urn:nasa:pds:maven.insitu.calibrated:data.kp:mvn_kp_insitu_20211015 14.0 1.21.0.0 Product_Observational Dunn, Patrick A. 2026 Key parameters data for the MAVEN in situ instruments (NGIMS, EUV, LPW, MAG, SEP, STATIC, SWEA, and SWIA) for the date 2021-10-15. 2026-06-10 14.0 Regenerated using the latest instrument data 2021-10-15T00:00:00Z 2021-10-15T23:59:52Z Science Calibrated Mars Atmosphere and Volatile EvolutioN Mission Mission urn:nasa:pds:context:investigation:mission.maven data_to_investigation MAVEN Host urn:nasa:pds:context:instrument_host:spacecraft.maven is_instrument_host Extreme Ultraviolet Monitor Instrument urn:nasa:pds:context:instrument:euv.maven is_instrument Langmuir Probe and Waves Instrument Instrument urn:nasa:pds:context:instrument:lpw.maven is_instrument Magnetometer Instrument urn:nasa:pds:context:instrument:mag.maven is_instrument Neutral Gas and Ion Mass Spectrometer Instrument urn:nasa:pds:context:instrument:ngims.maven is_instrument Solar Energetic Particle Experiment Instrument urn:nasa:pds:context:instrument:sep.maven is_instrument Supra-Thermal and Thermal Ion Composition (STATIC) Instrument urn:nasa:pds:context:instrument:static.maven is_instrument Solar Wind Electron Analyzer Instrument urn:nasa:pds:context:instrument:swea.maven is_instrument Solar Wind Ion Analyzer Instrument urn:nasa:pds:context:instrument:swia.maven is_instrument Mars Planet urn:nasa:pds:context:target:planet.mars data_to_target EM-4 mvn_kp_insitu_20211015_v26_r01.tab 2026-06-10T02:18:55 45572058 ec41c327be4de4e5b303472cbffe3009

0 117213 7-Bit ASCII Text

117213 12073 Carriage-Return Line-Feed 235 0 3765 Time (UTC/SCET) 1 1 ASCII_Date_Time_YMD 19 Four- to eight-sec cadence, all parameters on uniform time grid established by SWEA/SWIA/STATIC/LPW LPW:Electron Density 2 20 ASCII_Real 16 Derived from the LP sweep and when available from the plasma line LPW:Electron Density Minimum 3 36 ASCII_Real 16 Minimum value LPW:Electron Density Maximum 4 52 ASCII_Real 16 Maximum value LPW:Electron Temperature 5 68 ASCII_Real 16 Derived from the LP sweep LPW:Electron Temperature Minimum 6 84 ASCII_Real 16 Minimum value LPW:Electron Temperature Maximum 7 100 ASCII_Real 16 Maximum value LPW:Spacecraft Potential 8 116 ASCII_Real 16 Measured from the probe potentials LPW:Spacecraft Potential Minimum 9 132 ASCII_Real 16 Minimum value LPW:Spacecraft Potential Maximum 10 148 ASCII_Real 16 Maximum value LPW:E-field wave power (2 - 100 Hz) 11 164 ASCII_Real 16 Integrated wave power from the onboard calculated FFT, frequencies important for wave heating LPW:E-field wave power (2 - 100 Hz) quality 12 180 ASCII_Real 16 Range: 0-100, where 100 is the highest confidence level, use data with quality flag of 50 or above. LPW:E-field wave power (100 - 800 Hz) 13 196 ASCII_Real 16 Integrated wave power from the onboard calculated FFT LPW:E-field wave power (100 - 800 Hz) quality 14 212 ASCII_Real 16 Range: 0-100, where 100 is the highest confidence level, use data with quality flag of 50 or above. LPW:E-field wave power (800 - 1000 Hz) 15 228 ASCII_Real 16 Integrated wave power from the onboard calculated FFT LPW:E-field wave power (800 - 1000 Hz) quality 16 244 ASCII_Real 16 Range: 0-100, where 100 is the highest confidence level, use data with quality flag of 50 or above. LPW-EUV:EUV irradiance (0.1 - 7.0 nm) 17 260 ASCII_Real 16 EUV irradiance in the 0.1-7.0 nm bandpass LPW-EUV:EUV irradiance (0.1 - 7.0 nm) quality 18 276 ASCII_Real 16 0 = good solar, 1 = occultation, 2 = no pointing info, 3 = Sun NOT fully in FOV, 4 = Sun NOT in FOV, 5 = windowed, 6 = eclipse, 7 = spare LPW-EUV:EUV irradiance (17 - 22 nm) 19 292 ASCII_Real 16 EUV irradiance in the 17-22 nm bandpass LPW-EUV:EUV irradiance (17 - 22 nm) quality 20 308 ASCII_Real 16 0 = good solar, 1 = occultation, 2 = no pointing info, 3 = Sun NOT fully in FOV, 4 = Sun NOT in FOV, 5 = windowed, 6 = eclipse, 7 = spare LPW-EUV:EUV irradiance (Lyman-alpha) 21 324 ASCII_Real 16 EUV irradiance in the Lyman-alpha bandpass LPW-EUV:EUV irradiance (Lyman-alpha) quality 22 340 ASCII_Real 16 0 = good solar, 1 = occultation, 2 = no pointing info, 3 = Sun NOT fully in FOV, 4 = Sun NOT in FOV, 5 = windowed, 6 = eclipse, 7 = spare SWEA:Solar wind electron density 23 356 ASCII_Real 16 Density of solar wind or magnetosheath electrons based on moments of the electron distribution after correcting for the spacecraft potenti SWEA:Solar wind electron density error 24 372 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Solar wind electron temperature 25 388 ASCII_Real 16 Temperature solar wind or magnetosheath electrons based on moments of the electron distribution after correcting for the spacecraft potent SWEA:Solar wind electron temperature error 26 404 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron parallel energy flux (5 - 100 eV) 27 420 ASCII_Real 16 Electron energy flux parallel to the magnetic field vector (0-90 degrees pitch angle) SWEA:Electron parallel energy flux (5 - 100 eV) error 28 436 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron parallel energy flux (100 - 500 eV) 29 452 ASCII_Real 16 Electron energy flux parallel to the magnetic field vector (0-90 degrees pitch angle) SWEA:Electron parallel energy flux (100 - 500 eV) error 30 468 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron parallel energy flux (500 - 1000 eV) 31 484 ASCII_Real 16 Electron energy flux parallel to the magnetic field vector (0-90 degrees pitch angle) SWEA:Electron parallel energy flux (500 - 1000 eV) error 32 500 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron anti-parallel energy flux (5 - 100 eV) 33 516 ASCII_Real 16 Electron energy flux anti-parallel to the magnetic field vector (90-180 degrees pitch angle) SWEA:Electron anti-parallel energy flux (5 - 100 eV) error 34 532 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron anti-parallel energy flux (100 - 500 eV) 35 548 ASCII_Real 16 Electron energy flux anti-parallel to the magnetic field vector (90-180 degrees pitch angle) SWEA:Electron anti-parallel energy flux (100 - 500 eV) error 36 564 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron anti-parallel energy flux (500 - 1000 eV) 37 580 ASCII_Real 16 Electron energy flux anti-parallel to the magnetic field vector (90-180 degrees pitch angle) SWEA:Electron anti-parallel energy flux (500 - 1000 eV) error 38 596 ASCII_Real 16 Statistical uncertainty, (1 sigma), not including systematic error. SWEA:Electron spectrum shape parameter 39 612 ASCII_Real 16 Energy spectrum shape parameter used to distinguish between ionospheric photoelectrons and solar wind electrons SWEA:Electron spectrum shape parameter quality 40 628 ASCII_Real 16 Unused column SWIA:H+ density 41 644 ASCII_Real 16 Total ion density from SWIA onboard moment calculation, assuming 100% protons SWIA:H+ density quality 42 660 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite SWIA:H+ flow velocity MSO X 43 676 ASCII_Real 16 Bulk ion flow velocity X-component from SWIA onboard moment calculation, assuming 100% protons SWIA:H+ flow velocity MSO X quality 44 692 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite SWIA:H+ flow velocity MSO Y 45 708 ASCII_Real 16 Bulk ion flow velocity Y-component from SWIA onboard moment calculation, assuming 100% protons SWIA:H+ flow velocity MSO Y quality 46 724 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite SWIA:H+ flow velocity MSO Z 47 740 ASCII_Real 16 Bulk ion flow velocity Z-component from SWIA onboard moment calculation, assuming 100% protons SWIA:H+ flow velocity MSO Z quality 48 756 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite SWIA:H+ temperature 49 772 ASCII_Real 16 Scalar ion temperature from SWIA onboard moment calculation, assuming 100% protons SWIA:H+ temperature quality 50 788 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite SWIA:Solar wind dynamic pressure 51 804 ASCII_Real 16 Ion dynamic pressure computed on the SWIA ground from density and velocity moments, assuming 100% protons SWIA:Solar wind dynamic pressure quality 52 820 ASCII_Real 16 Quality flag (0 = bad, 1 = good) indicating whether the distribution is well-measured and decommutation parameters are definite STATIC Quality Flag 53 836 ASCII_Real 16 Integer flag bits, Valid=0, Flag=1, See KP SIS for bit descriptions (formatted as a float in order to include NaN values for data gaps) STATIC:H+ density 54 852 ASCII_Real 16 H+ number density below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:H+ density counts 55 868 ASCII_Real 16 Number of counts in the measurement STATIC:O+ density 56 884 ASCII_Real 16 O+ number density below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:O+ density counts 57 900 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ density 58 916 ASCII_Real 16 O2+ number density below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:O2+ density counts 59 932 ASCII_Real 16 Number of counts in the measurement STATIC:H+ temperature 60 948 ASCII_Real 16 H+ RAM temperature below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:H+ temperature counts 61 964 ASCII_Real 16 Number of counts in the measurement STATIC:O+ temperature 62 980 ASCII_Real 16 O+ RAM temperature below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:O+ temperature counts 63 996 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ temperature 64 1012 ASCII_Real 16 O2+ RAM temperature below TBD altitude determined from APID c6 (32 energy x 64 mass) while in Ram or Conic modes STATIC:O2+ temperature counts 65 1028 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MAVEN_APP X 66 1044 ASCII_Real 16 O2+ MAVEN_APP X-component of velocity below TBD altitude determined from APID c6 while in Ram or Conic mode STATIC:O2+ flow velocity MAVEN_APP X counts 67 1060 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MAVEN_APP Y 68 1076 ASCII_Real 16 O2+ MAVEN_APP Y-component of velocity below TBD altitude determined from APID ca while in Ram or Conic mode STATIC:O2+ flow velocity MAVEN_APP Y counts 69 1092 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MAVEN_APP Z 70 1108 ASCII_Real 16 O2+ MAVEN_APP Z-component of velocity below TBD altitude determined from APID c8 while in Ram or Conic mode STATIC:O2+ flow velocity MAVEN_APP Z counts 71 1124 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MSO X 72 1140 ASCII_Real 16 O2+ MSO X-component of velocity below TBD altitude while in Ram or Conic mode STATIC:O2+ flow velocity MSO X counts 73 1156 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MSO Y 74 1172 ASCII_Real 16 O2+ MSO Y-component of velocity below TBD altitude while in Ram or Conic mode STATIC:O2+ flow velocity MSO Y counts 75 1188 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ flow velocity MSO Z 76 1204 ASCII_Real 16 O2+ MSO Z-component of velocity below TBD altitude while in Ram or Conic mode STATIC:O2+ flow velocity MSO Z counts 77 1220 ASCII_Real 16 Number of counts in the measurement STATIC:H+ omni-directional flux 78 1236 ASCII_Real 16 H+ omni-directional flux above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:H+ characteristic energy 79 1252 ASCII_Real 16 H+ omni-directional characteristic energy above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:H+ characteristic energy counts 80 1268 ASCII_Real 16 Number of counts in the measurement STATIC:He++ omni-directional flux 81 1284 ASCII_Real 16 He++ omni-directional flux above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:He++ characteristic energy 82 1300 ASCII_Real 16 He++ omni-directional characteristic energy above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:He++ characteristic energy counts 83 1316 ASCII_Real 16 Number of counts in the measurement STATIC:O+ omni-directional flux 84 1332 ASCII_Real 16 O+ omni-directional flux above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:O+ characteristic energy 85 1348 ASCII_Real 16 O+ omni-directional characteristic energy above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:O+ characteristic energy counts 86 1364 ASCII_Real 16 Number of counts in the measurement STATIC:O2+ omni-directional flux 87 1380 ASCII_Real 16 O2+ omni-directional flux above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:O2+ characteristic energy 88 1396 ASCII_Real 16 O2+ omni-directional characteristic energy above TBD altitude determined from APID c6 while in Pickup, Eclipse and Protect mode STATIC:O2+ characteristic energy counts 89 1412 ASCII_Real 16 Number of counts in the measurement STATIC:H+ characteristic direction MSO X 90 1428 ASCII_Real 16 H+ MSO X-direction of flux above TBD altitude determined from TBD APID while in Pickup and Scan mode STATIC:H+ characteristic direction MSO Y 91 1444 ASCII_Real 16 H+ MSO Y-direction of flux above TBD altitude determined from TBD APID while in Pickup and Scan mode STATIC:H+ characteristic direction MSO Z 92 1460 ASCII_Real 16 H+ MSO Z-direction of flux above TBD altitude determined from TBD APID while in Pickup and Scan mode STATIC:H+ characteristic angular width 93 1476 ASCII_Real 16 H+ flux angular width above TBD altitude determined from TBD APID while in Pickup and Scan mode STATIC:H+ characteristic angular width counts 94 1492 ASCII_Real 16 Number of counts in the measurement STATIC:Dominant pickup ion characteristic direction MSO X 95 1508 ASCII_Real 16 Dominant pickup ion MSO X-direction of flux above TBD altitude determined from APID D0 and CE while in Pickup, Eclipse and Protect mode STATIC:Dominant pickup ion characteristic direction MSO Y 96 1524 ASCII_Real 16 Dominant pickup ion MSO Y-direction of flux above TBD altitude determined from APID D0 and CE while in Pickup, Eclipse and Protect mode STATIC:Dominant pickup ion characteristic direction MSO Z 97 1540 ASCII_Real 16 Dominant pickup ion MSO Z-direction of flux above TBD altitude determined from APID D0 and CE while in Pickup, Eclipse and Protect mode STATIC:Dominant pickup ion characteristic angular width 98 1556 ASCII_Real 16 Dominant pickup ion flux angular width above TBD altitude determined from APID D0 and CE while in Pickup, Eclipse and Protect mode STATIC:Dominant pickup ion characteristic angular width counts 99 1572 ASCII_Real 16 Number of counts in the measurement SEP:Ion Flux (30-1000 keV), FOV 1-F 100 1588 ASCII_Real 16 Number flux of ions, integrated over the energy range 0.03-1.0 MeV SEP:Ion Flux (30-1000 keV), FOV 1-F uncertainty 101 1604 ASCII_Real 16 Standard uncertainty in total ion flux, based on Poisson statistics SEP:Ion Flux (30-1000 keV), FOV 1-R 102 1620 ASCII_Real 16 Number flux of ions, integrated over the energy range 0.03-1.0 MeV SEP:Ion Flux (30-1000 keV), FOV 1-R uncertainty 103 1636 ASCII_Real 16 Standard uncertainty in total ion flux, based on Poisson statistics SEP:Ion Flux (30-1000 keV), FOV 2-F 104 1652 ASCII_Real 16 Number flux of ions, integrated over the energy range 0.03-1.0 MeV SEP:Ion Flux (30-1000 keV), FOV 2-F uncertainty 105 1668 ASCII_Real 16 Standard uncertainty in total ion flux, based on Poisson statistics SEP:Ion Flux (30-1000 keV), FOV 2-R 106 1684 ASCII_Real 16 Number flux of ions, integrated over the energy range 0.03-1.0 MeV SEP:Ion Flux (30-1000 keV), FOV 2-R uncertainty 107 1700 ASCII_Real 16 Standard uncertainty in total ion flux, based on Poisson statistics SEP:Electron Flux (30 keV - 300 keV) - FOV 1-F 108 1716 ASCII_Real 16 Number flux of electrons, integrated over the energy range 30-300 keV SEP:Electron Flux (30 keV - 300 keV) - FOV 1-F uncertainty 109 1732 ASCII_Real 16 Standard uncertainty in total electron flux, based on Poisson statistics SEP:Electron Flux (30 keV - 300 keV) - FOV 1-R 110 1748 ASCII_Real 16 Number flux of electrons, integrated over the energy range 30-300 keV SEP:Electron Flux (30 keV - 300 keV) - FOV 1-R uncertainty 111 1764 ASCII_Real 16 Standard uncertainty in total electron flux, based on Poisson statistics SEP:Electron Flux (30 keV - 300 keV) - FOV 2-F 112 1780 ASCII_Real 16 Number flux of electrons, integrated over the energy range 30-300 keV SEP:Electron Flux (30 keV - 300 keV) - FOV 2-F uncertainty 113 1796 ASCII_Real 16 Standard uncertainty in total electron flux, based on Poisson statistics SEP:Electron Flux (30 keV - 300 keV) - FOV 2-R 114 1812 ASCII_Real 16 Number flux of electrons, integrated over the energy range 30-300 keV SEP:Electron Flux (30 keV - 300 keV) - FOV 2-R uncertainty 115 1828 ASCII_Real 16 Standard uncertainty in total electron flux, based on Poisson statistics SEP:Look direction 1-F MSO X 116 1844 ASCII_Real 16 X-component of the center of the 1-F FOV, in MSO coordinates SEP:Look direction 1-F MSO Y 117 1860 ASCII_Real 16 Y-component of the center of the 1-F FOV, in MSO coordinates SEP:Look direction 1-F MSO Z 118 1876 ASCII_Real 16 Z-component of the center of the 1-F FOV, in MSO coordinates SEP:Look direction 1-R MSO X 119 1892 ASCII_Real 16 X-component of the center of the 1-R FOV, in MSO coordinates SEP:Look direction 1-R MSO Y 120 1908 ASCII_Real 16 Y-component of the center of the 1-R FOV, in MSO coordinates SEP:Look direction 1-R MSO Z 121 1924 ASCII_Real 16 Z-component of the center of the 1-R FOV, in MSO coordinates SEP:Look direction 2-F MSO X 122 1940 ASCII_Real 16 X-component of the center of the 2-F FOV, in MSO coordinates SEP:Look direction 2-F MSO Y 123 1956 ASCII_Real 16 Y-component of the center of the 2-F FOV, in MSO coordinates SEP:Look direction 2-F MSO Z 124 1972 ASCII_Real 16 Z-component of the center of the 2-F FOV, in MSO coordinates SEP:Look direction 2-R MSO X 125 1988 ASCII_Real 16 X-component of the center of the 2-R FOV, in MSO coordinates SEP:Look direction 2-R MSO Y 126 2004 ASCII_Real 16 Y-component of the center of the 2-R FOV, in MSO coordinates SEP:Look direction 2-R MSO Z 127 2020 ASCII_Real 16 Z-component of the center of the 2-R FOV, in MSO coordinates MAG:Magnetic Field MSO X 128 2036 ASCII_Real 16 Magnetic field vector component in the X-direction in MSO coordinates MAG:Magnetic Field MSO X quality 129 2052 ASCII_Real 16 Unused column MAG:Magnetic Field MSO Y 130 2068 ASCII_Real 16 Magnetic field vector component in the Y-direction in MSO coordinates MAG:Magnetic Field MSO Y quality 131 2084 ASCII_Real 16 Unused column MAG:Magnetic Field MSO Z 132 2100 ASCII_Real 16 Magnetic field vector component in the Z-direction in MSO coordinates MAG:Magnetic Field MSO Z quality 133 2116 ASCII_Real 16 Unused column MAG:Magnetic Field GEO X 134 2132 ASCII_Real 16 Magnetic field vector component in the X-direction in GEO coordinates MAG:Magnetic Field GEO X quality 135 2148 ASCII_Real 16 Unused column MAG:Magnetic Field GEO Y 136 2164 ASCII_Real 16 Magnetic field vector component in the Y-direction in GEO coordinates MAG:Magnetic Field GEO Y quality 137 2180 ASCII_Real 16 Unused column MAG:Magnetic Field GEO Z 138 2196 ASCII_Real 16 Magnetic field vector component in the Z-direction in GEO coordinates MAG:Magnetic Field GEO Z quality 139 2212 ASCII_Real 16 Unused column MAG:Magnetic Field RMS Deviation 140 2228 ASCII_Real 16 Deviations from the mean magnitude of the magnetic field MAG:Magnetic Field RMS Deviation quality 141 2244 ASCII_Real 16 Unused column NGIMS:He Density 142 2260 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 143 2276 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 144 2292 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:O Density 145 2308 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 146 2324 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 147 2340 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:CO Density 148 2356 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 149 2372 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 150 2388 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:N2 Density 151 2404 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 152 2420 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 153 2436 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:NO Density 154 2452 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 155 2468 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 156 2484 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:Ar Density 157 2500 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 158 2516 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 159 2532 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:CO2 Density 160 2548 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 161 2564 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 162 2580 ASCII_String 16 IV - Inbound Verified, IU - Inbound Unverified, OV - Outbound Verified, OU - Outbound Unverified, UR - Unreliable NGIMS:Ion Density - amu 32+ 163 2596 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 164 2612 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 165 2628 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 44+ 166 2644 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 167 2660 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 168 2676 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 30+ 169 2692 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 170 2708 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 171 2724 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 16+ 172 2740 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 173 2756 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 174 2772 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 28+ 175 2788 ASCII_Real 16 Abundance or upper limit of CO+ and N2+ are both mass 28, only combined density as key parameter NGIMS:Precision 176 2804 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 177 2820 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 12+ 178 2836 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 179 2852 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 180 2868 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 17+ 181 2884 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 182 2900 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 183 2916 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available NGIMS:Ion Density - amu 14+ 184 2932 ASCII_Real 16 Abundance or upper limit NGIMS:Precision 185 2948 ASCII_Real 16 % Error (1 sigma), if -1, the value is an upper limit NGIMS:Precision quality 186 2964 ASCII_String 16 SCP - SpaceCraft Potential available and used as computed by STATIC, SC0 - SpaceCraft potential not available SPICE:Spacecraft GEO X 187 2980 ASCII_Real 16 X-component of spacecraft in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft GEO Y 188 2996 ASCII_Real 16 Y-component of spacecraft in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft GEO Z 189 3012 ASCII_Real 16 Z-component of spacecraft in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft MSO X 190 3028 ASCII_Real 16 X-component of spacecraft in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:Spacecraft MSO Y 191 3044 ASCII_Real 16 Y-component of spacecraft in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:Spacecraft MSO Z 192 3060 ASCII_Real 16 Z-component of spacecraft in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:Spacecraft GEO Longitude 193 3076 ASCII_Real 16 Longitudinal component of MAVEN's location with respect to Mars SPICE:Spacecraft GEO Latitude 194 3092 ASCII_Real 16 Latitudinal (areodetic) component of MAVEN's location with respect to IAU Mars ellipsoid, equatorial radius of 3396.2 km, polar radius of SPICE:Spacecraft solar zenith angle 195 3108 ASCII_Real 16 Angle measured from MAVEN to the geometric center of the Sun's disc, as described using a horizontal coordinate system SPICE:Spacecraft local time 196 3124 ASCII_Real 16 Local solar time of spacecraft location SPICE:Spacecraft altitude w.r.t. ellipsoid 197 3140 ASCII_Real 16 Altitude (areodetic) with respect to IAU Mars ellipsoid, equatorial radius of 3396.2 km, polar radius of 3376.2 km SPICE:Spacecraft attitude GEO X 198 3156 ASCII_Real 16 X-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft attitude GEO Y 199 3172 ASCII_Real 16 Y-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft attitude GEO Z 200 3188 ASCII_Real 16 Z-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in GEO coordinates (same as IAU_MARS in SPICE) SPICE:Spacecraft attitude MSO X 201 3204 ASCII_Real 16 X-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:Spacecraft attitude MSO Y 202 3220 ASCII_Real 16 Y-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:Spacecraft attitude MSO Z 203 3236 ASCII_Real 16 Z-component of spacecraft attitude (z-axis of MAVEN_SPACECRAFT frame) in MSO coordinates (analogous to GSE coordinates at Earth) SPICE:APP Attitude GEO X 204 3252 ASCII_Real 16 X-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in GEO coordinates SPICE:APP Attitude GEO Y 205 3268 ASCII_Real 16 Y-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in GEO coordinates SPICE:APP Attitude GEO Z 206 3284 ASCII_Real 16 Z-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in GEO coordinates SPICE:APP Attitude MSO X 207 3300 ASCII_Real 16 X-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in MSO coordinates SPICE:APP Attitude MSO Y 208 3316 ASCII_Real 16 Y-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in MSO coordinates SPICE:APP Attitude MSO Z 209 3332 ASCII_Real 16 Z-component of pointing direction of Articulated Payload Platform (z-axis of MAVEN_APP_BP frame) in MSO coordinates SPICE:Orbit Number 210 3348 ASCII_Integer 16 Orbit number increments each time MAVEN reaches geometric periapsis SPICE:Inbound/Outbound Flag 211 3364 ASCII_String 16 Inbound ('I') is from geometric apoapsis to next geometric periapsis in time, outbound ('O') is the reverse SPICE:Mars Season (Ls) 212 3380 ASCII_Real 16 Martian solar longitude. Ls = 0 (northern spring equinox), Ls = 90 (northern summer solstice), etc. SPICE:Mars-Sun distance 213 3396 ASCII_Real 16 Distance from Mars to the Sun SPICE:Subsolar Point GEO Longitude 214 3412 ASCII_Real 16 GEO longitude of the sub-solar point SPICE:Subsolar Point GEO Latitude 215 3428 ASCII_Real 16 GEO latitude of the sub-solar point SPICE:Sub-Mars Point on the Sun, Longitude 216 3444 ASCII_Real 16 Solar longitude of the center of the Sun as seen from Mars SPICE:Sub-Mars Point on the Sun, Latitude 217 3460 ASCII_Real 16 Solar latitude of the center of the Sun as seen from Mars SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [1,1] 218 3476 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 1, column 1 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [1,2] 219 3492 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 1, column 2 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [1,3] 220 3508 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 1, column 3 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [2,1] 221 3524 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 2, column 1 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [2,2] 222 3540 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 2, column 2 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [2,3] 223 3556 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 2, column 3 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [3,1] 224 3572 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 3, column 1 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [3,2] 225 3588 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 3, column 2 SPICE:Rotation matrix (IAU_MARS to MAVEN_MSO), [3,3] 226 3604 ASCII_Real 16 From IAU_MARS frame to MAVEN_MSO frame, row 3, column 3 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [1,1] 227 3620 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 1, column 1 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [1,2] 228 3636 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 1, column 2 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [1,3] 229 3652 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 1, column 3 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [2,1] 230 3668 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 2, column 1 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [2,2] 231 3684 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 2, column 2 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [2,3] 232 3700 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 2, column 3 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [3,1] 233 3716 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 3, column 1 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [3,2] 234 3732 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 3, column 2 SPICE:Rotation matrix (MAVEN_SPACECRAFT to MAVEN_MSO), [3,3] 235 3748 ASCII_Real 16 From MAVEN_SPACECRAFT frame to MAVEN_MSO frame, row 3, column 3