urn:nasa:pds:a17leam_raw_arcsav:data:a17_leam_1975155_l1_arcsav_tab 1.0 1.7.0.0 Product_Observational 1975-06-03T23:59:59.736Z 1975-06-04T23:59:58.252Z Apollo 17 Mission urn:nasa:pds:context:investigation:mission.apollo_17 data_to_investigation Apollo 17 ALSEP Spacecraft urn:nasa:pds:context:instrument_host:spacecraft.a17a is_instrument_host Apollo 17 Lunar Seismic Gravimeter Instrument urn:nasa:pds:context:instrument:leam.a17a is_instrument MOON Satellite urn:nasa:pds:context:target:satellite.earth.moon data_to_target Dust Dust urn:nasa:pds:context:target:dust.dust data_to_target a17_leam_1975155_l1_arcsav.tab 7497600 28400

Header 0 264 7-Bit ASCII Text

TimeOffsets 264 1 This table provides derived sampling-rate-adjusted delay time as an offset in milliseconds for computing the time for each data measurement in each RawData Table record. The recorded time stamp provided in the first column of each RawData record is the reference earth-received time for the sequence of data measurements within that record. To compute the time for a specific data measurement, add the milliseconds time offset, found in this single-record table TimeOffsets for the data measurement column of interest, to the recorded time stamp in the first column of the RawData record containing the data measurement of interest. Carriage-Return Line-Feed 31 0 264 DJ-1_TimeOffset 1 25 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-1. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-1 data value in that record. DJ-2_TimeOffset 2 32 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-2. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-2 data value in that record. DJ-3_TimeOffset 3 39 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-3. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-3 data value in that record. DJ-4_TimeOffset 4 46 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-4. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-4 data value in that record. DJ-5_TimeOffset 5 53 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-5. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-5 data value in that record. DJ-6_TimeOffset 6 60 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-6. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-6 data value in that record. DJ-7_TimeOffset 7 67 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-7. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-7 data value in that record. DJ-8_TimeOffset 8 74 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-8. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-8 data value in that record. DJ-9_TimeOffset 9 81 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-9. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-9 data value in that record. DJ-10_TimeOffset 10 89 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-10. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-10 data value in that record. DJ-11_TimeOffset 11 97 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-11. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-11 data value in that record. DJ-12_TimeOffset 12 105 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-12. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-12 data value in that record. DJ-13_TimeOffset 13 113 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-13. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-13 data value in that record. DJ-14_TimeOffset 14 121 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-14. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-14 data value in that record. DJ-15_TimeOffset 15 129 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-15. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-15 data value in that record. DJ-16_TimeOffset 16 137 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-16. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-16 data value in that record. DJ-17_TimeOffset 17 145 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-17. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-17 data value in that record. DJ-18_TimeOffset 18 153 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-18. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-18 data value in that record. DJ-19_TimeOffset 19 161 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-19. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-19 data value in that record. DJ-20_TimeOffset 20 169 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-20. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-20 data value in that record. DJ-21_TimeOffset 21 177 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-21. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-21 data value in that record. DJ-22_TimeOffset 22 185 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-22. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-22 data value in that record. DJ-23_TimeOffset 23 193 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-23. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-23 data value in that record. DJ-24_TimeOffset 24 201 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-24. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-24 data value in that record. DJ-25_TimeOffset 25 209 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-25. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-25 data value in that record. DJ-26_TimeOffset 26 217 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-26. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-26 data value in that record. DJ-27_TimeOffset 27 225 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-27. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-27 data value in that record. DJ-28_TimeOffset 28 233 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-28. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-28 data value in that record. DJ-29_TimeOffset 29 241 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-29. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-29 data value in that record. DJ-30_TimeOffset 30 249 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-30. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-30 data value in that record. DJ-31_TimeOffset 31 257 ASCII_Integer 4 %4d ms Timing offset for Measurement Number DJ-31. Add this value to the time stamp in the first column of a RawData Table record to derive the time for the corresponding DJ-31 data value in that record. RawData 528 28398 This table contains raw scientific measurements from the Up, East and West LEAM sensors extracted from one daily ALSEP ARCSAV tape. Each record begins with the reference earth-received time for the set of data in that record followed by 31 raw data numbers identified by their LEAM Measurement Number, DJ-N: 11 measurements for the Up dual sensor assembly (DJ-1 to DJ-11); 11 measurements for the East dual sensor assembly (DJ-12 to DJ-22); 7 measurements for the West single sensor assembly (DJ-23 to DJ-27, DJ-30, and DJ-31); and 2 engineering fields (DJ-28 and DG-29). The earth-received time column and each data measurement column are followed by a quality flag. Records are ordered by the earth-received time. Carriage-Return Line-Feed 64 0 264 EarthReceivedTime 1 1 ASCII_String 21 %-21s Day of year and time (Universal Time, formatted as yyyy-dddThh:mm:ss.sss) when the first word of the ALSEP frame containing the DJ-1 measurement within this record was received at a ground tracking and receiving station on earth. Each data measurement has time offset (delta t) from this earth-received time. These timing offsets are contained in the single-record, TimeOffsets Table. EarthReceivedTime_Flag 2 23 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this EarthReceivedTime value is from ground software clock; has a suspected transmission, data synchronization or tape read error in the value; or is clearly outside the expected range for this restoration effort. A negative sign (-) indicates this value is the earth-received time, and the value does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-1 3 26 ASCII_Integer 3 %3d DN Measurement Number DJ-1. Front Film ID for Up dual sensor assembly from ALSEP Word 31. -9 DJ-1_Flag 4 30 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-2 5 33 ASCII_Integer 3 %3d DN Measurement Number DJ-2. Front Film Pulse Height Analyzer for Up dual sensor assembly from ALSEP Word 31. -9 DJ-2_Flag 6 37 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-3 7 40 ASCII_Integer 3 %3d DN Measurement Number DJ-3. Front Film Accumulator for Up dual sensor assembly from ALSEP Word 31. -9 DJ-3_Flag 8 44 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-4 9 47 ASCII_Integer 3 %3d DN Measurement Number DJ-4. Rear Film ID for Up dual sensor assembly from ALSEP Word 39. -9 DJ-4_Flag 10 51 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-5 11 54 ASCII_Integer 3 %3d DN Measurement Number DJ-5. Rear Film Pulse Height Analyzer for Up dual sensor assembly from ALSEP Word 39. -9 DJ-5_Flag 12 58 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-6 13 61 ASCII_Integer 3 %3d DN Measurement Number DJ-6. Rear Film Accumulator for Up dual sensor assembly from ALSEP Word 39. -9 DJ-6_Flag 14 65 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-7 15 68 ASCII_Integer 3 %3d DN Measurement Number DJ-7. Front Collector ID for Up dual sensor assembly from ALSEP Word 31. -9 DJ-7_Flag 16 72 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-8 17 75 ASCII_Integer 3 %3d DN Measurement Number DJ-8. Microphone Pulse Height Analyzer for Up dual sensor assembly from ALSEP Word 31. -9 DJ-8_Flag 18 79 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-9 19 82 ASCII_Integer 3 %3d DN Measurement Number DJ-9. Microphone Accumulator for Up dual sensor assembly from ALSEP Word 31. -9 DJ-9_Flag 20 86 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-10 21 90 ASCII_Integer 3 %3d DN Measurement Number DJ-10. Rear Collector ID for Up dual sensor assembly from ALSEP Word 39. -9 DJ-10_Flag 22 94 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-11 23 98 ASCII_Integer 3 %3d DN Measurement Number DJ-11. Elapsed Time of Flight between front and rear film for Up dual sensor assembly from ALSEP Word 39. -9 DJ-11_Flag 24 102 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-12 25 106 ASCII_Integer 3 %3d DN Measurement Number DJ-12. Front Film ID for East dual sensor assembly from ALSEP Word 31. -9 DJ-12_Flag 26 110 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-13 27 114 ASCII_Integer 3 %3d DN Measurement Number DJ-13. Front Film Pulse Height Analyzer for East dual sensor assembly from ALSEP Word 31. -9 DJ-13_Flag 28 118 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-14 29 122 ASCII_Integer 3 %3d DN Measurement Number DJ-14. Front Film Accumulator for East dual sensor assembly from ALSEP Word 31. -9 DJ-14_Flag 30 126 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-15 31 130 ASCII_Integer 3 %3d DN Measurement Number DJ-15. Rear Film ID for East dual sensor assembly from ALSEP Word 39. -9 DJ-15_Flag 32 134 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-16 33 138 ASCII_Integer 3 %3d DN Measurement Number DJ-16. Rear Film Pulse Height Analyzer for East dual sensor assembly from ALSEP Word 39. -9 DJ-16_Flag 34 142 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-17 35 146 ASCII_Integer 3 %3d DN Measurement Number DJ-17. Rear Film Accumulator for East dual sensor assembly from ALSEP Word 39. -9 DJ-17_Flag 36 150 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-18 37 154 ASCII_Integer 3 %3d DN Measurement Number DJ-18. Front Collector ID for East dual sensor assembly from ALSEP Word 31. -9 DJ-18_Flag 38 158 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-19 39 162 ASCII_Integer 3 %3d DN Measurement Number DJ-19. Microphone Pulse Height Analyzer for East dual sensor assembly from ALSEP Word 31. -9 DJ-19_Flag 40 166 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-20 41 170 ASCII_Integer 3 %3d DN Measurement Number DJ-20. Microphone Accumulator for East dual sensor assembly from ALSEP Word 31. -9 DJ-20_Flag 42 174 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-21 43 178 ASCII_Integer 3 %3d DN Measurement Number DJ-21. Rear Collector ID for East dual sensor assembly from ALSEP Word 39. -9 DJ-21_Flag 44 182 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-22 45 186 ASCII_Integer 3 %3d DN Measurement Number DJ-22. Elapsed Time of Flight between front and rear film for East dual sensor assembly from ALSEP Word 39. -9 DJ-22_Flag 46 190 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-23 47 194 ASCII_Integer 3 %3d DN Measurement Number DJ-23. Film ID for West single sensor assembly from ALSEP Word 31. -9 DJ-23_Flag 48 198 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-24 49 202 ASCII_Integer 3 %3d DN Measurement Number DJ-24. Collector ID for West single sensor assembly from ALSEP Word 31. -9 DJ-24_Flag 50 206 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-25 51 210 ASCII_Integer 3 %3d DN Measurement Number DJ-25. Film Pulse Height Analyzer for West single sensor assembly from ALSEP Word 31. -9 DJ-25_Flag 52 214 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-26 53 218 ASCII_Integer 3 %3d DN Measurement Number DJ-26. Film Accumulator for West single sensor assembly from ALSEP Word 31. -9 DJ-26_Flag 54 222 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-27 55 226 ASCII_Integer 3 %3d DN Measurement Number DJ-27. Secondary Microfilm Accumulator for West single sensor assembly from ALSEP Word 39. -9 DJ-27_Flag 56 230 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-28 57 234 ASCII_Integer 3 %3d DN Measurement Number DJ-28. Analog Data Synchronization ID Bit from ALSEP Word 39. -9 DJ-28_Flag 58 238 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-29 59 242 ASCII_Integer 3 %3d DN Measurement Number DJ-29. Heater Status from ALSEP Word 39. -9 DJ-29_Flag 60 246 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-30 61 250 ASCII_Integer 3 %3d DN Measurement Number DJ-30. West Main Microphone Pulse Height Analyzer from ALSEP Word 39. -9 DJ-30_Flag 62 254 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error. DJ-31 63 258 ASCII_Integer 3 %3d DN Measurement Number DJ-31. West Main Microphone Accumulator from ALSEP Word 39. -9 DJ-31_Flag 64 262 ASCII_String 1 %1s This field is set one of two values: An asterisk (*) indicates this data measurement has a suspected read or transmission error; A negative sign (-) indicates this data measurement does not have a suspected read or transmission error or that it is unknown if there was an error.