Name: Polar Plasma Wave Instrument (PWI), Sweep Frequency Receivers A and B - 2 sec resolution fields
Creator: Gurnett, Donald, A.; Menietti, J., Douglas
Published: 2023-01-01
License: https://spdx.org/licenses/CC0-1.0.html

* { margin: 0; padding: 0; border: 0; outline: 0; font-size: 100%; vertical-align: baseline; background: transparent; } body { background-color: #f0f0f0; // #eaf5e9; #277bc0; #d3d3f9; color: black; font-family: Verdana, Arial, sans-serif; font-size:12px; line-height: 1.2; } h1,h2,h3,h4,h5,h6 { margin-top: 10px; margin-bottom: 10px; font-weight:bold; } h1 { font-size: 140%; } h2 { font-size: 120%; } h3 { font-size: 110%; font-style: oblique; } p { margin-bottom: 0.75ex; } a:link, a:visited { color: #277bc0;/* #339;*/ font-weight:bolder; text-decoration:none; } a:hover { color: blue; font-weight:bolder; text-decoration:underline; } ul { list-style: square inside ; margin-bottom: 0.75ex; } table { border: thin solid #666; margin-top: 5px; margin-bottom: 10px; } table.nested { margin-left: 2em; } thead,tbody { border: thin solid #666; } td, th { margin: 0; padding: 2px 2px 2px 2px; } th { font-style: oblique; } h1.detail { } .header { width:100%; padding: 1em 10px 1em 10px; color: #fff; background: #5e87b0; font-weight: bold; text-shadow: 0 /*{b-bar-shadow-x}*/ 1px /*{b-bar-shadow-y}*/ 1px /*{b-bar-shadow-radius}*/ #3e6790 /*{b-bar-shadow-color}*/; text-align: center; font-size: 16px; display: block; text-overflow: ellipsis; overflow: hidden; white-space: nowrap; outline: 0 !important; } .usa-banner { padding-left: 10px; overflow: hidden; } .official-websites { float: left; width: 50%; } .secure-websites { float: left; width: 50%; } .image-left { float: left; margin-right: 10px; } .footer { width: 100%; padding: 1em 10px 1em 10px; /* color: #fff; */ color: Black; background: #5e87b0; font-weight: bold; font-size: 16px; display: table; } div.footer-item { float: left; padding-left: 1em; padding-right: 1em; } /* this does not work a.footer-item:link { all: revert; } a.footer-item:visited { all: revert; } a.footer-item:hover { all: revert; } */ .inset { margin-left: 22%; } .page { padding: 10px 3% 10px 3%; } div.indent { margin-left: 2em; } div.term { margin-top: 5px; padding-left: 5px; border-top: 1px solid #DDD; font-weight: bold; } div.definition { margin-left: 5ex; } div.value { margin-left: 5ex; } div.product { background-color: white; border: thin solid #333; padding: 10px 15px 10px 15px; margin-top: 10px; } div.parameter { margin-top: 10px; padding: 5px 10px 10px 10px; border: thin dotted #333; background-color: #ebebeb; } #toc { border: thin solid #333; background-color: #F5F5F5; padding: 10px 15px 10px 15px; margin-left: 5%; margin-right: 5%; margin-bottom: 30px; } #toc ol, ul, li { padding-left: 5ex; } #toc ol { list-style-type: decimal; list-style-position: inside; } #toc ul { list-style-type: square; list-style-position: inside; } p.version { float: right; width: 100%; margin-top: 5px; text-align: right; font-size: x-small; } p.right { float: right; text-align: right; } .box-title { font-size: 120%; font-weight:bold; text-align: center; border-bottom: 1px solid #DDD; } ul.list { list-style-position: outside; padding-left: 1.5em; } li.list { text-align: left; padding-left: 0px; } .no-break { white-space: nowrap; } p.author { font-size: 120%; } div.brand { width: 100%; text-align: right; } div.abstract { display: table; position: relative; width: 100%; } div.citation { } div.access { float: left; width: 20%; background-color: white; border: thin solid #333; padding: 5px 5px 5px 5px; margin-right: 1em; } a.xml-logo:link, a.xml-logo:visited { background: #ff6600; color: #ffffff; font-weight:bolder; text-decoration:none; padding-left:2px; padding-right:2px; } a.xml-logo:hover { text-decoration:underline; } button { background-color: #5e87b0; border: none; /* 2px solid black; */ border-radius: 8px; color: white; padding: 3px 5px; text-align: center; text-decoration: none; display: inline-block; } button.usa-banner-button { background-color: initial; border: initial; border-radius: initial; color: initial; padding: initial; text-align: initial; text-decoration: underline; display: initial; } async function getResponseText(response) { document.body.style.cursor = 'default'; return await response.text(); } 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 Polar Plasma Wave Instrument (PWI), Sweep Frequency Receivers A and B - 2 sec resolution fields var authors='Gurnett, Donald, A.; Menietti, J., Douglas'; document.write(authors); (2023). Polar Plasma Wave Instrument (PWI), Sweep Frequency Receivers A and B - 2 sec resolution fields. [Data set]. Space Physics Data Facility. https://doi.org/10.48322/k1kt-d028. 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/POLAR/PWI/SFR/AB/PT2S Description The PO_H1_PWI CDF files contain spectral densities of magnetic and electric field measurements from the Sweep Frequency Receiver-A and B. These files also contain correlation, electron cyclotron frequency, upper hybrid frequency and electron number density data. A full frequency sweep for the SFR takes about 33 seconds. From about 12.5 kHz to 800 kHz a full frequency spectrum can be obtained every 2.4 sec in the log mode. There are 224 SFR frequency bands, logarithmically spaced. When SFR_MODE is Linear, the 448 linear frequency bands are mapped to 224 logarithmic bands. The Polar Sweep Frequency Receiver-A (SFR-A) made use of either the Eu (130 m, spin-plane) or Ez (14 m, spin axis) two-sphere electric dipole antennas. Between March 25, 1996 and May 26, 1996, the Eu antenna was the default antenna, from May 27, 1996 through February 9, 1997 the Ez antenna was used and from February 10, 1997 until September 17, 1997 the SFR-A returned to using the Eu antenna. The SFR-A receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz. The Polar PWI Sweep Frequency Receiver-B (SFR-B) collected data from March 1996 to September 1997. The SFR-B used the magnetic loop antenna (mounted on a 6m boom and oriented parallel to the Eu antenna). The SFR-B receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz. 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/POLAR/PWI/SFR/AB/PT2S NamingAuthority NASA ResourceType NumericalData ResourceHeader ResourceName Polar Plasma Wave Instrument (PWI), Sweep Frequency Receivers A and B - 2 sec resolution fields AlternateName PO_H1_PWI AlternateName Polar PWI SFR A and B CDFs at NASA's CDAWeb DOI https://doi.org/10.48322/k1kt-d028 ReleaseDate 2025-12-04 13:31:02Z 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 2025-10-03 10:48:56Z 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 13:31:02Z Note Added MetadataRightsList and RightsList(s). Updated to 2.7.1. ZCB Description The PO_H1_PWI CDF files contain spectral densities of magnetic and electric field measurements from the Sweep Frequency Receiver-A and B. These files also contain correlation, electron cyclotron frequency, upper hybrid frequency and electron number density data. A full frequency sweep for the SFR takes about 33 seconds. From about 12.5 kHz to 800 kHz a full frequency spectrum can be obtained every 2.4 sec in the log mode. There are 224 SFR frequency bands, logarithmically spaced. When SFR_MODE is Linear, the 448 linear frequency bands are mapped to 224 logarithmic bands. The Polar Sweep Frequency Receiver-A (SFR-A) made use of either the Eu (130 m, spin-plane) or Ez (14 m, spin axis) two-sphere electric dipole antennas. Between March 25, 1996 and May 26, 1996, the Eu antenna was the default antenna, from May 27, 1996 through February 9, 1997 the Ez antenna was used and from February 10, 1997 until September 17, 1997 the SFR-A returned to using the Eu antenna. The SFR-A receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz. The Polar PWI Sweep Frequency Receiver-B (SFR-B) collected data from March 1996 to September 1997. The SFR-B used the magnetic loop antenna (mounted on a 6m boom and oriented parallel to the Eu antenna). The SFR-B receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz. Acknowledgement Users please acknowledge the Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett. PublicationInfo Authors Gurnett, Donald, A.; Menietti, J., Douglas PublicationDate 2023-01-01 00:00:00 PublishedBy Space Physics Data Facility Contacts Role Person StartDate StopDate Note 1. PrincipalInvestigator spase://SMWG/Person/Donald.A.Gurnett 2. GeneralContact spase://SMWG/Person/J.Douglas.Menietti 3. MetadataContact spase://SMWG/Person/Lee.Frost.Bargatze InformationURL Name Polar Plasma Wave Investigation (PWI) Data and User's Guides URL http://www-pw.physics.uiowa.edu/plasma-wave/istp/polar/data.html Description A Polar PWI page is maintained at the University of Iowa with descriptions of interpretation issues, user's guides, data availability tables, a form for creating summary plots and access to pregenerated dynamic spectrograms. Language en InformationURL Name User's Guide to PWI Receiver Design Features and Modes URL http://www-pw.physics.uiowa.edu/plasma-wave/istp/polar/modes.html Description Descriptions of PWI receiver and antenna modes. Language en PriorIDs spase://VWO/NumericalData/POLAR/PWI/Polar_PWI_SFR_AB_CDF_PT2S spase://VWO/NumericalData/POLAR/PWI/SFR.AB.PT2S spase://VSPO/NumericalData/POLAR/PWI/SFR/AB/PT2S 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/polar/pwi/pwi_h1/ Description FTP access to repository of Polar PWI SFR A and B CDFs at NASA CDAWeb.Name of the data resource: PO_H1_PWI Language en AccessURL Name HTTPS from SPDF URL https://spdf.gsfc.nasa.gov/pub/data/polar/pwi/pwi_h1/ Description In CDF via HTTP from SPDF AccessURL Name CDAWeb URL https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=PO_H1_PWI&index=sp_phys ProductKey PO_H1_PWI Description Repository of Polar PWI data in CDF format at NASA CDAWeb, accessible via web interface. Name of the data resource: PO_H1_PWI. Language en Format CDF Encoding None AccessDirectoryTemplate https://cdaweb.gsfc.nasa.gov/pub/data/polar/pwi/pwi_h1/$Y AccessFilenameTemplate po_h1_pwi_$Y$m$d_$v.cdf Acknowledgement Users please acknowledge Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett. 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/PO_H1_PWI/clientLibraryExample/ Style WebService ProductKey PO_H1_PWI Description Access to this data from common programming environments. Note: this AccessInformation element was added by HDPWS. Format Binary Acknowledgement Users please acknowledge Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett. 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 PO_H1_PWI@0 ProductKey PO_H1_PWI@1 ProductKey PO_H1_PWI@2 ProductKey PO_H1_PWI@3 ProductKey PO_H1_PWI@4 Description Web Service to this product using the HAPI interface. Format CSV Acknowledgement Users please acknowledge Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett. ProcessingLevel Calibrated InstrumentIDs spase://SMWG/Instrument/POLAR/PWI MeasurementType Waves.Passive MeasurementType Spectrum TemporalDescription TimeSpan StartDate 1996-03-25 00:00:00Z StopDate 1997-09-16 17:00:00Z Cadence PT2S SpectralRange RadioFrequency ObservedRegion Earth.Magnetosphere ObservedRegion Earth.NearSurface.Plasmasphere ObservedRegion Earth.NearSurface.AuroralRegion ObservedRegion Earth.NearSurface.PolarCap ObservedRegion Heliosphere.Inner Caveats A full frequency sweep for the SFR takes about 33 seconds. From about 12.5 kHz to 800 kHz a full frequency spectrum can be obtained every 2.4 sec in the log mode. There are 224 SFR frequency bands, logarithmically spaced. When SFR_MODE is Linear, the 448 linear frequency bands are mapped to 224 logarithmic bands. Keywords Dynamic Spectrogram Spectrogram AKR Auroral hiss Auroral Kilometric Radiation Banded emissions Broadband Electrostatic Noise BEN Chorus Continuum radiation Electromagnetic Ion Cyclotron waves EMIC Electron Cyclotron Harmonics Kilometric Continuum radiation Myriametric radiation Plasmaspheric Hiss Solar radio burst Terrestrial Kilometric Radiation TKR UHR Upper hybrid resonance Whistler mode Whistlers Parameter #1 Name Time ParameterKey Epoch Description Time, begin time of SFR 1 spectrum Units ms Support SupportQuantity Temporal Parameter #2 Name Antenna for SFR A ParameterKey SFRA_Antenna Description Antenna (SFRA) 0=Eu, 1=Ez, 2=L, 3=Bz Units (0=Eu,1=Ez) Support SupportQuantity Other Parameter #3 Name Antenna for SFR B ParameterKey SFRB_Antenna Description Antenna (SFRB) 0=Eu, 1=Ev, 2=Ez, 3=L Units (3=L) Support SupportQuantity Other Parameter #4 Name SFR Mode ParameterKey SFR_Mode Description SFR Mode (0 = Log, 1 = Linear). Linear mode data is mapped to Log Mode Units (0=Log,1=Linear) Support SupportQuantity Other Parameter #5 Name Number of SFR 2 Records ParameterKey SFR2_count Description Number of SFR 2 Records. 3217 Support SupportQuantity Other Parameter #6 Name Number of SFR 3 Records ParameterKey SFR3_count Description Number of SFR 3 Records. 6432 Support SupportQuantity Other Parameter #7 Name Number of SFR 4 and 5 Records ParameterKey SFR4_count Description Number of SFR 4 and 5 Records. 22518 Support SupportQuantity Other Parameter #8 Name Number of fUHR/Ne Records ParameterKey fUHR_count Description Number of fUHR/Ne Records. 148 Support SupportQuantity Other Parameter #9 Name Number of Fce Records ParameterKey Fce_count Description Number of Fce Records. 14065 Support SupportQuantity Other Parameter #10 Name Epoch4 ParameterKey Epoch4 Description Start Time of SFR4 and SFR 5 Spectra Units ms Support SupportQuantity Temporal Parameter #11 Name SFR5 Frequencies ParameterKey Frequency5 Description Frequencies, 64 (104069.50-807814.25) Hz. 104069.5 106212.88 110512.75 114830.5 116996.0 121340.25 125702.5 130082.75 134481.25 138898.25 143333.25 147787.0 152259.5 156750.5 163522.5 168061.0 174904.75 179491.5 186408.0 191043.75 198034.25 205069.75 212150.5 219277.25 226450.25 233670.0 240936.75 248251.25 258079.0 265506.5 275486.75 283030.0 293166.0 303393.0 313712.0 324124.25 334631.0 345233.75 355933.5 369477.0 380370.25 394167.75 405321.75 419411.75 433668.75 448095.25 462694.5 477470.0 495437.0 510610.5 525970.5 544653.5 563616.0 582864.25 602405.0 622245.0 642390.75 662949.75 683629.25 708287.25 729787.5 755308.5 781312.5 807814.25 Units Hz ValidMin 104070.0 ValidMax 807814.0 Support SupportQuantity Other Parameter #12 Name SFR4 Frequencies ParameterKey Frequency4 Description Frequencies, 64 (13008.69-100976.78) Hz. 13008.69 13276.61 13814.09 14353.81 14624.5 15167.53 15712.31 16260.34 16810.16 17362.28 17916.66 18473.38 19032.44 19593.81 20440.31 21007.63 21863.09 22436.44 23301.0 23880.47 24754.28 25633.72 26518.81 27409.66 28306.28 29208.75 30117.09 31031.41 32259.88 33188.31 34435.84 35378.75 36645.75 37924.13 39214.0 40515.53 41828.88 43154.22 44491.69 46180.88 47546.28 49270.97 50665.22 52426.47 54208.59 56011.91 57836.81 59683.75 61929.63 63826.31 65746.31 68081.69 70452.0 72858.03 75300.63 77780.63 80298.84 82856.22 85453.66 88535.91 91223.44 94413.53 97664.06 100976.78 Units Hz ValidMin 13008.7 ValidMax 100977.0 Support SupportQuantity Other Parameter #13 Name Epoch3 ParameterKey Epoch3 Description Start Time of SFR 3 Spectrum Units ms Support SupportQuantity Temporal Parameter #14 Name SFR3 Frequencies ParameterKey Frequency3 Description Frequencies, 32 (1659.58-12622.10) Hz. 1659.58 1794.23 1895.94 2032.54 2170.29 2309.17 2449.23 2625.95 2804.55 2985.06 3204.21 3426.21 3651.09 3878.93 4148.54 4422.34 4740.52 5064.44 5394.28 5772.61 6158.87 6553.31 7001.49 7460.47 7978.29 8510.21 9107.25 9722.58 10357.03 11066.99 11801.69 12622.1 Units Hz ValidMin 1659.58 ValidMax 12622.1 Support SupportQuantity Other Parameter #15 Name Epoch2 ParameterKey Epoch2 Description Start Time of SFR2 Spectrum Units ms Support SupportQuantity Temporal Parameter #16 Name SFR2 Frequencies ParameterKey Frequency2 Description Frequencies, 32 (207.45-1577.76) Hz. 207.45 224.28 236.99 254.07 271.29 288.65 306.15 328.24 350.57 373.13 400.53 428.28 456.39 484.87 518.57 552.79 592.56 633.06 674.28 721.58 769.86 819.16 875.19 932.56 997.29 1063.78 1138.41 1215.32 1294.63 1383.37 1475.21 1577.76 Units Hz ValidMin 207.45 ValidMax 1577.76 Support SupportQuantity Other Parameter #17 Name SFR1 Frequencies ParameterKey Frequency1 Description Frequencies, 32 (26.77-192.86) Hz. 26.77 28.82 30.37 32.44 34.54 36.65 38.78 41.47 44.18 46.93 50.26 53.63 57.05 60.51 64.61 68.76 73.6 78.51 83.52 89.26 95.11 101.09 107.89 114.84 122.68 130.73 139.77 149.07 158.66 169.39 180.48 192.86 Units Hz ValidMin 26.77 ValidMax 192.86 Support SupportQuantity Other Parameter #18 Name Elec. Field SFR5 A ParameterKey SFR5A Description Spectral Density of Elec. Field at 64 freq., 104069.50-807814.25 Hz (SFR5 A) Units (V/M)**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACElectricField FrequencyRange SpectralRange RadioFrequency Low 104069.50 High 807814.25 Units Hz Parameter #19 Name Elec. Field SFR4 A ParameterKey SFR4A Description Spectral Density of Elec. Field at 64 freq., 13008.69-100976.78 Hz (SFR4 A) Units (V/M)**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACElectricField FrequencyRange SpectralRange RadioFrequency Low 13008.69 High 100976.78 Units Hz Parameter #20 Name Elec. Field SFR3 A ParameterKey SFR3A Description Spectral Density of Elec. Field at 32 freq., 1659.58-12622.10 Hz (SFR3 A) Units (V/M)**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACElectricField FrequencyRange SpectralRange RadioFrequency Low 1659.58 High 12622.10 Units Hz Parameter #21 Name Elec. Field SFR2 A ParameterKey SFR2A Description Spectral Density of Elec. Field at 32 freq., 207.45-1577.76 Hz (SFR2 A) Units (V/M)**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACElectricField FrequencyRange SpectralRange RadioFrequency Low 207.45 High 1577.76 Units Hz Parameter #22 Name Elec. Field SFR1 A ParameterKey SFR1A Description Spectal Density of Elec. Field at 32 freq., 26.77-192.86 Hz (SFR1 A) Units (V/M)**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACElectricField FrequencyRange SpectralRange RadioFrequency Low 26.77 High 192.86 Units Hz Parameter #23 Name Mag. Field SFR5 B ParameterKey SFR5B Description Spectral Density of Mag. Field at 64 freq., 104069.50-807814.25 Hz (SFR5 B) Units nT**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACMagneticField FrequencyRange SpectralRange RadioFrequency Low 104069.50 High 807814.25 Units Hz Parameter #24 Name Mag. Field SFR4 B ParameterKey SFR4B Description Spectral Density of Mag. Field at 64 freq., 13008.69-100976.78 Hz (SFR4 B) Units nT**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACMagneticField FrequencyRange SpectralRange RadioFrequency Low 13008.69 High 100976.78 Units Hz Parameter #25 Name Mag. Field SFR3 B ParameterKey SFR3B Description Spectral Density of Mag. Field at 32 freq., 1659.58-12622.10 Hz (SFR3 B) Units nT**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACMagneticField FrequencyRange SpectralRange RadioFrequency Low 1659.58 High 12622.10 Units Hz Parameter #26 Name Mag. Field SFR2 B ParameterKey SFR2B Description Spectral Density of Mag. Field at 32 freq., 207.45-1577.76 Hz (SFR2 B) Units nT**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACMagneticField FrequencyRange SpectralRange RadioFrequency Low 207.45 High 1577.76 Units Hz Parameter #27 Name Mag. Field SFR1 B ParameterKey SFR1B Description Spectral Density of Mag. Field at 32 freq., 26.77-192.86 Hz (SFR1 B) Units nT**2/Hz Wave WaveType PlasmaWaves WaveQuantity ACMagneticField FrequencyRange SpectralRange RadioFrequency Low 26.77 High 192.86 Units Hz Parameter #28 Name SFR 5 Phase Angle ParameterKey SFR5Phase Description Phase Angle at 64 freq., 104069.50-807814.25 Hz (SFR5 Phase) Units Degrees Wave WaveType PlasmaWaves Qualifier PhaseAngle WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 104069.50 High 807814.25 Units Hz Parameter #29 Name SFR 4 Phase Angle ParameterKey SFR4Phase Description Phase Angle at 64 freq., 13008.69-100976.78 Hz (SFR4 Phase) Units Degrees Wave WaveType PlasmaWaves Qualifier PhaseAngle WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 13008.69 High 100976.78 Units Hz Parameter #30 Name SFR 3 Phase Angle ParameterKey SFR3Phase Description Phase Angle at 32 freq., 1659.58-12622.10 Hz (SFR3 Phase) Units Degrees Wave WaveType PlasmaWaves Qualifier PhaseAngle WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 1659.58 High 12622.10 Units Hz Parameter #31 Name SFR 2 Phase Angle ParameterKey SFR2Phase Description Phase Angle at 32 freq., 207.45-1577.76 Hz (SFR2 Phase) Units Degrees Wave WaveType PlasmaWaves Qualifier PhaseAngle WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 207.45 High 1577.76 Units Hz Parameter #32 Name SFR 1 Phase Angle ParameterKey SFR1Phase Description Phase Angle at 32 freq., 26.77-192.86 Hz (SFR1 Phase) Units Degrees Wave WaveType PlasmaWaves Qualifier PhaseAngle WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 26.77 High 192.86 Units Hz Parameter #33 Name SFR 5 Correlation ParameterKey SFR5_Corr Description Correlation at 64 freq., 104069.50-807814.25 Hz (SFR4 Corr) Units None Wave WaveType PlasmaWaves WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 104069.50 High 807814.25 Units Hz Parameter #34 Name SFR 4 Correlation ParameterKey SFR4_Corr Description Correlation at 64 freq., 13008.69-100976.78 Hz (SFR4 Corr) Units None Wave WaveType PlasmaWaves WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 13008.69 High 100976.78 Units Hz Parameter #35 Name SFR 3 Correlation ParameterKey SFR3_Corr Description Correlation at 32 freq., 1659.58-12622.10 Hz (SFR3 Corr) Units None Wave WaveType PlasmaWaves WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 1659.58 High 12622.10 Units Hz Parameter #36 Name SFR 2 Correlation ParameterKey SFR2_Corr Description Correlation at 32 freq., 207.45-1577.76 Hz (SFR2 Corr) Units None Wave WaveType PlasmaWaves WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 207.45 High 1577.76 Units Hz Parameter #37 Name SFR 1 Correlation ParameterKey SFR1_Corr Description Correlation at 32 freq., 26.77-192.86 Hz (SFR1 Corr) Units None Wave WaveType PlasmaWaves WaveQuantity Intensity FrequencyRange SpectralRange RadioFrequency Low 26.77 High 192.86 Units Hz Parameter #38 Name Epochfc ParameterKey Epochfc Description Time of Fce Units ms Support SupportQuantity Temporal Parameter #39 Name Fce ParameterKey Fce Description Electron Cyclotron Frequency Fce Units Hz Wave WaveType PlasmaWaves WaveQuantity Gyrofrequency Parameter #40 Name Epochf ParameterKey Epochf Description Time of fUHR/Ne Units ms Support SupportQuantity Temporal Parameter #41 Name fUHR ParameterKey fUHR Description Upper Hybrid Resonance Frequency fUHR Units Hz Wave WaveType PlasmaWaves WaveQuantity Frequency Parameter #42 Name Ne ParameterKey Ne Description Electron Number Density Ne Units cm**-3 Particle ParticleType Electron ParticleQuantity NumberDensity