SPASE Metadata Validator
Enter the URL or local path to the SPASE description, then click "Validate".
You can also select the version of the data model to use and whether to check external references like
Resource IDs and URLs.
Using schema: https://spase-group.org/data/schema/spase-1_0_1.xsd
Validating null:
http://spase-validator.heliocloud.org/examples/CL_SP_PEA_SPASE_V1_0_1.xml
Line 209: Element 'Spase' is a simple type, so it must have no element information item [children]. (cvc-type.3.1.2)
Invalid references:
Line 23: CSDS:IR:PEACE3
Line 37: CSDS:OR:Cluster3
Line 181: CSDS:PR:AFazakerly
Line 197: http://www.cluster.rl.ac.uk/cdms-index.htm
| 1 | <?xml version="1.0" encoding="UTF-8"?> |
| 2 | <Spase xmlns="http://www.spase-group.org/data/schema"> |
| 3 | <Version>1.0.1</Version> |
| 4 | <NumericalData> |
| 5 | <AccessInformation> |
| 6 | <AccessURL> |
| 7 | <URL>http://www.cluster.rl.ac.uk/</URL> |
| 8 | </AccessURL> |
| 9 | <Acknowledgement>Please acknowledge the PEACE team in any publication based upon use of this data. |
| 10 | </Acknowledgement> |
| 11 | <Availability> |
| 12 | <Online/> |
| 13 | </Availability> |
| 14 | <Caveats> |
| 15 | See CSDS User's Guide, DS-MPA-TN-0015, for post procesing caveats |
| 16 | This is PEACE PP/SP data version 3, produced at MSSL |
| 17 | Positions in GSE coordinates are available in the CSDS:NDR:CL_SP_AUX product. |
| 18 | </Caveats> |
| 19 | <Format>CDF</Format> |
| 20 | <RepositoryName>CSDS</RepositoryName> |
| 21 | </AccessInformation> |
| 22 | <AccessRights>Open</AccessRights> |
| 23 | <InstrumentID>CSDS:IR:PEACE3</InstrumentID> |
| 24 | <InstrumentRegion> |
| 25 | <Magnetosphere>Magnetosheath</Magnetosphere> |
| 26 | </InstrumentRegion> |
| 27 | <InstrumentRegion> |
| 28 | <Magnetosphere>Magnetotail</Magnetosphere> |
| 29 | </InstrumentRegion> |
| 30 | <InstrumentRegion> |
| 31 | <Magnetosphere>Main</Magnetosphere> |
| 32 | </InstrumentRegion> |
| 33 | <InstrumentRegion> |
| 34 | <Magnetosphere>Polar</Magnetosphere> |
| 35 | </InstrumentRegion> |
| 36 | <MeasurementType>EnergeticParticles</MeasurementType> |
| 37 | <ObservatoryID>CSDS:OR:Cluster3</ObservatoryID> |
| 38 | <ObservedRegion> |
| 39 | <Magnetosphere>Magnetosheath</Magnetosphere> |
| 40 | </ObservedRegion> |
| 41 | <ObservedRegion> |
| 42 | <Magnetosphere>Magnetotail</Magnetosphere> |
| 43 | </ObservedRegion> |
| 44 | <ObservedRegion> |
| 45 | <Magnetosphere>Main</Magnetosphere> |
| 46 | </ObservedRegion> |
| 47 | <ObservedRegion> |
| 48 | <Magnetosphere>Polar</Magnetosphere> |
| 49 | </ObservedRegion> |
| 50 | <PhysicalParameter> |
| 51 | <Cadence>PT60S</Cadence> |
| 52 | <Description>Interval centred time tag</Description> |
| 53 | <Dimension> |
| 54 | <Description> |
| 55 | Date and time in ISO 8601 recommended primary standard notation. |
| 56 | </Description> |
| 57 | <Size>1</Size> |
| 58 | </Dimension> |
| 59 | <Name>Epoch</Name> |
| 60 | <Support>Temporal</Support> |
| 61 | <Units>Date Time</Units> |
| 62 | <UnitsConversion>1.0>s</UnitsConversion> |
| 63 | </PhysicalParameter> |
| 64 | <PhysicalParameter> |
| 65 | <Cadence>PT60S</Cadence> |
| 66 | <Description>PEACE status</Description> |
| 67 | <Dimension> |
| 68 | <Description> |
| 69 | In the status word each of the 4 bytes has a different meaning, the first of which is the CSDS-defined |
| 70 | quality flag applied to the PEACE data. |
| 71 | Status[0] - Data quality defined by CSDS |
| 72 | Status[1] - Missing data indicator and on-board processing mode |
| 73 | Status[2] - On-board instrument status |
| 74 | Status[3] - Data processing warning flags. |
| 75 | See CSDS User Guide (ftp://ftp.estec.esa.nl/pub/csds/task_for/users_guide/csds_guide-1_1.pdf). |
| 76 | </Description> |
| 77 | <Size>4</Size> |
| 78 | </Dimension> |
| 79 | <Name>Status</Name> |
| 80 | <Support>Other</Support> |
| 81 | <Units>None</Units> |
| 82 | </PhysicalParameter> |
| 83 | <PhysicalParameter> |
| 84 | <Cadence>PT60S</Cadence> |
| 85 | <Description>The electron density averaged over one minute in units of number per cm^-3.</Description> |
| 86 | <Dimension> |
| 87 | <Description>A single value giving the electron density.</Description> |
| 88 | <Size>1</Size> |
| 89 | </Dimension> |
| 90 | <Measured> |
| 91 | <Particle> |
| 92 | <ParticlePhysicalQuantity>NumberDensity</ParticlePhysicalQuantity> |
| 93 | <ParticleQualifier>Average</ParticleQualifier> |
| 94 | <ParticleType>Electron</ParticleType> |
| 95 | </Particle> |
| 96 | </Measured> |
| 97 | <Name>N_e_den</Name> |
| 98 | <Units>cm^−3</Units> |
| 99 | <UnitsConversion>1.0e6>m^-3</UnitsConversion> |
| 100 | </PhysicalParameter> |
| 101 | <PhysicalParameter> |
| 102 | <Cadence>PT60S</Cadence> |
| 103 | <CoordinateSystem> |
| 104 | <CoordinateRepresentation>Cartesian</CoordinateRepresentation> |
| 105 | <CoordinateSystemName>GSE</CoordinateSystemName> |
| 106 | </CoordinateSystem> |
| 107 | <Description>The electron velocity averaged over one minute in units of km.s^-1.</Description> |
| 108 | <Dimension> |
| 109 | <Description>The three components of the electron velocity vector messured in GSE coordinates.</Description> |
| 110 | <Size>3</Size> |
| 111 | </Dimension> |
| 112 | <Measured> |
| 113 | <Particle> |
| 114 | <ParticlePhysicalQuantity>Velocity</ParticlePhysicalQuantity> |
| 115 | <ParticleQualifier>Vector</ParticleQualifier> |
| 116 | <ParticleType>Electron</ParticleType> |
| 117 | </Particle> |
| 118 | </Measured> |
| 119 | <Name>V_e_xyz_gse</Name> |
| 120 | <Units>km/s</Units> |
| 121 | <UnitsConversion>1.0e3>ms^-1</UnitsConversion> |
| 122 | </PhysicalParameter> |
| 123 | <PhysicalParameter> |
| 124 | <Cadence>PT60S</Cadence> |
| 125 | <Description>The electron temperature parallel to the magnetic field averaged over one minute in units of 10^6K.</Description> |
| 126 | <Dimension> |
| 127 | <Description>A single value giving the electron temperature parallel to the magnetic field.</Description> |
| 128 | <Size>1</Size> |
| 129 | </Dimension> |
| 130 | <Measured> |
| 131 | <Particle> |
| 132 | <ParticlePhysicalQuantity>Temperature</ParticlePhysicalQuantity> |
| 133 | <ParticleQualifier>Parallel</ParticleQualifier> |
| 134 | <ParticleType>Electron</ParticleType> |
| 135 | </Particle> |
| 136 | </Measured> |
| 137 | <Name>T_e_par</Name> |
| 138 | <Units>MK</Units> |
| 139 | <UnitsConversion>1.0e6>K</UnitsConversion> |
| 140 | </PhysicalParameter> |
| 141 | <PhysicalParameter> |
| 142 | <Cadence>PT60S</Cadence> |
| 143 | <Description>The electron temperature perpendicular to the magnetic field averaged over one minute in units of 10^6K.</Description> |
| 144 | <Dimension> |
| 145 | <Description>A single value giving the electron temperature perpendicular to the magnetic field.</Description> |
| 146 | <Size>1</Size> |
| 147 | </Dimension> |
| 148 | <Measured> |
| 149 | <Particle> |
| 150 | <ParticlePhysicalQuantity>Temperature</ParticlePhysicalQuantity> |
| 151 | <ParticleQualifier>Perpendicular</ParticleQualifier> |
| 152 | <ParticleType>Electron</ParticleType> |
| 153 | </Particle> |
| 154 | </Measured> |
| 155 | <Name>T_e_perp</Name> |
| 156 | <Units>MK</Units> |
| 157 | <UnitsConversion>1.0e6>K</UnitsConversion> |
| 158 | </PhysicalParameter> |
| 159 | <PhysicalParameter> |
| 160 | <Cadence>PT60S</Cadence> |
| 161 | <Description>The electron heat flux parallel to the magnetic field averaged over one minute in units of µJ m^−2 s^−1.</Description> |
| 162 | <Dimension> |
| 163 | <Description>A single value giving the electron heat flux parallel to the magnetic field.</Description> |
| 164 | <Size>1</Size> |
| 165 | </Dimension> |
| 166 | <Measured> |
| 167 | <Particle> |
| 168 | <ParticlePhysicalQuantity>HeatFlux</ParticlePhysicalQuantity> |
| 169 | <ParticleQualifier>Parallel</ParticleQualifier> |
| 170 | <ParticleType>Electron</ParticleType> |
| 171 | </Particle> |
| 172 | </Measured> |
| 173 | <Name>Q_e_par</Name> |
| 174 | <Units>µJ m^−2 s^−1</Units> |
| 175 | <UnitsConversion>1.0e-6>Jm^-2s^-1</UnitsConversion> |
| 176 | </PhysicalParameter> |
| 177 | <ProviderProcessingLevel>Calibrated</ProviderProcessingLevel> |
| 178 | <ProviderVersion>1.0</ProviderVersion> |
| 179 | <ResourceHeader> |
| 180 | <Contact> |
| 181 | <PersonID>CSDS:PR:AFazakerly</PersonID> |
| 182 | <Role>PrincipalInvestigator</Role> |
| 183 | </Contact> |
| 184 | <Description> |
| 185 | The PEACE (Plasma Electron and Current Experiment) electron analyser measures the electron velocity distribution |
| 186 | function at the satellite in three dimensions with good time, energy, and angular resolution. |
| 187 | The CSDS PEACE parameters are all derived from a subset of the moment sums calculated onboard and the procedure |
| 188 | is described in more detail in the CSDS User's Guide (ftp://ftp.estec.esa.nl/pub/csds/task_for/users_guide/csds_guide-1_1.pdf). |
| 189 | For the CSDS Summary Parameter product, PEACE provides a status word, the electron density, the three averaged components of the |
| 190 | electron velocity vector in the GSE coordinate system, the electron temperature parallel and perpendiculer to the magnetic field |
| 191 | and the elctron heat flux parallel to the magnetic field. |
| 192 | These summary parameters are one minute averaged measurements from the PEACE experiment on the Cluster C3 spacecraft. |
| 193 | The magnetic field direction is determined from FGM data. |
| 194 | The positions in the GSE coordinate system are found in the Auxiliary Summary product (CL_SP_AUX). |
| 195 | </Description> |
| 196 | <InformationURL> |
| 197 | <URL>http://www.cluster.rl.ac.uk/cdms-index.htm</URL> |
| 198 | </InformationURL> |
| 199 | <ProviderResourceName>CL_SP_PEA</ProviderResourceName> |
| 200 | <ResourceName>PEACE Summary Parameters</ResourceName> |
| 201 | </ResourceHeader> |
| 202 | <ResourceID>CSDS:NDR:CL_SP_PEA</ResourceID> |
| 203 | <TemporalDescription> |
| 204 | <Timespan> |
| 205 | <StartDate>2001-01-09</StartDate> |
| 206 | </Timespan> |
| 207 | </TemporalDescription> |
| 208 | </NumericalData> |
| 209 | </Spase> |