urn:nasa:pds:lro_diviner_calibrated:data_calibrated2:201708210450_rdr 1.0 LRO Diviner calibrated data product: 201708210450_rdr 1.17.0.0 Product_Observational 2022-12-19 1.0 Migrated to PDS4 2017-08-21T04:50:00.045Z 2017-08-21T04:59:59.992Z Lunar Reconnaissance Orbiter Mission urn:nasa:pds:context:investigation:mission.lunar_reconnaissance_orbiter data_to_investigation DIVINER Lunar Reconnaissance Orbiter Host urn:nasa:pds:context:instrument_host:spacecraft.lro is_instrument_host DIVINER LUNAR RADIOMETER EXPERIMENT for LRO Instrument urn:nasa:pds:context:instrument:lro.dlre is_instrument Moon Satellite urn:nasa:pds:context:target:satellite.earth.moon data_to_target RDR 1 THIRD EXTENDED SCIENCE MISSION 0524983800.04849 0524984399.58523 0 0 885843 885843 CLEAN 0x31 0x31 1.8 21-Aug-2017 21-Aug-2017 04:50:00.109 04:59:59.928 ELEVATION ACTUATOR HOMED OFF MOON ON MOON BLACKBODY CALIBRATION SPACE CALIBRATION STANDARD NADIR MOVING NOMINAL DLRE_QCA_SOLAR 000 000 DLRE_QCA_THERMAL 000 000 CH1 -0.0469 0.2475 -0.133 0.705 CH2 -0.3334 0.7490 -0.950 2.134 CH3 -0.0684 4.5532 -179.590 303.229 CH4 -0.1027 3.0702 -190.779 303.500 CH5 -0.0784 3.1271 -182.582 303.476 CH6 -0.2163 50.3931 -100.407 302.991 CH7 -0.0684 15.6147 -68.067 303.352 CH8 -0.0419 2.5159 -53.064 306.181 CH9 -0.0267 0.5988 -46.829 311.198 pck00008.tpc lro_frames_2014049_v01.tf lro_dlre_frames_2010132_v04.tf naif0012.tls lro_clkcor_2017262_v00.tsc de421.bsp moon_pa_de421_1900-2050.bpc moon_080317.tf moon_assoc_me.tf FDF30_2017197_2017232_B01.bsp FDF30_2017232_2017267_B01.bsp FDF30_2017233_2017268_B01.bsp fdf29_2017231_2017232_n01.bsp fdf29_2017232_2017233_n01.bsp fdf29_2017233_2017234_n01.bsp moc41_2017231_2017238_v01.bc moc42_2017231_2017232_v01.bc moc42_2017232_2017233_v01.bc moc42_2017233_2017234_v01.bc lro_div_2017-08-20_23.bc lro_div_2017-08-21_00.bc lro_div_2017-08-21_01.bc lro_div_2017-08-21_02.bc lro_div_2017-08-21_03.bc lro_div_2017-08-21_04.bc lro_div_2017-08-21_05.bc lro_div_2017-08-21_06.bc lro_div_2017-08-21_07.bc lro_div_2017-08-21_08.bc lro_div_2017-08-21_09.bc lro_dlre_2010134_v05.ti 201708210450_rdr.tab diviner_calibrated_data_table 2017-09-27T06:36:03.000 This table contains RDR data records from the Diviner Lunar Radiometer Experiment collected during the orbital operations phase of the Lunar Reconnaissance Orbiter mission.
0 1368 7-Bit ASCII Text
TABLE 1368 885843 Carriage-Return Line-Feed 33 0 342 date 1 2 ASCII_String 11 Date at the midpoint of observation (SCET, UTC). E.g. '25-Jun-2009' -9998 -9999 utc 2 17 ASCII_String 12 Time at the midpoint of observation (SCET, UTC). E.g. '19:35.37.440' -9998 -9999 jdate 3 32 ASCII_Real 17 Julian Date at the midpoint of observation (SCET, UTC). E.g. 2454102.123456789 -9998 -9999 2457986.708332500 2457986.701390150 orbit 4 51 ASCII_Integer 5 Orbit number. 0 to 99999 -9998 -9999 36767 36766 sundist 5 58 ASCII_Real 7 The distance from the center of the moon to the sun (AU). E.g. 1.00001 -9998 -9999 1.00920 1.00920 sunlat 6 67 ASCII_Real 8 Subsolar Latitude (deg). E.g. -1.54333 -9998 -9999 0.15041 0.15021 sunlon 7 77 ASCII_Real 9 Subsolar East Longitude (deg). 0.00000 to 360.00000 -9998 -9999 191.62801 191.54300 sclk 8 88 ASCII_Real 16 Spacecraft clock at midpoint of observation (seconds.subseconds). The seconds are relative to the 2001 epoch. The numbers to the right of the decimal point are not decimal fraction of a second but rather subseconds. Each second is divided into 65536 subseconds, thus the range for subseconds is 0 - 65535. Example: 123456789.00001 -9998 -9999 0524984399.58523 0524983800.04849 sclat 9 106 ASCII_Real 9 Subspacecraft Latitude (deg). -90.00000 to 90.00000 -9998 -9999 25.18264 -5.31538 sclon 10 117 ASCII_Real 9 Subspacecraft East Longitude (deg). 0 to 360.00000 -9998 -9999 337.48697 335.84012 scrad 11 128 ASCII_Real 11 Distance from the center of moon to the spacecraft (km). E.g.: 11000.00000 -9998 -9999 1842.43082 1829.62367 scalt 12 141 ASCII_Real 11 Distance from the surface of the moon to the spacecraft (km). E.g.: 11000.00000. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. -9998 -9999 104.93821 92.12050 el_cmd 13 154 ASCII_Real 7 Last Elevation Command (deg). 0 to 270.000 -9998 -9999 180.000 0.000 az_cmd 14 163 ASCII_Real 7 Last Azimuth Command (deg). 0 to 270.000 -9998 -9999 240.000 240.000 af 15 172 ASCII_Integer 4 Activity Flag. See Appendix B of DLRE RDR SIS for description -9998 -9999 orientlat 16 178 ASCII_Real 9 Orientation Latitude (deg). The latitudinal component of the 'orientation vector', a vector from the center of the moon in the direction of the detector array direction (defined as from detector 21 to detector 1). Provides angular orientation of the FOV's. -90.00000 to 90.00000 -9998 -9999 2.80583 -3.95318 orientlon 17 189 ASCII_Real 9 Orientation Longitude (deg). The east longitudinal component of the 'orientation vector', a vector from the center of the moon in the direction of the detector array direction (defined as from detector 21 to detector 1). Provides angular orientation of the FOV's. 0 to 360.00000 -9998 -9999 325.92023 65.98761 c 18 200 ASCII_Integer 1 Diviner Channel Number. 1 to 9 -9998 -9999 det 19 203 ASCII_Integer 3 Diviner Detector Number. 1 to 21 -9998 -9999 vlookx 20 208 ASCII_Real 9 The X component of the Diviner Look Unit Vector, using the lunar coordinate system described in Section 2.4.3 of the RDR SIS. E.g. -0.999999 -9998 -9999 0.926709 -0.937479 vlooky 21 219 ASCII_Real 9 The Y component of the Diviner Look Unit Vector, using the lunar coordinate system described in Section 2.4.3 of the RDR SIS. E.g. -0.999999 -9998 -9999 0.847052 -0.439529 vlookz 22 230 ASCII_Real 9 The Z component of the Diviner Look Unit Vector, using the lunar coordinate system described in Section 2.4.3 of the RDR SIS. E.g. -0.999999 -9998 -9999 0.130055 -0.456888 radiance 23 241 ASCII_Real 10 Calibrated Radiance (W m**-2 sr**-1). Range is -1000.0000 to 1000.0000 -9998 -9999 tb 24 253 ASCII_Real 8 Calibrated Brightness Temperature (K). Except for Channels 1 and 2, which is radiance relative to normally illuminated Lambert surface at sun-moon distance. Range is -450.000 to 450.000, where negative tb values correspond to negative radiance values. -9998 -9999 clat 25 263 ASCII_Real 9 Latitude of FOV center (deg). Undefined if off planet. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. -90.00000 to 90.00000 -9998 -9999 25.31460 -5.42279 clon 26 274 ASCII_Real 9 East longitude of FOV center (deg). Undefined if off planet. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. 0 to 360.00000 -9998 -9999 337.62961 335.73404 cemis 27 285 ASCII_Real 9 Emission Angle at FOV center (deg). Undefined if off planet. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. 0 to 90.00000 -9998 -9999 6.05671 0.21197 csunzen 28 296 ASCII_Real 9 Solar Zenith angle at FOV center (deg). Undefined when off planet except during solar calibrations when it is defined as the solar zenith angle of the detector FOV center projected onto the solar calibration target. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. 0 to 180.00000 -9998 -9999 144.65974 138.31450 csunazi 29 307 ASCII_Real 9 Solar Azimuth Angle at FOV Center (deg). 0 degrees when aligned with the solar vector and measured counter-clockwise when looking down at the planet. Undefined when off planet except during solar calibrations when it is defined as the solar azimuth angle of the detector FOV center projected onto the solar calibration target. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. 0 to 360.00000 -9998 -9999 179.99989 0.00055 cloctime 30 318 ASCII_Real 8 Local time at FOV Center (hours past midnight). Undefined if off planet. Uses ellipsoidal moon approximation as described in Section 2.4.3 of the RDR SIS. 0 to 24.00000 -9998 -9999 21.73889 21.60695 qca 31 328 ASCII_Integer 3 Quality Flag for Calibration. A 3-digit decimal integer representing an 8-bit binary quality flag. Bits set to 1 represent various conditions which compromise data quality. A value of zero represents best quality and increasing values indicate lower quality. Range is 0 to 255. See Appendix C of the RDR SIS for more details. -9998 -9999 qge 32 333 ASCII_Integer 3 Quality Flag for Geometry. A 3-digit decimal integer representing an 8-bit binary quality flag. Bits set to 1 represent various conditions which compromise data quality. A value of zero represents best quality and increasing values indicate lower quality. Range is 0 to 255. See Appendix C of the RDR SIS for more details. -9998 -9999 012 012 qmi 33 338 ASCII_Integer 3 Quality Flag for Miscellaneous. A 3-digit decimal integer representing an 8-bit binary quality flag. Bits set to 1 represent various conditions which compromise data quality. A value of zero represents best quality and increasing values indicate lower quality. Range is 0 to 255. See Appendix C of the RDR SIS for more details. -9998 -9999 128 000 201708210450_rdr.lbl 0 PDS3 PDS3 label Carriage-Return Line-Feed