Name: DE 2 Fabry-Perot Interferometer (FPI), Thermospheric Neutral Gas Density, Meridional Wind, and Temperature, 8-sec data
Creator: Niciejewski, Richard, J.
Published: 2023-01-01
License: https://spdx.org/licenses/CC0-1.0.html

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} function getVersionedBibTeX(bibtex) { /* Add version field as suggested by August (Gus) Muench, Journals Data Editor, American Astronomical Society (email dated 7/7/25) */ const accessVersion = ", version={Accessed on " + currentIsoDateStr + "}"; const modifiedBibtex = bibtex.substring(0, bibtex.lastIndexOf("}")) + accessVersion + "}"; return modifiedBibtex; } function getBlob(text) { return new Blob([text], { type: "text/plain"}); } function clipboardAlert(text) { alert(text + "\nCopied to clipboard"); } function clipCitation(doi) { document.body.style.cursor = 'wait'; let url = "https://citation.doi.org/format?doi=" + doi.replace("https://doi.org/", "") + String.fromCodePoint(38) + "style=bibtex" + String.fromCodePoint(38) + "lang=en-US"; const text = new ClipboardItem({ "text/plain": fetch(url) .then(getResponseText) .then(getVersionedBibTeX) .then(getBlob) }); navigator.clipboard.write([text]); text.getType("text/plain") .then(getResponseText) .then(clipboardAlert); } function toggle_usa_banner_details() { const details = document.getElementById("usa-banner-details"); const indicator = document.getElementById("usa-banner-indicator"); if (details.style.display === "none") { details.style.display = "block"; indicator.textContent = "^"; } else { details.style.display = "none"; indicator.textContent = "v"; } } const monthName=new Array("January","February","March","April","May","June","July","August","September","October","November","December"); let currentDate = new Date(); let currentIsoDateStr = currentDate.toISOString().substring(0, 10); let currentDateStr = currentDate.getFullYear() + '-' + monthName[currentDate.getMonth()] + '-' + currentDate.getDate(); Data Access FTPS from SPDF (not with most browsers) HTTPS from SPDF CDAWeb WebService: CDAWeb Programmatic Data Access HAPI: CDAWeb HAPI Server DE 2 Fabry-Perot Interferometer (FPI), Thermospheric Neutral Gas Density, Meridional Wind, and Temperature, 8-sec data var authors='Niciejewski, Richard, J.'; document.write(authors); (2023). DE 2 Fabry-Perot Interferometer (FPI), Thermospheric Neutral Gas Density, Meridional Wind, and Temperature, 8-sec data. [Data set]. Space Physics Data Facility. https://doi.org/10.48322/22v6-0p09. Accessed on document.write(currentDateStr);. Note: Proper references, including Copy BibTeX Citation or other formats, should include the "Accessed on date" to identify the version of the resource being cited in a given publication. ResourceID spase://NASA/NumericalData/DE2/FPI/Neutral/PT8S Description The Fabry-Perot Interferometer, FPI, was a High-Resolution Remote Sensing Instrument designed to measure the Thermospheric Temperature, Meridional Wind, and Density of the following Metastable Atoms: Atomic Oxygen, Singlet S and D, and the 2P State of Ionic Atomic Oxygen. The FPI performed a Wavelength Analysis on the Light detected from the Thermospheric Emission Features by spatially scanning the Interference Fringe Plane with a Multichannel Array Detector. The Wavelength Analysis characterized the Doppler Line Profile of the emitting Species. A Sequential Altitude Scan performed by a Commandable Horizon Scan Mirror provided a Cross-Sectional View of the Thermodynamic and Dynamic State of the Thermosphere below the DE 2 Orbit. The Information obtained from this Investigation was used to Study the Dynamic Response of the Thermosphere to the Energy Sources caused by Magnetospheric Electric Fields and the Absorption of Solar Ultraviolet Light in the Thermosphere. The Instrument was based on the Visible Airglow Experiment, VAE, used in the AE Program. The Addition of a Scanning Mirror, the Fabry-Perot Etalon, an Image Plane Detector, and a Calibration Lamp were the Principal Differences. Interference Filters isolated Lines at 5577, 6300, 7320, 5896, and 5200, in Angstroms. The FPI had a Field of View of 0.53°, Half-Cone Angle. More Details are found in P. B. Hays et al., Space Sci. Instrum., 5(4), 395, 1981. From February 16, 1982 to September 11, 1982 the DE Satellite was inverted and the FPI measured Galactic Emissions. NOTE: Animations of DE2-FPI Science Products have been created as Daily Summary Files. The Animations contain Binned Averages displayed as a Color Code against a Geographic Background. The Bin Sizes are 7.5° Latitude and 24.0° Longitude. The Longitude Bin corresponds to the approximate Separation of adjacent Orbits, assuming that DE2 completed 15 Orbits per Day. The Animations are divided by Day, 06-18 LST, and Night, 18-06 LST, where LST is Local Standard Time. All Summary File Information and Animations employ Spacecraft Orbital Attitude Data. Users should note 1, that the DE2-FPI Experiment acquired Airglow Spectra by imaging the Terrestrial Limb below and ahead of the Spacecraft at an approximate Tangent Altitude of 250 km, 2, All Airglow Spectra were acquired while the DE2 Spacecraft orbited in it's Normal Configuration, which corresponded to Calendar Months August to February in 1981 to 1982 and n 1982 to 1983; 3, The Orbital Inclination of DE2 was 90° implying that DE2-FPI always viewed Ahead along the Meridian; 4, And that DE2 flew in an Elliptical Orbit with Perigee of 305 km and Apogee of 1300 km at Launch ans the Attitude of DE2 for each FPI Measurement is included with each reduced Data Point permitting Users to determine the Tangent Latitude corresponding to the 250 km Terrestrial Airglow Limb. The three GIF Animations are: 1. FPI_brightness.gif, which documents the OI, 630.0 nm,, Column Brightness in Units of log10 Rayleighs. Note different Scales for Day and Night. 2. FPI_temperature.gif, which documents the Neutral Thermosphere Temperature in Units of °Kelvin. 3. FPI_wind.gif, which documents the Line of Sight Neutral Wind Component in Units of m/s. The Wind Direction is positive when the Wind blows away from the approaching Spacecraft. Metadata Rights CC0-1.0: Creative Commons Zero v1.0 Universal Note CC0 1.0 Universal is the Creative Commons license applicable to all publicly available SPASE metadata descriptions. The actual data/software may be subject to a different license. View XML | Edit Details Version:2.7.1 NumericalData ResourceID spase://NASA/NumericalData/DE2/FPI/Neutral/PT8S NamingAuthority NASA ResourceType NumericalData ResourceHeader ResourceName DE 2 Fabry-Perot Interferometer (FPI), Thermospheric Neutral Gas Density, Meridional Wind, and Temperature, 8-sec data AlternateName Dynamics Explorer 2 FPI Neutral 8s Data AlternateName DE-B FPI Neutral 8s Data DOI https://doi.org/10.48322/22v6-0p09 ReleaseDate 2025-12-04 13:29:07Z RevisionHistory RevisionEvent ReleaseDate 2021-04-27 15:38:11 Note Only known prior ReleaseDate of the metadata RevisionEvent ReleaseDate 2023-07-30 12:34:56.789 Note Added DOI and PublicationInfo minted by LFB, metadata versioned up to SPASE 2.6.0, reviewed by LFB 20230727 RevisionEvent ReleaseDate 2025-10-02 15:11:48Z Note 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 RevisionEvent ReleaseDate 2025-12-04 13:29:07Z Note Added MetadataRightsList and RightsList(s). Updated to 2.7.1. ZCB Description The Fabry-Perot Interferometer, FPI, was a High-Resolution Remote Sensing Instrument designed to measure the Thermospheric Temperature, Meridional Wind, and Density of the following Metastable Atoms: Atomic Oxygen, Singlet S and D, and the 2P State of Ionic Atomic Oxygen. The FPI performed a Wavelength Analysis on the Light detected from the Thermospheric Emission Features by spatially scanning the Interference Fringe Plane with a Multichannel Array Detector. The Wavelength Analysis characterized the Doppler Line Profile of the emitting Species. A Sequential Altitude Scan performed by a Commandable Horizon Scan Mirror provided a Cross-Sectional View of the Thermodynamic and Dynamic State of the Thermosphere below the DE 2 Orbit. The Information obtained from this Investigation was used to Study the Dynamic Response of the Thermosphere to the Energy Sources caused by Magnetospheric Electric Fields and the Absorption of Solar Ultraviolet Light in the Thermosphere. The Instrument was based on the Visible Airglow Experiment, VAE, used in the AE Program. The Addition of a Scanning Mirror, the Fabry-Perot Etalon, an Image Plane Detector, and a Calibration Lamp were the Principal Differences. Interference Filters isolated Lines at 5577, 6300, 7320, 5896, and 5200, in Angstroms. The FPI had a Field of View of 0.53°, Half-Cone Angle. More Details are found in P. B. Hays et al., Space Sci. Instrum., 5(4), 395, 1981. From February 16, 1982 to September 11, 1982 the DE Satellite was inverted and the FPI measured Galactic Emissions. NOTE: Animations of DE2-FPI Science Products have been created as Daily Summary Files. The Animations contain Binned Averages displayed as a Color Code against a Geographic Background. The Bin Sizes are 7.5° Latitude and 24.0° Longitude. The Longitude Bin corresponds to the approximate Separation of adjacent Orbits, assuming that DE2 completed 15 Orbits per Day. The Animations are divided by Day, 06-18 LST, and Night, 18-06 LST, where LST is Local Standard Time. All Summary File Information and Animations employ Spacecraft Orbital Attitude Data. Users should note 1, that the DE2-FPI Experiment acquired Airglow Spectra by imaging the Terrestrial Limb below and ahead of the Spacecraft at an approximate Tangent Altitude of 250 km, 2, All Airglow Spectra were acquired while the DE2 Spacecraft orbited in it's Normal Configuration, which corresponded to Calendar Months August to February in 1981 to 1982 and n 1982 to 1983; 3, The Orbital Inclination of DE2 was 90° implying that DE2-FPI always viewed Ahead along the Meridian; 4, And that DE2 flew in an Elliptical Orbit with Perigee of 305 km and Apogee of 1300 km at Launch ans the Attitude of DE2 for each FPI Measurement is included with each reduced Data Point permitting Users to determine the Tangent Latitude corresponding to the 250 km Terrestrial Airglow Limb. The three GIF Animations are: 1. FPI_brightness.gif, which documents the OI, 630.0 nm,, Column Brightness in Units of log10 Rayleighs. Note different Scales for Day and Night. 2. FPI_temperature.gif, which documents the Neutral Thermosphere Temperature in Units of °Kelvin. 3. FPI_wind.gif, which documents the Line of Sight Neutral Wind Component in Units of m/s. The Wind Direction is positive when the Wind blows away from the approaching Spacecraft. Acknowledgement R.J. Niciejewski PublicationInfo Authors Niciejewski, Richard, J. PublicationDate 2023-01-01 00:00:00 PublishedBy Space Physics Data Facility Contacts Role Person StartDate StopDate Note 1. PrincipalInvestigator spase://SMWG/Person/Richard.J.Niciejewski 2. MetadataContact spase://SMWG/Person/Robert.E.McGuire 3. MetadataContact spase://SMWG/Person/Lee.Frost.Bargatze PriorIDs spase://VSPO/NumericalData/DE2/FPI/Neutral/PT8S AccessInformation RepositoryID spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb Availability Online AccessRights Open RightsList Rights SchemeURI https://spdx.org/licenses/ RightsIdentifierScheme SPDX RightsIdentifier CC0-1.0 RightsURI https://spdx.org/licenses/CC0-1.0.html RightsName Creative Commons Zero v1.0 Universal Note CC0 1.0 Universal is the Creative Commons license applicable to all publicly available NASA Heliophysics data products AccessURL Name FTPS from SPDF (not with most browsers) URL ftps://spdf.gsfc.nasa.gov/pub/data/de/de2/neutral_gas_fpi/de2_neutral8s_fpi/ Description Access to Data in CDF Format via ftp from SPDF AccessURL Name HTTPS from SPDF URL https://spdf.gsfc.nasa.gov/pub/data/de/de2/neutral_gas_fpi/de2_neutral8s_fpi/ Description Access to Data in CDF Format via http from SPDF AccessURL Name CDAWeb URL https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=DE2_NEUTRAL8S_FPI&index=sp_phys ProductKey DE2_NEUTRAL8S_FPI Description Access to ASCII, CDF, and plots via NASA/GSFC CDAWeb Format CDF Encoding None AccessDirectoryTemplate https://cdaweb.gsfc.nasa.gov/pub/data/de/de2/neutral_gas_fpi/de2_neutral8s_fpi/$Y AccessFilenameTemplate de2_neutral8s_fpi_$Y$m$d_$v.cdf Acknowledgement R.J. Niciejewski. Please acknowledge the data providers and CDAWeb when using these data. AccessInformation RepositoryID spase://SMWG/Repository/NASA/GSFC/SPDF Availability Online AccessRights Open AccessURL Name CDAWeb Programmatic Data Access URL https://cdaweb.gsfc.nasa.gov/WS/cdasr/1/dataviews/sp_phys/datasets/DE2_NEUTRAL8S_FPI/clientLibraryExample/ Style WebService ProductKey DE2_NEUTRAL8S_FPI Description Access to this data from common programming environments. Note: this AccessInformation element was added by HDPWS. Format Binary Acknowledgement R.J. Niciejewski. Please acknowledge the data providers and CDAWeb when using these data. AccessInformation RepositoryID spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb Availability Online AccessRights Open RightsList Rights SchemeURI https://spdx.org/licenses/ RightsIdentifierScheme SPDX RightsIdentifier CC0-1.0 RightsURI https://spdx.org/licenses/CC0-1.0.html RightsName Creative Commons Zero v1.0 Universal Note CC0 1.0 Universal is the Creative Commons license applicable to all publicly available NASA Heliophysics data products AccessURL Name CDAWeb HAPI Server URL https://cdaweb.gsfc.nasa.gov/hapi Style HAPI ProductKey DE2_NEUTRAL8S_FPI Description Web Service to this product using the HAPI interface. Format CSV Acknowledgement R.J. Niciejewski. Please acknowledge the data providers and CDAWeb when using these data. ProcessingLevel Calibrated InstrumentIDs spase://SMWG/Instrument/DynamicsExplorer2/FPI MeasurementType EnergeticParticles TemporalDescription TimeSpan StartDate 1981-08-09 00:00:00.000 StopDate 1983-02-16 23:59:59.999 Cadence PT8S ObservedRegion Earth.NearSurface.Ionosphere ObservedRegion Earth.NearSurface.Thermosphere Parameter #1 Name Epoch Time, since 0 A.D. ParameterKey Epoch Description Epoch Time, Milliseconds since 0 A.D., NSSDC Standard Reference Time Value Caveats Average Type: standard This parameter exhibits an increasing monotonic progression. Cadence PT8S Units ms UnitsConversion 1e-3>s RenderingHints DisplayType TimeSeries ValueFormat F14.0 ScaleMin 6.2536662219904e+13 ScaleMax 6.2834069019904e+13 ValidMin 15-Sep-1981 00:00:00.000 ValidMax 18-Feb-1991 23:59:59.999 FillValue -1.0e-31 Support SupportQuantity Temporal Parameter #2 Name Sequence ID, Orbit Set Time series defined by using: EPOCH ParameterKey seq1 Description Sequence ID for Orbit Data Cadence PT8S RenderingHints DisplayType TimeSeries AxisLabel Seq-ID Orbit ValueFormat F9.0 ValidMin 0.0 ValidMax 1.0e+14 FillValue -9999.0 Support SupportQuantity Other Parameter #3 Name Year, Day of Year Set Time series defined by using: EPOCH ParameterKey yyddd Description Year, Day of Year, Format: YYDDD, January 1 is DDD=001 Cadence PT8S RenderingHints DisplayType TimeSeries AxisLabel ddd=1 for 1-Jan ValueFormat F5.0 ValidMin 0.0 ValidMax 999999.0 FillValue -9999.0 Support SupportQuantity Temporal Parameter #4 Name Universal Time Set Time series defined by using: EPOCH ParameterKey UT Description Universal Time, UT Cadence PT8S Units s RenderingHints DisplayType TimeSeries AxisLabel UT ValueFormat F5.0 ValidMin 0.0 ValidMax 86400.0 FillValue -9999.0 Support SupportQuantity Temporal Parameter #5 Name Spacecraft Magnetic Latitude Set Time series defined by using: EPOCH ParameterKey mlat Description Spacecraft Magnetic Latitude Cadence PT8S Units ° UnitsConversion 0.0174532925>rad RenderingHints DisplayType TimeSeries AxisLabel Mag Lat ValueFormat F6.2 ValidMin -90.0 ValidMax 90.0 FillValue -9999.0 Support SupportQuantity Positional Parameter #6 Name Spacecraft Magnetic Local Time Set Time series defined by using: EPOCH ParameterKey MLT Description Spacecraft Magnetic Local Time Cadence PT8S Units h UnitsConversion 3600>s RenderingHints DisplayType TimeSeries AxisLabel MLT ValueFormat F6.2 ValidMin 0.0 ValidMax 24.0 FillValue -9999.0 Support SupportQuantity Positional Parameter #7 Name Orbit Number Set Time series defined by using: EPOCH ParameterKey OrbitNumber Description Orbit Number Cadence PT8S RenderingHints DisplayType TimeSeries AxisLabel Orbit # ValueFormat I6 ValidMin 1.0 ValidMax 999999.0 FillValue -9.0 Support SupportQuantity Other Parameter #8 Name Spacecraft Altitude Set Time series defined by using: EPOCH ParameterKey alt Description Spacecraft Altitude Cadence PT8S Units km UnitsConversion 1e3>m RenderingHints DisplayType TimeSeries AxisLabel Altitude ValueFormat F7.2 ValidMin 0.0 ValidMax 10000.0 FillValue -9999.0 Support Qualifier Scalar SupportQuantity Positional Parameter #9 Name Spacecraft Latitude, GEO Set Time series defined by using: EPOCH ParameterKey glat Description Spacecraft Latitude, Geographic, GEO Cadence PT8S Units ° UnitsConversion 0.0174532925>rad CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Geog Lat ValueFormat F6.2 ValidMin -90.0 ValidMax 90.0 FillValue -9999.0 Support Qualifier DirectionAngle.ElevationAngle SupportQuantity Positional Parameter #10 Name Spacecraft Longitude, GEO Set Time series defined by using: EPOCH ParameterKey glon Description Spacecraft Longitude, Geographic, GEO Cadence PT8S Units ° UnitsConversion 0.0174532925>rad CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Geog Long ValueFormat F6.2 ValidMin -180.0 ValidMax 180.0 FillValue -9999.0 Support Qualifier DirectionAngle.AzimuthAngle SupportQuantity Positional Parameter #11 Name Spacecraft Local Solar Time Set Time series defined by using: EPOCH ParameterKey locst Description Spacecraft Local Solar Time Cadence PT8S Units h UnitsConversion 3600>s RenderingHints DisplayType TimeSeries AxisLabel LST ValueFormat F6.2 ValidMin 0.0 ValidMax 24.0 FillValue -9999.0 Support Qualifier DirectionAngle.AzimuthAngle SupportQuantity Positional Parameter #12 Name Spacecraft Invariant Latitude Set Time series defined by using: EPOCH ParameterKey ilat Description Spacecraft Invariant Latitude Cadence PT8S Units ° UnitsConversion 0.0174532925>rad CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName CGM RenderingHints DisplayType TimeSeries AxisLabel Inv Lat ValueFormat F6.2 ValidMin -90.0 ValidMax 90.0 FillValue -9999.0 Support Qualifier DirectionAngle.ElevationAngle SupportQuantity Positional Parameter #13 Name Spacecraft Local Magnetic Time Set Time series defined by using: EPOCH ParameterKey locmt Description Spacecraft Local Magnetic Time Cadence PT8S Units h UnitsConversion 3600>s CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName CGM RenderingHints DisplayType TimeSeries AxisLabel LMT ValueFormat F6.2 ValidMin 0.0 ValidMax 24.0 FillValue -9999.0 Support Qualifier DirectionAngle.AzimuthAngle SupportQuantity Positional Parameter #14 Name Spacecraft Solar Zenith Angle Set Time series defined by using: EPOCH ParameterKey sza Description Spacecraft Solar Zenith Angle Cadence PT8S Units ° UnitsConversion 0.0174532925>rad RenderingHints DisplayType TimeSeries AxisLabel SZA ValueFormat F10.5 ValidMin 0.0 ValidMax 180.0 FillValue -9999.0 Support Qualifier DirectionAngle.PolarAngle SupportQuantity Positional Parameter #15 Name Spacecraft Latitude, CGM Set Time series defined by using: EPOCH ParameterKey cgmlat Description Spacecraft Corrected Geomagnetic Latitude Cadence PT8S Units ° UnitsConversion 0.0174532925>rad CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName CGM RenderingHints DisplayType TimeSeries AxisLabel CGM Lat ValueFormat F6.2 ValidMin -90.0 ValidMax 90.0 FillValue -9999.0 Support Qualifier DirectionAngle.ElevationAngle SupportQuantity Positional Parameter #16 Name Spacecraft Longitude, CGM Set Time series defined by using: EPOCH ParameterKey cgmlon Description Spacecraft Corrected Geomagnetic Longitude Cadence PT8S Units ° UnitsConversion 0.0174532925>rad CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName CGM RenderingHints DisplayType TimeSeries AxisLabel CGM Long ValueFormat F6.2 ValidMin -180.0 ValidMax 180.0 FillValue -9999.0 Support Qualifier DirectionAngle.AzimuthAngle SupportQuantity Positional Parameter #17 Name Spacecraft Local Time, CGM Set Time series defined by using: EPOCH ParameterKey cgmlt Description Spacecraft Corrected Geomagnetic Local Time Cadence PT8S Units h UnitsConversion 3600>s CoordinateSystem CoordinateRepresentation Spherical CoordinateSystemName CGM RenderingHints DisplayType TimeSeries AxisLabel CGM LT ValueFormat F6.2 ValidMin 0.0 ValidMax 24.0 FillValue -9999.0 Support Qualifier DirectionAngle.AzimuthAngle SupportQuantity Positional Parameter #18 Name Sequence ID, FPI Set Time series defined by using: EPOCH ParameterKey seq2 Description Sequence ID for Fabry-Perot Interferometer, FPI, Data Cadence PT8S RenderingHints DisplayType TimeSeries AxisLabel Seq-ID FPI ValueFormat F9.0 ValidMin 0.0 ValidMax 1.0e+14 FillValue -9999.0 Support SupportQuantity Other Parameter #19 Name Meridional Wind, FPI Set Time series defined by using: EPOCH ParameterKey mer Description Meridional Wind, Positive away from the Spacecraft, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units m/s CoordinateSystem CoordinateRepresentation Cartesian CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Merid Wind ValueFormat F6.2 ValidMin 0.0 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom ParticleType Ion Qualifier Component.I ParticleQuantity FlowSpeed Parameter #20 Name Meridional Wind, Error, FPI Set Time series defined by using: EPOCH ParameterKey merror Description Meridional Wind, Error, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units m/s CoordinateSystem CoordinateRepresentation Cartesian CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Mer Wind Err ValueFormat F6.2 ValidMin 0.0 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom ParticleType Ion Qualifier Component.I ParticleQuantity FlowSpeed Parameter #21 Name Neutral Temperature, FPI Set Time series defined by using: EPOCH ParameterKey TnF Description Neutral Temperature, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units °K RenderingHints DisplayType TimeSeries AxisLabel Tn-FPI ValueFormat F6.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom Qualifier Scalar ParticleQuantity Temperature Parameter #22 Name Neutral Temperature, Error, FPI Set Time series defined by using: EPOCH ParameterKey TnFerr Description Neutral Temperature, Error, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units °K RenderingHints DisplayType TimeSeries AxisLabel Tn-FPI Err ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom Qualifier Uncertainty ParticleQuantity Temperature Parameter #23 Name OI, 6300Å, Brightness, FPI Set Time series defined by using: EPOCH ParameterKey v6300 Description OI, 6300Å, Brightness, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units R UnitsConversion 1e-10>m^-2 s-1 RenderingHints DisplayType TimeSeries AxisLabel OI-6300A ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Wave WaveType Electromagnetic Qualifier Scalar WaveQuantity Intensity Parameter #24 Name OI, 6300Å, Brightness, Error, FPI Set Time series defined by using: EPOCH ParameterKey v6300err Description OI, 6300Å, Brightness, Error, measured by the Fabry-Perot Interferometer, FPI Cadence PT8S Units R UnitsConversion 1e-10>m^-2 s-1 RenderingHints DisplayType TimeSeries AxisLabel OI Error ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Wave WaveType Electromagnetic Qualifier Uncertainty WaveQuantity Intensity Parameter #25 Name Sequence ID, WATS Set Time series defined by using: EPOCH ParameterKey seq3 Description Sequence ID for Wind and Temperature Spectrometer, WATS, Data Cadence PT8S RenderingHints DisplayType TimeSeries AxisLabel Seq-ID WATS ValueFormat F9.0 ValidMin 0.0 ValidMax 1.0e+14 FillValue -9999.0 Support SupportQuantity Other Parameter #26 Name Zonal Wind, WATS Set Time series defined by using: EPOCH ParameterKey zon Description Zonal Wind, measured by the Wind and Temperature Spectrometer, WATS Cadence PT8S Units m/s CoordinateSystem CoordinateRepresentation Cartesian CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Zonal Wind ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom Qualifier Component.J ParticleQuantity FlowSpeed Parameter #27 Name Neutral Temperature, WATS Set Time series defined by using: EPOCH ParameterKey TnW Description Neutral Temperature, measured by the Wind and Temperature Spectrometer, WATS Cadence PT8S Units °K RenderingHints DisplayType TimeSeries AxisLabel Tn-WATS ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom ParticleQuantity Temperature Parameter #28 Name Vertical Wind, WATS Set Time series defined by using: EPOCH ParameterKey ver Description Vertical Wind, measured by the Wind and Temperature Spectrometer, WATS Cadence PT8S Units m/s CoordinateSystem CoordinateRepresentation Cartesian CoordinateSystemName GEO RenderingHints DisplayType TimeSeries AxisLabel Vert Wind ValueFormat F9.2 ValidMin -1.0e+14 ValidMax 1.0e+14 FillValue -9999.0 Particle ParticleType Atom Qualifier Component.K ParticleQuantity FlowSpeed