags Ascending/Descending or Warm/Cold Flags, flag variable stating whether variable is ascending/descending or warm/cold PT82.28S F4.0 2 W/C 1 A/D 2 10.0 20.0 -1.0e+31 Array InstrumentMode