urn:nasa:pds:lp-mager-derived:data-spacecraft-pos:pos98_01 1.0 1.20.0.0 Product_Observational Acuna, Mario; Hood, Lon L.; Mitchell, David 2024 This file contains table of positions and velocities of the Lunar Prospector spacecraft as a function of time, expressed in several coordinate systems provided in 1 month ASCII tables. 2025-03-19 1.0 This product, POS98_01.TAB, was originally released as part of the PDS3 LP-L-6-TRAJECTORY-V1.0 data set. The metadata have been migrated to PDS4. 1998-01-16T00:00Z 1998-01-31T23:59Z Science Derived Lunar Prospector Spacecraft trajectory data Lunar Prospector Mission urn:nasa:pds:context:investigation:mission.lunar_prospector data_to_investigation Lunar Prospector Host urn:nasa:pds:context:instrument_host:spacecraft.lp is_instrument_host Moon Satellite urn:nasa:pds:context:target:satellite.earth.moon data_to_target Primary Mission urn:nasa:pds:lp-er-calibrated:data-3deleflux::1.0 data_to_ancillary_data urn:nasa:pds:lp-er-calibrated:data-highresflux::1.0 data_to_ancillary_data urn:nasa:pds:lp-er-calibrated:data-lowresflux::1.0 data_to_ancillary_data urn:nasa:pds:lp-er-derived:data-electron::1.0 data_to_ancillary_data urn:nasa:pds:lp-mag-calibrated:data-lunarcrds::1.0 data_to_ancillary_data urn:nasa:pds:lp-mag-calibrated:data-lunarfield::1.0 data_to_ancillary_data urn:nasa:pds:lp-mag-derived:data-fieldbins::1.0 data_to_ancillary_data urn:nasa:pds:lp-mag-derived:data-lunarsurface::1.0 data_to_ancillary_data urn:nasa:pds:lp-mager-derived:data-moon-pos::1.0 data_to_ancillary_data LP-L-6-TRAJECTORY-V1.0:POS98_01 data_to_derived_source_product 10.17189/1519718 PDS Planetary Plasma Interactions Node This is the first version converted to PDS4. The DOI references the source PDS3 data set. POS98_01.TAB 2003-08-15T14:28:19 3640320 9b0f78661a1801f59f54ae4db9ad7cd7 Lunar Prospector trajectory data in several coordinate systems for 1998-01-01 to 1998-01-31 0 23040 Carriage-Return Line-Feed 18 0 158 Time 1 1 ASCII_Date_Time_YMD 23 Time of the spacecraft position shown in the record, expressed as UTC in PDS format. Julian Date 2 30 ASCII_Real 12 Day Time of the spacecraft position shown in the record, expressed as a Julian date. Radius 3 43 ASCII_Real 4 km Spacecraft Radius: Distance of the spacecraft from the center of the Moon. Velocity 4 48 ASCII_Real 6 km/sec Spacecraft Velocity: Absolute velocity of the spacecraft. Latitude 5 55 ASCII_Real 8 Degrees Sub-spacecraft Latitude: The selenographic latitude of the point directly beneath the spacecraft, with north latitude as positive. Longitude 6 64 ASCII_Real 8 Sub-spacecraft Longitude: The selenographic longitude of the point directly beneath the spacecraft, with east longitude as positive. Altitude 7 73 ASCII_Real 3 km Spacecraft Altitude: The distance of the spacecraft above the surface of the moon, assuming that the moon is a sphere of radius 1738 km. SG X 8 77 ASCII_Real 5 km Spacecraft X-coordinate in the SG coordinate system, in units of kilometers. SG Y 9 83 ASCII_Real 5 km Spacecraft Y-coordinate in the SG coordinate system, in units of kilometers. SG Z 10 89 ASCII_Real 5 km Spacecraft Z-coordinate in the SG coordinate system, in units of kilometers. SSE X 11 95 ASCII_Real 5 km Spacecraft X-coordinate in the SSE coordinate system, in units of kilometers. SSE Y 12 101 ASCII_Real 5 km Spacecraft Y-coordinate in the SSE coordinate system, in units of kilometers. SSE Z 13 107 ASCII_Real 5 km Spacecraft Z-coordinate in the SSE coordinate system, in units of kilometers. GSE X 14 113 ASCII_Real 8 Spacecraft X-coordinate in the GSE coordinate system, in units of Earth radii. GSE Y 15 122 ASCII_Real 8 Spacecraft Y-coordinate in the GSE coordinate system, in units of Earth radii. GSE Z 16 131 ASCII_Real 8 Spacecraft Z-coordinate in the GSE coordinate system, in units of Earth radii. GSM Y 17 140 ASCII_Real 8 Spacecraft Y-coordinate in the GSM coordinate system, in units of Earth radii. GSM Z 18 149 ASCII_Real 8 Spacecraft Z-coordinate in the GSM coordinate system, in units of Earth radii.