PDS_VERSION_ID = PDS3 RECORD_TYPE = STREAM OBJECT = TEXT PUBLICATION_DATE = 2004-08-04 START_ORBIT_NUMBER = 16778 STOP_ORBIT_NUMBER = 18147 START_TIME = 2002-205T18:35:19 STOP_TIME = 2002-317T16:13:51 NOTE = " This document includes the Experimenter's Notebook (ENB) entries summarizing data collection by TES during Mapping; the ENB was originally produced by the TES Mission Planner to be available online throughout the duration of the mission. This document is appropriate for orbits included in this volume, but may also include orbits from previous or later volumes. Two types of information can be found in this document: blocks of TES orbits and time entries, followed by the corresponding p*.img notes. TES data is organized by orbit which begins at the MGS descending equator crossing (times given in UTC). Orbits are labeled here with the TES orb number which is equivalent to ock (see obs.fmt OBJECT = ORBIT_COUNTER_KEEPER) except where deviations are noted. TES operations during a particular orbit are controlled by the p*.img file available onboard; key information from this file is provided in the p*.img notes. Missing data is described per entry as 'No DATA' if all data for the orbit is lost, or as 'No XXX' if all the data in a table is lost for the orbit. Seven tables (XXX) are expected for all orbits: ATM, BOL, GEO, OBS, POS, RAD, and TLM. Three TES tables (CMP, IFG, and LMB) are rarely available, so their inclusion is, noted rather than their exclusion; for example entry #10443, 'Includes IFG'." END_OBJECT = TEXT END TES orb #16778: 2002-205 // 18:35:19 - p16778.img TES orb #16779: 2002-205 // 20:32:59 TES orb #16780: 2002-205 // 22:30:42 TES orb #16781: 2002-206 // 00:28:28 TES orb #16782: 2002-206 // 02:26:13 TES orb #16783: 2002-206 // 04:23:56 TES orb #16784: 2002-206 // 06:21:37 TES orb #16785: 2002-206 // 08:19:17 TES orb #16786: 2002-206 // 10:16:58 TES orb #16787: 2002-206 // 12:14:43 TES orb #16788: 2002-206 // 14:12:28 TES orb #16789: 2002-206 // 16:10:13 TES orb #16790: 2002-206 // 18:07:55 TES orb #16791: 2002-206 // 20:05:34 TES orb #16792: 2002-206 // 22:03:14 TES orb #16793: 2002-207 // 00:00:59 TES orb #16794: 2002-207 // 01:58:45 TES orb #16795: 2002-207 // 03:56:29 TES orb #16796: 2002-207 // 05:54:11 TES orb #16797: 2002-207 // 07:51:51 TES orb #16798: 2002-207 // 09:49:31 TES orb #16799: 2002-207 // 11:47:14 TES orb #16800: 2002-207 // 13:44:58 TES orb #16801: 2002-207 // 15:42:43 TES orb #16802: 2002-207 // 17:40:27 TES orb #16803: 2002-207 // 19:37:08 TES orb #16804: 2002-207 // 21:35:47 TES orb #16805: 2002-207 // 23:33:29 TES orb #16806: 2002-208 // 01:31:15 TES orb #16807: 2002-208 // 03:29:00 TES orb #16808: 2002-208 // 05:26:44 TES orb #16809: 2002-208 // 07:24:25 TES orb #16810: 2002-208 // 09:22:05 TES orb #16811: 2002-208 // 11:19:46 TES orb #16812: 2002-208 // 13:17:30 TES orb #16813: 2002-208 // 15:15:15 TES orb #16814: 2002-208 // 17:13:00 TES orb #16815: 2002-208 // 19:10:43 TES orb #16816: 2002-208 // 21:08:22 TES orb #16817: 2002-208 // 23:06:02 TES orb #16818: 2002-209 // 01:03:47 TES orb #16819: 2002-209 // 03:01:32 TES orb #16820: 2002-209 // 05:59:17 TES orb #16821: 2002-209 // 06:56:59 TES orb #16822: 2002-209 // 08:54:39 TES orb #16823: 2002-209 // 10:52:19 TES orb #16824: 2002-209 // 12:50:01 TES orb #16825: 2002-209 // 14:47:46 TES orb #16826: 2002-209 // 16:45:31 TES orb #16827: 2002-209 // 18:43:15 TES orb #16828: 2002-209 // 20:40:56 TES orb #16829: 2002-209 // 22:38:34 TES orb #16830: 2002-210 // 00:36:16 TES orb #16831: 2002-210 // 02:34:01 TES orb #16832: 2002-210 // 04:31:47 TES orb #16833: 2002-210 // 06:29:30 TES orb #16834: 2002-210 // 08:27:12 TES orb #16835: 2002-210 // 10:24:51 TES orb #16836: 2002-210 // 12:22:32 TES orb #16837: 2002-210 // 14:20:16 TES orb #16838: 2002-210 // 16:18:01 TES orb #16839: 2002-210 // 18:15:46 TES orb #16840: 2002-210 // 20:13:29 TES orb #16841: 2002-210 // 22:11:09 TES orb #16842: 2002-211 // 00:08:48 TES orb #16843: 2002-211 // 02:06:32 TES orb #16844: 2002-211 // 04:04:18 TES orb #16845: 2002-211 // 06:02:03 TES orb #16846: 2002-211 // 07:59:45 TES orb #16847: 2002-211 // 09:57:26 TES orb #16848: 2002-211 // 11:55:06 TES orb #16849: 2002-211 // 13:52:48 TES orb #16850: 2002-211 // 15:50:32 TES orb #16851: 2002-211 // 17:48:17 TES orb #16852: 2002-211 // 19:46:02 TES orb #16853: 2002-211 // 21:43:43 TES orb #16854: 2002-211 // 23:41:21 TES orb #16855: 2002-212 // 01:39:02 TES orb #16856: 2002-212 // 03:36:47 TES orb #16857: 2002-212 // 05:34:33 TES orb #16858: 2002-212 // 07:32:17 TES orb #16859: 2002-212 // 09:29:58 TES orb #16860: 2002-212 // 11:27:38 TES orb #16861: 2002-212 // 13:25:18 TES orb #16862: 2002-212 // 15:23:01 TES orb #16863: 2002-212 // 17:20:46 TES orb #16864: 2002-212 // 19:18:32 TES orb #16865: 2002-212 // 21:16:15 - No TLM TES orb #16866: 2002-212 // 23:13:55 - No TLM TES orb #16867 to TES orb #16886 - No DATA p16778.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 2nd, 4th, 6th, 8th, 10th, 12th, and 14th orbits 3) data in doubles mode (5 cm-1) day surface = +7 to +27 deg lat, full spectral, spatial mask day to pole = +28(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +6(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm197, mm198, mm199, mz191a, andmz 192; beta supplement with 16 degree off point mapping 6) ROTO orbits and slew start icks; changed to detector_mask=1 - ock 16780 slew starts at 1054 - ock 16782 slew starts at 1532 - ock 16790 slew starts at 1204 - ock 16796 slew starts at 1455 - ock 16812 slew starts at 1363 - ock 16826 slew starts at 1681 - ock 16847 slew starts at 1497 - ock 16856 slew starts at 1268 7) limb: all aft looking, space, limb set (100 km height, 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none, due to buffer management problem - targeted 5 x 7, double scan, nightside: none, due to buffer management problem 14) 12 days loaded 15) Last data collecting upload before solar conjunction 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency - no change of TES observation cycle to accommodate spacecraft slew - nadir slew from ockA, ick 3330 to ockB, ick 600 for ockA/ockB: 16783/16784; 16784/16785; 16786/16787; 16789/16790; 16792/16793; 16798/16799; 16799/16800; 16801/16802; 16804/16805; 16807/16808; 16810/16811; 16812/16813; 16814/16815; 16818/16819; 16820/16821; 16823/16824; 16827/16828; 16829/16830; 16832/16833; 16835/16836; 16838/16839; 16841/16842; 16844/16845; 16847/16848; 16850/16851; 16852/16853; 16856/16857; 16859/16860; 16862/16863; 16869/16870; 16870/16871; 16871/16872; 16874/16875; 16877/16878; 16878/16879; 16881/16880; 16884/16885 TES orb #16887: 2002-214 // 16:25:48 - p16887.img TES orb #16887 to TES orb #17110 - No DATA TES orb #17111: 2002-232 // 23:52:51 TES orb #17112: 2002-233 // 01:50:31 TES orb #17113: 2002-233 // 03:48:13 TES orb #17114: 2002-233 // 05:45:57 TES orb #17115: 2002-233 // 07:43:42 TES orb #17116: 2002-233 // 09:41:26 TES orb #17117: 2002-233 // 11:39:08 TES orb #17118: 2002-233 // 13:36:46 TES orb #17119: 2002-233 // 15:34:27 TES orb #17120: 2002-233 // 17:32:12 TES orb #17121: 2002-233 // 19:29:57 TES orb #17122: 2002-233 // 21:27:41 TES orb #17123: 2002-233 // 23:25:22 TES orb #17124: 2002-234 // 01:22:34 TES orb #17125: 2002-234 // 03:20:14 TES orb #17126: 2002-234 // 05:17:57 TES orb #17127: 2002-234 // 07:15:41 TES orb #17128: 2002-234 // 09:13:26 TES orb #17129: 2002-234 // 11:11:09 TES orb #17130: 2002-234 // 13:08:49 p16887.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS SOLAR CONJUNCTION UPLOAD 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit 3) data in doubles mode (5 cm-1) day surface = +8 to +28 deg lat, full spectral, spatial mask day to pole = +29(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +7(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm199, mm200, mm201, and mm202; beta supplement with 16 degree off point mapping and solar conjunction - NO data downlink for mm199, mm200, and mm201; recording and downlink resumes with mm202 6) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 7) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 8) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 9) 22 days loaded 10) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - no change of TES observation cycle to accommodate spacecraft slew - nadir slew of spacecraft three times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for ockA/ockB: (individual ock not listed as data were not downlinked during solar conjunction) NOTE: Data downlinked only for ock 17111 to 17130 (post solar conjunction) TES orb #17131: 2002-234 // 15:06:28 - p17131.img TES orb #17132: 2002-234 // 17:04:11 TES orb #17133: 2002-234 // 19:01:57 TES orb #17134: 2002-234 // 20:59:41 TES orb #17135: 2002-234 // 22:57:24 TES orb #17136: 2002-235 // 00:55:04 TES orb #17137: 2002-235 // 02:52:44 TES orb #17138: 2002-235 // 04:50:25 TES orb #17139: 2002-235 // 06:48:09 TES orb #17140: 2002-235 // 08:45:54 TES orb #17141: 2002-235 // 10:43:39 TES orb #17142: 2002-235 // 12:41:20 TES orb #17143: 2002-235 // 14:38:59 TES orb #17144: 2002-235 // 16:36:39 TES orb #17145: 2002-235 // 18:34:23 TES orb #17146: 2002-235 // 20:32:08 TES orb #17147: 2002-235 // 22:29:52 TES orb #17148: 2002-236 // 00:27:34 TES orb #17149: 2002-236 // 02:25:13 TES orb #17150: 2002-236 // 04:22:53 TES orb #17151: 2002-236 // 06:20:36 TES orb #17152: 2002-236 // 08:18:20 TES orb #17153: 2002-236 // 10:16:05 TES orb #17154: 2002-236 // 12:13:48 TES orb #17155: 2002-236 // 14:11:28 TES orb #17156: 2002-236 // 16:09:07 TES orb #17157: 2002-236 // 18:06:49 TES orb #17158: 2002-236 // 20:04:35 TES orb #17159: 2002-236 // 22:02:20 TES orb #17160: 2002-237 // 00:00:03 TES orb #17161: 2002-237 // 01:54:43 TES orb #17162: 2002-237 // 03:55:23 TES orb #17163: 2002-237 // 05:53:04 TES orb #17164: 2002-237 // 07:50:47 TES orb #17165: 2002-237 // 09:48:32 TES orb #17166: 2002-237 // 11:46:17 TES orb #17167: 2002-237 // 13:43:59 TES orb #17168: 2002-237 // 15:41:38 TES orb #17169: 2002-237 // 17:39:18 TES orb #17170: 2002-237 // 19:37:02 TES orb #17171: 2002-237 // 21:34:47 TES orb #17172: 2002-237 // 23:32:31 TES orb #17173: 2002-238 // 01:30:13 TES orb #17174: 2002-238 // 03:27:53 TES orb #17175: 2002-238 // 05:25:32 TES orb #17176: 2002-238 // 07:23:14 TES orb #17177: 2002-238 // 09:20:58 TES orb #17178: 2002-238 // 11:18:43 TES orb #17179: 2002-238 // 13:16:27 TES orb #17180: 2002-238 // 15:14:07 TES orb #17181: 2002-238 // 17:11:46 TES orb #17182: 2002-238 // 19:09:27 TES orb #17183: 2002-238 // 21:07:12 TES orb #17184: 2002-238 // 23:04:57 TES orb #17185: 2002-239 // 01:02:40 TES orb #17186: 2002-239 // 03:00:21 TES orb #17187: 2002-239 // 04:58:01 TES orb #17188: 2002-239 // 06:55:41 TES orb #17189: 2002-239 // 08:53:25 TES orb #17190: 2002-239 // 10:51:09 TES orb #17191: 2002-239 // 12:48:54 TES orb #17192: 2002-239 // 14:46:37 TES orb #17193: 2002-239 // 16:44:16 TES orb #17194: 2002-239 // 18:41:55 TES orb #17195: 2002-239 // 20:39:39 TES orb #17196: 2002-239 // 22:37:24 TES orb #17197: 2002-240 // 00:35:08 TES orb #17198: 2002-240 // 02:32:50 TES orb #17199: 2002-240 // 04:30:30 TES orb #17200: 2002-240 // 06:28:10 TES orb #17201: 2002-240 // 08:25:52 TES orb #17202: 2002-240 // 10:23:35 TES orb #17203: 2002-240 // 12:21:20 TES orb #17204: 2002-240 // 14:19:04 TES orb #17205: 2002-240 // 16:16:45 p17131.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS POST-SOLAR CONJUNCTION UPLOAD 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +8 to +28 deg lat, full spectral, spatial mask day to pole = +29(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +7(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm203, mm204, and mm205; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17132 slew starts at 1301 - ock 17134 slew starts at 1532 - ock 17145 slew starts at 1565 - ock 17156 slew starts at 1772 - ock 17169 slew starts at 1245 - ock 17186 slew starts at 1746 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft three times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for ockA/ockB: 17135/17136; 17136/17137; 17138/17139; 17141/17142; 17146/17147; 17147/17148; 17150/17151; 17153/17154; 17157/17158; 17160/17161; 17163/17164; 17166/17167; 17169/17170; 17172/17173; 17175/17176; 17178/17179; 17181/17182; 17184/17185; 17187/17188; 17190/17191; 17193/17194; 17196/17197; 17199/17200; 17202/17203; 17205/17206 TES orb #17206: 2002-240 // 18:14:23 - p17206.img TES orb #17207: 2002-240 // 20:12:04 TES orb #17208: 2002-240 // 22:09:49 TES orb #17209: 2002-241 // 00:07:34 TES orb #17210: 2002-241 // 02:05:17 TES orb #17211: 2002-241 // 04:02:58 TES orb #17212: 2002-241 // 06:00:38 TES orb #17213: 2002-241 // 07:58:18 TES orb #17214: 2002-241 // 09:56:01 TES orb #17215: 2002-241 // 11:53:45 TES orb #17216: 2002-241 // 13:51:30 TES orb #17217: 2002-241 // 15:49:13 TES orb #17218: 2002-241 // 17:46:53 TES orb #17219: 2002-241 // 19:44:32 TES orb #17220: 2002-241 // 21:42:15 TES orb #17221: 2002-241 // 23:40:00 TES orb #17222: 2002-242 // 01:37:45 TES orb #17223: 2002-242 // 03:35:27 TES orb #17224: 2002-242 // 05:33:08 TES orb #17225: 2002-242 // 07:30:47 TES orb #17226: 2002-242 // 09:28:29 TES orb #17227: 2002-242 // 11:26:12 TES orb #17228: 2002-242 // 13:23:57 TES orb #17229: 2002-242 // 15:21:42 TES orb #17230: 2002-242 // 17:19:23 TES orb #17231: 2002-242 // 19:17:02 TES orb #17232: 2002-242 // 21:14:42 p17206.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +11 to +31 deg lat, full spectral, spatial mask day to pole = +32(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +10(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm204, mm205, mm206, mm207 and mz196-197; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17220 slew starts at 1055 - ock 17228 slew starts at 1145 - ock 17267 slew starts at 2009 - ock 17272 slew starts at 1364 - ock 17291 slew starts at 1308 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft three times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for ockA/ockB: 17209/17210; 17211/17212; 17212/17213; 17213/17214; 17214/17215; 17217/17218; 17218/17219; 17219/17220; 17221/17222; 17223/17224; 17225/17226; 17227/17228; 17229/17230; 17230/17231; 17231/17232; 17232/17233; 17234/17235; 17235/17236; 17245/17246; 17246/17247; 17247/17248; 17248/17249; 17250/17251; 17252/17253; 17254/17255; 17256/17257; 17257/17258; 17258/17259; 17259/17260; 17260/17261; 17262/17263; 17264/17265; 17266/17267; 17268/17269; 17270/17271; 17271/17272; 17272/17273; 17273/17274; 17275/17276; 17277/17278; 17279/17280; 17281/17282; 17282/17283; 17283/17284; 17284/17285; 17286/17287; 17288/17289; 17290/17291; 17291/17292; 17294/17295 TES orb #17233: 2002-242 // 23:12:26 - p17233.img TES orb #17234: 2002-243 // 01:10:11 TES orb #17235: 2002-243 // 03:07:55 TES orb #17236: 2002-243 // 05:05:36 TES orb #17237: 2002-243 // 07:03:16 TES orb #17238: 2002-243 // 09:00:56 TES orb #17239: 2002-243 // 10:58:38 TES orb #17240: 2002-243 // 12:56:22 TES orb #17241: 2002-243 // 14:54:07 TES orb #17242: 2002-243 // 16:51:51 TES orb #17243: 2002-243 // 18:49:31 TES orb #17244: 2002-243 // 20:47:09 TES orb #17245: 2002-243 // 22:44:52 TES orb #17246: 2002-244 // 00:42:37 TES orb #17246: 2002-244 // 00:42:37 TES orb #17247: 2002-244 // 02:40:22 TES orb #17248: 2002-244 // 04:38:05 TES orb #17249: 2002-244 // 06:35:45 TES orb #17250: 2002-244 // 08:33:25 TES orb #17251: 2002-244 // 10:31:06 TES orb #17252: 2002-244 // 12:28:49 TES orb #17253: 2002-244 // 14:26:34 TES orb #17254: 2002-244 // 16:24:19 TES orb #17255: 2002-244 // 18:22:01 TES orb #17256: 2002-244 // 20:19:40 TES orb #17257: 2002-244 // 22:17:20 TES orb #17258: 2002-245 // 00:15:04 TES orb #17259: 2002-245 // 02:12:49 TES orb #17260: 2002-245 // 04:10:33 TES orb #17261: 2002-245 // 06:08:14 TES orb #17262: 2002-245 // 08:05:54 TES orb #17263: 2002-245 // 10:03:34 TES orb #17264: 2002-245 // 12:01:16 TES orb #17265: 2002-245 // 13:59:00 TES orb #17266: 2002-245 // 15:56:48 TES orb #17267: 2002-245 // 17:54:31 TES orb #17268: 2002-245 // 19:52:12 TES orb #17269: 2002-245 // 21:49:50 TES orb #17270: 2002-245 // 23:47:31 TES orb #17271: 2002-246 // 01:45:16 TES orb #17272: 2002-246 // 03:43:01 TES orb #17273: 2002-246 // 05:40:45 TES orb #17274: 2002-246 // 07:38:25 TES orb #17275: 2002-246 // 09:36:05 TES orb #17276: 2002-246 // 11:33:45 TES orb #17277: 2002-246 // 13:31:29 TES orb #17278: 2002-246 // 15:29:13 TES orb #17279: 2002-246 // 17:26:58 TES orb #17280: 2002-246 // 19:24:41 TES orb #17281: 2002-246 // 21:22:20 TES orb #17282: 2002-246 // 23:19:59 TES orb #17283: 2002-247 // 01:17:43 TES orb #17284: 2002-247 // 03:15:28 TES orb #17285: 2002-247 // 05:13:12 TES orb #17286: 2002-247 // 07:10:54 TES orb #17287: 2002-247 // 09:08:34 TES orb #17288: 2002-247 // 11:06:14 TES orb #17289: 2002-247 // 13:03:55 TES orb #17290: 2002-247 // 15:01:39 TES orb #17291: 2002-247 // 16:59:24 TES orb #17292: 2002-247 // 18:57:08 TES orb #17293: 2002-247 // 20:54:49 TES orb #17294: 2002-247 // 22:52:27 TES orb #17295: 2002-248 // 00:50:03 TES orb #17296: 2002-248 // 02:47:48 TES orb #17297: 2002-248 // 04:45:33 TES orb #17298: 2002-248 // 06:43:16 TES orb #17299: 2002-248 // 08:40:57 TES orb #17300: 2002-248 // 10:38:37 TES orb #17301: 2002-248 // 12:36:17 TES orb #17302: 2002-248 // 14:34:00 TES orb #17303: 2002-248 // 16:31:44 TES orb #17304: 2002-248 // 18:29:29 TES orb #17305: 2002-248 // 20:27:12 TES orb #17306: 2002-248 // 22:24:52 TES orb #17307: 2002-249 // 00:22:31 TES orb #17308: 2002-249 // 02:20:14 TES orb #17309: 2002-249 // 04:17:59 TES orb #17310: 2002-249 // 06:15:44 TES orb #17311: 2002-249 // 08:13:26 TES orb #17312: 2002-249 // 10:11:06 TES orb #17313: 2002-249 // 12:08:46 TES orb #17314: 2002-249 // 14:06:27 TES orb #17315: 2002-249 // 16:04:11 TES orb #17316: 2002-249 // 18:01:56 TES orb #17317: 2002-249 // 19:59:40 TES orb #17318: 2002-249 // 21:57:22 p17233.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +11 to +31 deg lat, full spectral, spatial mask day to pole = +32(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +10(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm205, mm206, mm207, mm208, and mz197; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17272 slew starts at 1364 - ock 17291 slew starts at 1308 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft six to seven times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for ockA/ockB: 17233/17234; 17234/17235; 17235/17236; 17236/17237; 17245/17246; 17246/17247; 17247/17248; 17248/17249; 17249/17250; 17250/17251; 17251/17252; 17252/17253; 17253/17254; 17254/17255; 17255/17256; 17256/17257; 17257/17258; 17258/17259; 17259/17260; 17260/17261; 17261/17262; 17262/17263; 17263/17264; 17264/17265; 17265/17266; 17266/17267; 17267/17268; 17268/17269; 17269/17270; 17270/17271; 17271/17272; 17272/17273; 17273/17274; 17274/17275; 17275/17276; 17276/17277; 17277/17278; 17278/17279; 17279/17280 ERROR: multiple warmstarts due to incorrect timing of idle ick within space/ref observations sequence at beginning and end of nadir dwell periods; all space/ref observations are lost and data quality during nadir dwell is compromised TES orb #17319: 2002-249 // 23:55:00 - p17319.img TES orb #17320: 2002-250 // 01:52:40 TES orb #17321: 2002-250 // 03:50:24 TES orb #17322: 2002-250 // 05:48:10 TES orb #17323: 2002-250 // 07:45:53 TES orb #17324: 2002-250 // 09:43:34 TES orb #17325: 2002-250 // 11:41:14 TES orb #17326: 2002-250 // 13:38:54 TES orb #17327: 2002-250 // 15:36:36 TES orb #17328: 2002-250 // 17:34:21 TES orb #17329: 2002-250 // 19:32:05 TES orb #17330: 2002-250 // 21:29:49 TES orb #17331: 2002-250 // 23:27:29 TES orb #17332: 2002-251 // 01:25:07 TES orb #17333: 2002-251 // 03:22:50 TES orb #17334: 2002-251 // 05:20:35 TES orb #17335: 2002-251 // 07:18:20 TES orb #17336: 2002-251 // 09:16:03 TES orb #17337: 2002-251 // 11:13:43 TES orb #17338: 2002-251 // 13:11:23 TES orb #17339: 2002-251 // 15:09:04 TES orb #17340: 2002-251 // 17:06:47 TES orb #17341: 2002-251 // 19:04:32 TES orb #17342: 2002-251 // 21:02:17 TES orb #17343: 2002-251 // 22:59:59 TES orb #17344: 2002-252 // 00:57:38 TES orb #17345: 2002-252 // 02:55:17 TES orb #17346: 2002-252 // 04:53:01 TES orb #17347: 2002-252 // 06:50:47 TES orb #17348: 2002-252 // 08:48:30 TES orb #17349: 2002-252 // 10:46:12 TES orb #17350: 2002-252 // 12:43:52 TES orb #17351: 2002-252 // 14:41:31 TES orb #17352: 2002-252 // 16:39:13 TES orb #17353: 2002-252 // 18:36:57 TES orb #17354: 2002-252 // 20:34:42 TES orb #17355: 2002-252 // 22:32:24 TES orb #17356: 2002-253 // 00:30:06 TES orb #17357: 2002-253 // 02:27:44 TES orb #17358: 2002-253 // 04:25:24 TES orb #17359: 2002-253 // 06:23:10 TES orb #17360: 2002-253 // 08:20:55 TES orb #17361: 2002-253 // 10:18:38 TES orb #17362: 2002-253 // 12:16:19 TES orb #17363: 2002-253 // 14:13:59 TES orb #17364: 2002-253 // 16:11:39 TES orb #17365: 2002-253 // 18:09:22 TES orb #17366: 2002-253 // 20:07:07 TES orb #17367: 2002-253 // 22:04:52 TES orb #17368: 2002-254 // 00:02:35 TES orb #17369: 2002-254 // 02:00:14 TES orb #17370: 2002-254 // 03:57:53 TES orb #17371: 2002-254 // 05:55:36 TES orb #17372: 2002-254 // 07:53:22 TES orb #17373: 2002-254 // 09:51:06 TES orb #17374: 2002-254 // 11:48:48 TES orb #17375: 2002-254 // 13:46:28 TES orb #17376: 2002-254 // 15:44:07 TES orb #17377: 2002-254 // 17:41:49 p17319.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +11.8 to +31.8 deg lat, full spectral, spatial mask day to pole = +32(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +10(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm207, mm208, mm209, mm210, and mz199; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17341 slew starts at 1179 - ock 17343 slew starts at 1401 - ock 17359 slew starts at 1520 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft six to seven times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17319 through ock 17378; ock 17380 through ock 17415; ock 17417 through ock 17464 NOTE: timing of idle ick within space/ref observations sequence at beginning and end of nadir dwell periods fixed with this upload TES orb #17378: 2002-254 // 19:39:33 - p17378.img TES orb #17379: 2002-254 // 21:37:17 TES orb #17380: 2002-254 // 23:35:01 TES orb #17381: 2002-255 // 01:32:42 TES orb #17382: 2002-255 // 03:30:20 TES orb #17383: 2002-255 // 05:28:01 TES orb #17384: 2002-255 // 07:25:45 TES orb #17385: 2002-255 // 09:23:30 TES orb #17386: 2002-255 // 11:21:14 TES orb #17387: 2002-255 // 13:18:55 TES orb #17388: 2002-255 // 15:16:34 TES orb #17389: 2002-255 // 17:14:14 TES orb #17390: 2002-255 // 19:11:57 TES orb #17391: 2002-255 // 21:09:42 TES orb #17392: 2002-255 // 23:07:27 TES orb #17393: 2002-256 // 01:05:10 TES orb #17394: 2002-256 // 03:02:49 TES orb #17395: 2002-256 // 05:00:28 TES orb #17396: 2002-256 // 06:58:11 TES orb #17397: 2002-256 // 08:55:57 TES orb #17398: 2002-256 // 10:53:41 TES orb #17399: 2002-256 // 12:51:24 TES orb #17400: 2002-256 // 14:49:04 TES orb #17401: 2002-256 // 16:46:43 TES orb #17402: 2002-256 // 18:44:25 TES orb #17403: 2002-256 // 20:42:08 TES orb #17404: 2002-256 // 22:39:53 TES orb #17405: 2002-257 // 00:37:38 TES orb #17406: 2002-257 // 02:35:19 TES orb #17407: 2002-257 // 04:32:57 TES orb #17408: 2002-257 // 06:30:37 TES orb #17409: 2002-257 // 08:28:22 TES orb #17410: 2002-257 // 10:26:07 TES orb #17411: 2002-257 // 12:23:51 TES orb #17412: 2002-257 // 14:21:32 TES orb #17413: 2002-257 // 16:19:11 TES orb #17414: 2002-257 // 18:16:51 TES orb #17415: 2002-257 // 20:14:34 TES orb #17416: 2002-257 // 22:12:18 TES orb #17417: 2002-258 // 00:10:03 TES orb #17418: 2002-258 // 02:07:46 TES orb #17419: 2002-258 // 04:05:26 TES orb #17420: 2002-258 // 06:03:05 TES orb #17421: 2002-258 // 08:00:47 - No TLM TES orb #17422: 2002-258 // 09:58:32 TES orb #17423: 2002-258 // 11:56:17 TES orb #17424: 2002-258 // 13:54:00 TES orb #17425: 2002-258 // 15:51:40 TES orb #17426: 2002-258 // 17:49:20 TES orb #17427: 2002-258 // 19:47:01 TES orb #17428: 2002-258 // 21:44:45 TES orb #17429: 2002-258 // 23:42:29 TES orb #17430: 2002-259 // 01:40:14 TES orb #17431: 2002-259 // 03:37:56 TES orb #17432: 2002-259 // 05:35:35 TES orb #17433: 2002-259 // 07:33:15 TES orb #17434: 2002-259 // 09:30:59 TES orb #17435: 2002-259 // 11:28:44 TES orb #17436: 2002-259 // 13:26:28 TES orb #17437: 2002-259 // 15:24:09 TES orb #17438: 2002-259 // 17:21:49 TES orb #17439: 2002-259 // 19:19:29 TES orb #17440: 2002-259 // 21:17:11 TES orb #17441: 2002-259 // 23:14:55 TES orb #17442: 2002-260 // 01:12:39 TES orb #17443: 2002-260 // 03:10:23 TES orb #17444: 2002-260 // 05:08:03 TES orb #17445: 2002-260 // 07:05:41 TES orb #17446: 2002-260 // 09:03:23 TES orb #17447: 2002-260 // 11:01:08 TES orb #17448: 2002-260 // 12:58:53 TES orb #17449: 2002-260 // 14:56:36 TES orb #17450: 2002-260 // 16:54:17 TES orb #17451: 2002-260 // 18:51:56 TES orb #17452: 2002-260 // 20:49:37 TES orb #17453: 2002-260 // 22:47:20 TES orb #17454: 2002-261 // 00:45:05 TES orb #17455: 2002-261 // 02:42:50 TES orb #17456: 2002-261 // 04:40:32 TES orb #17457: 2002-261 // 06:38:11 TES orb #17458: 2002-261 // 08:35:50 TES orb #17459: 2002-261 // 10:33:34 TES orb #17460: 2002-261 // 12:31:19 TES orb #17461: 2002-261 // 14:29:03 p17378.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +12.5 to +32.5 deg lat, full spectral, spatial mask day to pole = +33(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +12(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm208, mm209, mm210, mz200, and mz201; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17381 slew starts at 1200 - ock 17382 slew starts at 1774 - ock 17412 slew starts at 1455 - ock 17413 slew starts at 1066 - ock 17414 slew starts at 1497 - ock 17415 slew starts at 1432 - ock 17417 slew starts at 1404 - ock 17418 slew starts at 977 - ock 17430 slew starts at 1621 - ock 17431 slew starts at 1402 - ock 17441 slew starts at 18807 - ock 17445 slew starts at 1219 - ock 17455 slew starts at 1362 - ock 17465 slew starts at 1439 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17378; ock 17380 through ock 17415; ock 17417 through ock 17464 TES orb #17462: 2002-261 // 16:26:45 - p17462.img TES orb #17463: 2002-261 // 18:24:25 TES orb #17464: 2002-261 // 20:22:04 TES orb #17465: 2002-261 // 22:19:46 TES orb #17466: 2002-262 // 00:17:30 TES orb #17467: 2002-262 // 02:15:15 TES orb #17468: 2002-262 // 04:12:59 TES orb #17469: 2002-262 // 06:10:39 TES orb #17470: 2002-262 // 08:08:17 TES orb #17471: 2002-262 // 10:06:00 TES orb #17472: 2002-262 // 12:03:45 TES orb #17473: 2002-262 // 14:01:30 TES orb #17474: 2002-262 // 15:59:13 TES orb #17475: 2002-262 // 17:56:54 TES orb #17476: 2002-262 // 19:54:33 TES orb #17477: 2002-262 // 21:52:14 TES orb #17478: 2002-262 // 23:49:56 TES orb #17479: 2002-263 // 01:47:41 TES orb #17480: 2002-263 // 03:45:26 TES orb #17481: 2002-263 // 05:43:09 TES orb #17482: 2002-263 // 07:40:48 TES orb #17483: 2002-263 // 09:38:27 TES orb #17484: 2002-263 // 11:36:10 TES orb #17485: 2002-263 // 13:33:56 TES orb #17486: 2002-263 // 15:31:40 TES orb #17487: 2002-263 // 17:29:23 TES orb #17488: 2002-263 // 19:27:03 TES orb #17489: 2002-263 // 21:24:42 TES orb #17490: 2002-263 // 23:22:24 TES orb #17491: 2002-264 // 01:20:07 TES orb #17492: 2002-264 // 03:17:52 TES orb #17493: 2002-264 // 05:15:37 TES orb #17494: 2002-264 // 07:13:18 TES orb #17495: 2002-264 // 09:10:56 TES orb #17496: 2002-264 // 11:08:36 TES orb #17497: 2002-264 // 13:06:21 TES orb #17498: 2002-264 // 15:04:06 TES orb #17499: 2002-264 // 17:01:50 TES orb #17500: 2002-264 // 18:59:31 TES orb #17501: 2002-264 // 20:57:10 TES orb #17502: 2002-264 // 22:54:50 TES orb #17503: 2002-265 // 00:52:33 TES orb #17504: 2002-265 // 02:50:17 TES orb #17505: 2002-265 // 04:48:02 TES orb #17506: 2002-265 // 06:45:45 TES orb #17507: 2002-265 // 08:43:25 TES orb #17508: 2002-265 // 10:41:04 TES orb #17509: 2002-265 // 12:38:46 TES orb #17510: 2002-265 // 14:36:31 TES orb #17511: 2002-265 // 16:34:16 TES orb #17512: 2002-265 // 18:31:59 TES orb #17513: 2002-265 // 20:29:39 TES orb #17514: 2002-265 // 22:27:19 TES orb #17515: 2002-266 // 00:25:00 TES orb #17516: 2002-266 // 02:22:44 TES orb #17517: 2002-266 // 04:20:29 TES orb #17518: 2002-266 // 06:18:13 TES orb #17519: 2002-266 // 08:15:55 TES orb #17520: 2002-266 // 10:13:34 TES orb #17521: 2002-266 // 12:11:14 TES orb #17522: 2002-266 // 14:08:58 TES orb #17523: 2002-266 // 16:06:43 TES orb #17524: 2002-266 // 18:04:27 TES orb #17525: 2002-266 // 20:02:08 TES orb #17526: 2002-266 // 21:59:48 TES orb #17527: 2002-266 // 23:57:28 TES orb #17528: 2002-267 // 01:55:10 TES orb #17529: 2002-267 // 03:52:54 TES orb #17530: 2002-267 // 05:50:38 TES orb #17531: 2002-267 // 07:48:22 TES orb #17532: 2002-267 // 09:46:02 TES orb #17533: 2002-267 // 11:43:40 TES orb #17534: 2002-267 // 13:41:22 TES orb #17535: 2002-267 // 15:39:07 TES orb #17536: 2002-267 // 17:36:52 TES orb #17537: 2002-267 // 19:34:35 TES orb #17538: 2002-267 // 21:32:16 TES orb #17539: 2002-267 // 23:29:55 TES orb #17540: 2002-268 // 01:27:36 TES orb #17541: 2002-268 // 03:25:19 TES orb #17542: 2002-268 // 05:23:04 TES orb #17543: 2002-268 // 07:20:49 TES orb #17544: 2002-268 // 09:18:31 TES orb #17545: 2002-268 // 11:16:10 p17462.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +13 to +33 deg lat, full spectral, spatial mask day to pole = +34(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +12(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm210, mm211, mm212, mz202, and mz203; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17465 slew starts at 1439 - ock 17469 slew starts at 1201 - ock 17515 slew starts at 1397 - ock 17516 slew starts at 1423 - ock 17527 slew starts at 991 - ock 17528 slew starts at 1436 - ock 17548 slew starts at 1489 - ock 17549 slew starts at 1528 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17462 through ock 17550 TES orb #17546: 2002-268 // 13:13:50 - p17546.img TES orb #17547: 2002-268 // 15:11:33 TES orb #17548: 2002-268 // 17:09:18 TES orb #17549: 2002-268 // 19:07:03 TES orb #17550: 2002-268 // 21:04:44 TES orb #17551: 2002-268 // 23:02:24 TES orb #17552: 2002-269 // 01:00:04 TES orb #17553: 2002-269 // 02:57:45 TES orb #17554: 2002-269 // 04:55:29 TES orb #17555: 2002-269 // 06:53:14 TES orb #17556: 2002-269 // 08:50:58 TES orb #17557: 2002-269 // 10:48:39 TES orb #17558: 2002-269 // 12:46:17 TES orb #17559: 2002-269 // 14:43:57 TES orb #17560: 2002-269 // 16:41:41 TES orb #17561: 2002-269 // 18:39:27 TES orb #17562: 2002-269 // 20:37:10 TES orb #17563: 2002-269 // 22:34:51 TES orb #17564: 2002-270 // 00:32:31 TES orb #17565: 2002-270 // 02:30:11 TES orb #17566: 2002-270 // 04:27:54 TES orb #17567: 2002-270 // 06:25:38 TES orb #17568: 2002-270 // 08:23:23 TES orb #17569: 2002-270 // 10:21:06 TES orb #17570: 2002-270 // 12:18:46 TES orb #17571: 2002-270 // 14:16:25 TES orb #17572: 2002-270 // 16:14:08 TES orb #17573: 2002-270 // 18:11:53 TES orb #17574: 2002-270 // 20:09:38 TES orb #17575: 2002-270 // 22:07:20 TES orb #17576: 2002-271 // 00:05:00 TES orb #17577: 2002-271 // 02:02:40 TES orb #17578: 2002-271 // 04:00:21 TES orb #17579: 2002-271 // 05:58:05 TES orb #17580: 2002-271 // 07:55:50 TES orb #17581: 2002-271 // 09:53:34 TES orb #17582: 2002-271 // 11:51:16 p17546.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +14 to +34 deg lat, full spectral, spatial mask day to pole = +35(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +13(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm212, mm213, mm214, and mz204; beta supplement with 16 degree offpoint mapping mz204 6) ROTO orbits and slew start icks - ock 17560 slew starts at 987 - ock 17561 slew starts at 1367 - ock 17567 slew starts at 911 - ock 17588 slew starts at 1454 - ock 17590 slew starts at 1527 - ock 17614 slew starts at 1121 - ock 17625 slew starts at 1980 - ock 17626 slew starts at 1005 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17546 through ock 17606; ock 17618 through ock 17636 TES orb #17583: 2002-271 // 13:48:54 - p17583.img TES orb #17584: 2002-271 // 15:46:34 TES orb #17585: 2002-271 // 17:44:18 TES orb #17586: 2002-271 // 19:42:03 TES orb #17587: 2002-271 // 21:39:47 TES orb #17588: 2002-271 // 23:37:28 TES orb #17589: 2002-272 // 01:35:08 TES orb #17590: 2002-272 // 03:32:47 TES orb #17591: 2002-272 // 05:30:30 TES orb #17592: 2002-272 // 07:28:14 TES orb #17593: 2002-272 // 09:25:59 TES orb #17594: 2002-272 // 11:23:42 TES orb #17595: 2002-272 // 13:21:22 TES orb #17596: 2002-272 // 15:19:01 TES orb #17597: 2002-272 // 17:16:43 TES orb #17598: 2002-272 // 19:14:29 TES orb #17599: 2002-272 // 21:12:13 TES orb #17600: 2002-272 // 23:09:56 TES orb #17601: 2002-273 // 01:07:37 TES orb #17602: 2002-273 // 03:05:16 TES orb #17603: 2002-273 // 05:02:57 TES orb #17604: 2002-273 // 07:00:41 TES orb #17605: 2002-273 // 08:58:26 TES orb #17606: 2002-273 // 10:56:11 TES orb #17607: 2002-273 // 12:53:53 TES orb #17608: 2002-273 // 14:51:31 TES orb #17609: 2002-273 // 16:49:11 TES orb #17610: 2002-273 // 18:46:55 TES orb #17611: 2002-273 // 20:44:40 TES orb #17612: 2002-273 // 22:42:24 TES orb #17613: 2002-274 // 00:40:06 TES orb #17614: 2002-274 // 02:37:45 TES orb #17615: 2002-274 // 04:35:25 TES orb #17616: 2002-274 // 06:33:07 TES orb #17617: 2002-274 // 08:30:51 TES orb #17618: 2002-274 // 10:28:36 TES orb #17619: 2002-274 // 12:26:19 TES orb #17620: 2002-274 // 14:23:59 TES orb #17621: 2002-274 // 16:21:38 TES orb #17622: 2002-274 // 18:19:19 TES orb #17623: 2002-274 // 20:17:04 TES orb #17624: 2002-274 // 22:14:49 TES orb #17625: 2002-275 // 00:12:32 TES orb #17626: 2002-275 // 02:10:13 TES orb #17627: 2002-275 // 04:07:53 TES orb #17628: 2002-275 // 06:05:33 TES orb #17629: 2002-275 // 08:03:16 TES orb #17630: 2002-275 // 10:01:01 TES orb #17631: 2002-275 // 11:58:46 TES orb #17632: 2002-275 // 13:56:28 p17583.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS; RADIO SCIENCE SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +14 to +34 deg lat, full spectral, spatial mask day to pole = +35(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +13(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm213, mm214, mm215, mm216, and mz205; beta supplement with 16 degree offpoint mapping - Radio Science spacecraft slews ocks 17607-17617 idle during spacecraft slew, surface and space/ref observations for remainder of orbit 6) ROTO orbits and slew start icks - ock 17588 slew starts at 1454 - ock 17590 slew starts at 1527 - ock 17614 slew starts at 1121 - ock 17625 slew starts at 1980 - ock 17626 slew starts at 1005 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17583 through ock 17606; ock 17618 through ock 17621 TES orb #17633: 2002-275 // 15:54:08 - p17633.img TES orb #17634: 2002-275 // 17:51:47 TES orb #17635: 2002-275 // 19:49:30 TES orb #17636: 2002-275 // 21:47:16 TES orb #17637: 2002-275 // 23:45:00 TES orb #17638: 2002-276 // 01:42:42 TES orb #17639: 2002-276 // 03:40:21 TES orb #17640: 2002-276 // 05:38:01 TES orb #17641: 2002-276 // 07:35:43 TES orb #17642: 2002-276 // 09:33:26 TES orb #17643: 2002-276 // 11:31:11 TES orb #17644: 2002-276 // 13:28:55 TES orb #17645: 2002-276 // 15:26:36 TES orb #17646: 2002-276 // 17:24:14 TES orb #17647: 2002-276 // 19:21:54 TES orb #17648: 2002-276 // 21:19:39 TES orb #17649: 2002-276 // 23:17:24 TES orb #17650: 2002-277 // 01:15:07 TES orb #17651: 2002-277 // 03:12:48 TES orb #17652: 2002-277 // 05:10:28 TES orb #17653: 2002-277 // 07:08:08 TES orb #17654: 2002-277 // 09:05:51 TES orb #17655: 2002-277 // 11:03:35 TES orb #17656: 2002-277 // 13:01:20 TES orb #17657: 2002-277 // 14:59:03 TES orb #17658: 2002-277 // 16:56:43 TES orb #17659: 2002-277 // 18:54:22 TES orb #17660: 2002-277 // 20:52:05 TES orb #17661: 2002-277 // 22:49:50 TES orb #17662: 2002-278 // 00:47:35 TES orb #17663: 2002-278 // 02:45:17 TES orb #17664: 2002-278 // 04:42:57 TES orb #17665: 2002-278 // 06:40:36 TES orb #17666: 2002-278 // 08:38:18 TES orb #17667: 2002-278 // 10:36:02 TES orb #17668: 2002-278 // 12:33:47 TES orb #17669: 2002-278 // 14:31:31 TES orb #17670: 2002-278 // 16:29:12 TES orb #17671: 2002-278 // 18:26:50 TES orb #17672: 2002-278 // 20:24:30 TES orb #17673: 2002-278 // 22:22:15 TES orb #17674: 2002-279 // 00:20:00 TES orb #17675: 2002-279 // 02:17:44 TES orb #17676: 2002-279 // 04:15:25 TES orb #17677: 2002-279 // 06:13:04 TES orb #17678: 2002-279 // 08:10:44 TES orb #17679: 2002-279 // 10:08:27 TES orb #17680: 2002-279 // 12:06:11 TES orb #17681: 2002-279 // 14:03:56 TES orb #17682: 2002-279 // 16:01:29 TES orb #17683: 2002-279 // 17:59:19 TES orb #17684: 2002-279 // 19:56:58 TES orb #17685: 2002-279 // 21:54:40 TES orb #17686: 2002-279 // 23:52:25 TES orb #17687: 2002-280 // 01:50:10 TES orb #17688: 2002-280 // 03:47:53 TES orb #17689: 2002-280 // 05:45:33 TES orb #17690: 2002-280 // 07:43:13 TES orb #17691: 2002-280 // 09:40:54 TES orb #17692: 2002-280 // 11:38:37 TES orb #17693: 2002-280 // 13:36:22 TES orb #17694: 2002-280 // 15:34:07 TES orb #17695: 2002-280 // 17:31:49 TES orb #17696: 2002-280 // 19:29:28 TES orb #17697: 2002-280 // 21:27:07 TES orb #17698: 2002-280 // 23:24:51 TES orb #17699: 2002-281 // 01:22:37 TES orb #17700: 2002-281 // 03:20:20 TES orb #17701: 2002-281 // 05:18:02 TES orb #17702: 2002-281 // 07:15:41 TES orb #17703: 2002-281 // 09:13:21 TES orb #17704: 2002-281 // 11:11:03 TES orb #17705: 2002-281 // 13:08:47 TES orb #17706: 2002-281 // 15:06:32 TES orb #17707: 2002-281 // 17:04:15 TES orb #17708: 2002-281 // 19:01:56 TES orb #17709: 2002-281 // 20:59:34 TES orb #17710: 2002-281 // 22:57:16 TES orb #17711: 2002-282 // 00:55:01 TES orb #17712: 2002-282 // 02:52:46 TES orb #17713: 2002-282 // 04:50:29 TES orb #17714: 2002-282 // 06:48:09 TES orb #17715: 2002-282 // 08:45:49 TES orb #17716: 2002-282 // 10:43:29 TES orb #17717: 2002-282 // 12:41:13 TES orb #17718: 2002-282 // 14:38:57 p17633.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +14 to +34 deg lat, full spectral, spatial mask day to pole = +35(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +13(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm214, mm215, mm216, mz205, and mz206; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17637 slew starts at 1528 - ock 17638 slew starts at 1990 - ock 17649 slew starts at 1366 - ock 17650 slew starts at 1985 - ock 17651 slew starts at 1032 - ock 17661 slew starts at 1288 - ock 17670 slew starts at 1423 - ock 17671 slew starts at 2261 - ock 17673 slew starts at 1269 - ock 17674 slew starts at 1681 - ock 17675 slew starts at 1389 - ock 17698 slew starts at 1272 - ock 17710 slew starts at 1339 - ock 17711 slew starts at 1519 - ock 17712 slew starts at 1366 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17633 through ock 17721 TES orb #17719: 2002-282 // 16:36:42 - p17719.img TES orb #17720: 2002-282 // 18:34:25 TES orb #17721: 2002-282 // 20:32:04 TES orb #17722: 2002-282 // 22:29:43 TES orb #17723: 2002-283 // 00:27:27 TES orb #17724: 2002-283 // 02:25:12 TES orb #17725: 2002-283 // 04:22:56 TES orb #17726: 2002-283 // 06:20:38 TES orb #17727: 2002-283 // 08:18:17 TES orb #17728: 2002-283 // 10:15:57 TES orb #17729: 2002-283 // 12:13:39 TES orb #17730: 2002-283 // 14:11:23 TES orb #17731: 2002-283 // 16:09:07 TES orb #17732: 2002-283 // 18:06:51 TES orb #17733: 2002-283 // 20:04:32 TES orb #17734: 2002-283 // 22:02:10 TES orb #17735: 2002-283 // 23:59:51 TES orb #17736: 2002-284 // 01:57:35 TES orb #17737: 2002-284 // 03:55:20 TES orb #17738: 2002-284 // 05:53:04 TES orb #17739: 2002-284 // 07:50:45 TES orb #17740: 2002-284 // 09:45:24 TES orb #17741: 2002-284 // 11:46:04 TES orb #17742: 2002-284 // 13:43:47 TES orb #17743: 2002-284 // 15:41:32 TES orb #17744: 2002-284 // 17:39:17 TES orb #17745: 2002-284 // 19:36:59 TES orb #17746: 2002-284 // 21:34:39 TES orb #17747: 2002-284 // 23:32:18 TES orb #17748: 2002-285 // 01:30:01 TES orb #17749: 2002-285 // 03:27:46 TES orb #17750: 2002-285 // 05:25:31 TES orb #17751: 2002-285 // 07:23:13 TES orb #17752: 2002-285 // 09:20:53 TES orb #17753: 2002-285 // 11:18:33 TES orb #17754: 2002-285 // 13:16:14 TES orb #17755: 2002-285 // 15:13:58 TES orb #17756: 2002-285 // 17:11:43 TES orb #17757: 2002-285 // 19:09:27 TES orb #17758: 2002-285 // 21:07:08 TES orb #17759: 2002-285 // 23:04:47 TES orb #17760: 2002-286 // 01:02:27 TES orb #17761: 2002-286 // 03:00:11 TES orb #17762: 2002-286 // 04:57:56 TES orb #17763: 2002-286 // 06:55:40 TES orb #17764: 2002-286 // 08:53:21 TES orb #17765: 2002-286 // 10:51:00 TES orb #17766: 2002-286 // 12:48:40 TES orb #17767: 2002-286 // 14:46:23 TES orb #17768: 2002-286 // 16:44:07 TES orb #17769: 2002-286 // 18:41:52 TES orb #17770: 2002-286 // 20:39:35 TES orb #17771: 2002-286 // 22:37:15 TES orb #17772: 2002-287 // 00:34:54 TES orb #17773: 2002-287 // 02:32:36 TES orb #17774: 2002-287 // 04:30:22 TES orb #17775: 2002-287 // 06:28:06 TES orb #17776: 2002-287 // 08:25:49 TES orb #17777: 2002-287 // 10:23:29 TES orb #17778: 2002-287 // 12:21:09 TES orb #17779: 2002-287 // 14:18:50 TES orb #17780: 2002-287 // 16:16:34 TES orb #17781: 2002-287 // 18:14:18 TES orb #17782: 2002-287 // 20:12:03 TES orb #17783: 2002-287 // 22:09:45 TES orb #17784: 2002-288 // 00:07:24 TES orb #17785: 2002-288 // 02:05:03 TES orb #17786: 2002-288 // 04:02:48 TES orb #17787: 2002-288 // 06:00:33 TES orb #17788: 2002-288 // 07:58:17 TES orb #17789: 2002-288 // 09:55:58 TES orb #17790: 2002-288 // 11:53:38 TES orb #17791: 2002-288 // 13:51:17 TES orb #17792: 2002-288 // 15:48:59 TES orb #17793: 2002-288 // 17:46:43 TES orb #17794: 2002-288 // 19:44:28 TES orb #17795: 2002-288 // 21:42:12 TES orb #17796: 2002-288 // 23:39:52 TES orb #17797: 2002-289 // 01:37:30 TES orb #17798: 2002-289 // 03:35:12 TES orb #17799: 2002-289 // 05:32:57 TES orb #17800: 2002-289 // 07:30:42 TES orb #17801: 2002-289 // 09:28:25 TES orb #17802: 2002-289 // 11:26:05 TES orb #17803: 2002-289 // 13:23:45 p17719.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +14 to +34 deg lat, full spectral, spatial mask day to pole = +35(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +13(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm216, mm217, mm218, mz208, and mz209; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17723 slew starts at 1050 - ock 17724 slew starts at 1380 - ock 17737 slew starts at 1366 - ock 17747 slew starts at 917 - ock 17748 slew starts at 1053 - ock 17761 slew starts at 1270 - ock 17798 slew starts at 998 - ock 17799 slew starts at 1573 - ock 17800 slew starts at 1364 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17720 through ock 17807 TES orb #17804: 2002-289 // 15:21:25 - p17804.img TES orb #17805: 2002-289 // 17:19:09 TES orb #17806: 2002-289 // 19:16:53 TES orb #17807: 2002-289 // 21:14:38 TES orb #17808: 2002-289 // 23:12:21 TES orb #17809: 2002-290 // 01:10:00 TES orb #17810: 2002-290 // 03:07:39 TES orb #17811: 2002-290 // 05:05:23 TES orb #17812: 2002-290 // 07:03:08 TES orb #17813: 2002-290 // 09:00:52 TES orb #17814: 2002-290 // 10:58:34 TES orb #17815: 2002-290 // 12:56:13 TES orb #17816: 2002-290 // 14:53:53 TES orb #17817: 2002-290 // 16:51:35 TES orb #17818: 2002-290 // 18:49:18 TES orb #17819: 2002-290 // 20:47:03 TES orb #17820: 2002-290 // 22:44:47 TES orb #17821: 2002-291 // 00:42:28 TES orb #17822: 2002-291 // 02:40:06 TES orb #17823: 2002-291 // 04:37:46 TES orb #17824: 2002-291 // 06:35:31 TES orb #17825: 2002-291 // 08:33:16 TES orb #17826: 2002-291 // 10:30:59 TES orb #17827: 2002-291 // 12:28:39 TES orb #17828: 2002-291 // 14:26:20 TES orb #17829: 2002-291 // 16:24:00 TES orb #17830: 2002-291 // 18:21:43 TES orb #17831: 2002-291 // 20:19:27 TES orb #17832: 2002-291 // 22:17:12 TES orb #17833: 2002-292 // 00:14:55 TES orb #17834: 2002-292 // 02:12:35 TES orb #17835: 2002-292 // 04:10:13 TES orb #17836: 2002-292 // 06:07:57 TES orb #17837: 2002-292 // 08:05:42 TES orb #17838: 2002-292 // 10:03:26 TES orb #17839: 2002-292 // 12:01:09 TES orb #17840: 2002-292 // 13:58:49 TES orb #17841: 2002-292 // 15:56:28 TES orb #17842: 2002-292 // 17:54:10 TES orb #17843: 2002-292 // 19:51:53 TES orb #17844: 2002-292 // 21:49:38 TES orb #17845: 2002-292 // 23:47:22 TES orb #17846: 2002-293 // 01:45:04 TES orb #17847: 2002-293 // 03:42:42 TES orb #17848: 2002-293 // 05:40:22 TES orb #17849: 2002-293 // 07:38:06 TES orb #17850: 2002-293 // 09:35:51 TES orb #17851: 2002-293 // 11:33:35 TES orb #17852: 2002-293 // 13:31:16 TES orb #17853: 2002-293 // 15:28:56 TES orb #17854: 2002-293 // 17:26:36 TES orb #17855: 2002-293 // 19:24:18 TES orb #17856: 2002-293 // 21:22:02 TES orb #17857: 2002-293 // 23:19:47 TES orb #17858: 2002-294 // 01:17:31 TES orb #17859: 2002-294 // 03:15:10 TES orb #17860: 2002-294 // 05:12:49 TES orb #17861: 2002-294 // 07:10:32 TES orb #17862: 2002-294 // 09:08:17 TES orb #17863: 2002-294 // 11:06:02 TES orb #17864: 2002-294 // 13:03:44 TES orb #17865: 2002-294 // 15:01:25 TES orb #17866: 2002-294 // 16:59:04 TES orb #17867: 2002-294 // 18:56:45 TES orb #17868: 2002-294 // 20:54:29 TES orb #17869: 2002-294 // 22:52:14 TES orb #17870: 2002-295 // 00:49:59 TES orb #17871: 2002-295 // 02:47:41 TES orb #17872: 2002-295 // 04:45:19 TES orb #17873: 2002-295 // 06:42:59 TES orb #17874: 2002-295 // 08:40:43 TES orb #17875: 2002-295 // 10:38:28 TES orb #17876: 2002-295 // 12:36:12 TES orb #17877: 2002-295 // 14:33:53 TES orb #17878: 2002-295 // 16:31:33 TES orb #17879: 2002-295 // 18:29:13 TES orb #17880: 2002-295 // 20:26:55 TES orb #17881: 2002-295 // 22:24:39 TES orb #17882: 2002-296 // 00:22:23 TES orb #17883: 2002-296 // 02:20:07 TES orb #17884: 2002-296 // 04:17:47 TES orb #17885: 2002-296 // 06:15:25 TES orb #17886: 2002-296 // 08:13:07 TES orb #17887: 2002-296 // 10:10:52 TES orb #17888: 2002-296 // 12:08:37 TES orb #17889: 2002-296 // 14:06:20 p17804.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +15 to +35 deg lat, full spectral, spatial mask day to pole = +36(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +14(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm218, mm219, mm220, mz210, and mz211; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17841 slew starts at 1560 - ock 17845 slew starts at 2015 - ock 17846 slew starts at 1266 - ock 17867 slew starts at 1407 - ock 17868 slew starts at 1424 - ock 17869 slew starts at 1179 - ock 17870 slew starts at 1620 - ock 17871 slew starts at 1293 - ock 17893 slew starts at 1394 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17804 through ock 17893 TES orb #17890: 2002-296 // 16:04:01 - p17890.img TES orb #17891: 2002-296 // 18:01:40 TES orb #17892: 2002-296 // 19:59:21 TES orb #17893: 2002-296 // 21:57:04 TES orb #17894: 2002-296 // 23:54:49 TES orb #17895: 2002-297 // 01:52:34 TES orb #17896: 2002-297 // 03:50:16 TES orb #17897: 2002-297 // 05:47:55 TES orb #17898: 2002-297 // 07:45:34 TES orb #17899: 2002-297 // 09:43:18 TES orb #17900: 2002-297 // 11:41:03 TES orb #17901: 2002-297 // 13:38:47 TES orb #17902: 2002-297 // 15:36:29 TES orb #17903: 2002-297 // 17:34:09 TES orb #17904: 2002-297 // 19:31:48 TES orb #17905: 2002-297 // 21:29:30 TES orb #17906: 2002-297 // 23:27:14 TES orb #17907: 2002-298 // 01:24:59 TES orb #17908: 2002-298 // 03:22:42 TES orb #17909: 2002-298 // 05:20:23 TES orb #17910: 2002-298 // 07:18:01 TES orb #17911: 2002-298 // 09:15:42 TES orb #17912: 2002-298 // 11:13:27 TES orb #17913: 2002-298 // 13:11:12 TES orb #17914: 2002-298 // 15:08:55 TES orb #17915: 2002-298 // 17:06:36 TES orb #17916: 2002-298 // 19:04:15 TES orb #17917: 2002-298 // 21:01:55 TES orb #17918: 2002-298 // 22:59:38 TES orb #17919: 2002-299 // 00:57:23 TES orb #17920: 2002-299 // 02:55:08 TES orb #17921: 2002-299 // 04:52:50 TES orb #17922: 2002-299 // 06:50:30 TES orb #17923: 2002-299 // 08:48:09 TES orb #17924: 2002-299 // 10:45:52 TES orb #17925: 2002-299 // 12:43:37 TES orb #17926: 2002-299 // 14:41:22 TES orb #17927: 2002-299 // 16:39:04 TES orb #17928: 2002-299 // 18:36:44 TES orb #17929: 2002-299 // 20:34:23 TES orb #17930: 2002-299 // 22:32:05 TES orb #17931: 2002-300 // 00:29:49 TES orb #17932: 2002-300 // 02:27:33 TES orb #17933: 2002-300 // 04:25:18 TES orb #17934: 2002-300 // 06:22:59 TES orb #17935: 2002-300 // 08:20:37 TES orb #17936: 2002-300 // 10:18:17 TES orb #17937: 2002-300 // 12:16:02 TES orb #17938: 2002-300 // 14:13:47 TES orb #17939: 2002-300 // 16:11:30 TES orb #17940: 2002-300 // 18:09:11 TES orb #17941: 2002-300 // 20:06:51 TES orb #17942: 2002-300 // 22:04:31 TES orb #17943: 2002-301 // 00:02:13 TES orb #17944: 2002-301 // 01:59:58 TES orb #17945: 2002-301 // 03:57:42 TES orb #17946: 2002-301 // 05:55:26 TES orb #17947: 2002-301 // 07:53:06 TES orb #17948: 2002-301 // 09:50:44 TES orb #17949: 2002-301 // 11:48:27 TES orb #17950: 2002-301 // 13:46:13 TES orb #17951: 2002-301 // 15:43:57 p17890.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +15 to +35 deg lat, full spectral, spatial mask day to pole = +36(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +14(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm220, mm221, mm222, mz212, and mz213; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17894 slew starts at 1740 - ock 17895 slew starts at 1910 - ock 17896 slew starts at 1047 - ock 17897 slew starts at 1517 - ock 17907 slew starts at 1916 - ock 17908 slew starts at 1346 - ock 17931 slew starts at 1801 - ock 17942 slew starts at 1531 - ock 17943 slew starts at 1434 - ock 17944 slew starts at 1776 - ock 17969 slew starts at 1590 - ock 17979 slew starts at 1045 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17890 through ock 17960; ock 17972 through ock 17978 TES orb #17952: 2002-301 // 17:41:40 - p17952.img TES orb #17953: 2002-301 // 19:39:20 TES orb #17954: 2002-301 // 21:37:00 TES orb #17955: 2002-301 // 23:34:41 TES orb #17956: 2002-302 // 01:32:25 TES orb #17957: 2002-302 // 03:30:09 - No DATA TES orb #17958: 2002-302 // 05:27:54 TES orb #17959: 2002-302 // 07:25:36 TES orb #17960: 2002-302 // 09:23:15 TES orb #17961: 2002-302 // 11:20:54 TES orb #17962: 2002-302 // 13:18:38 TES orb #17963: 2002-302 // 15:16:24 TES orb #17964: 2002-302 // 17:14:07 TES orb #17965: 2002-302 // 19:11:49 TES orb #17966: 2002-302 // 21:09:28 TES orb #17967: 2002-302 // 23:07:08 TES orb #17968: 2002-303 // 01:04:50 TES orb #17969: 2002-303 // 03:02:34 TES orb #17970: 2002-303 // 05:00:19 TES orb #17971: 2002-303 // 06:58:02 TES orb #17972: 2002-303 // 08:55:43 TES orb #17973: 2002-303 // 10:53:21 TES orb #17974: 2002-303 // 12:51:03 TES orb #17975: 2002-303 // 14:48:48 TES orb #17976: 2002-303 // 16:46:33 p17952.img notes: 15 ORBIT OBSERVATION CYCLE; MGS NADIR SLEWS; RADIO SCIENCE SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +15 to +35 deg lat, full spectral, spatial mask day to pole = +36(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +14(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm222, mm223, mm224, and mz213; beta supplement with 16 degree offpoint mapping - Radio Science spacecraft slews ocks 17961-17972 idle during spacecraft slew, surface and space/ref observations for remainder of orbit 6) ROTO orbits and slew start icks - ock 17969 slew starts at 1590 - ock 17979 slew starts at 1045 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 14) 12 days loaded 15) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17952 through ock 17960; ock 17972 through ock 18064 TES orb #17977: 2002-303 // 18:44:16 - p17977.img TES orb #17978: 2002-303 // 20:41:56 TES orb #17979: 2002-303 // 22:39:36 TES orb #17980: 2002-304 // 00:37:16 TES orb #17981: 2002-304 // 02:35:00 TES orb #17982: 2002-304 // 04:32:44 TES orb #17983: 2002-304 // 06:30:29 TES orb #17984: 2002-304 // 08:28:11 TES orb #17985: 2002-304 // 10:25:51 TES orb #17986: 2002-304 // 12:23:30 TES orb #17987: 2002-304 // 14:21:13 TES orb #17988: 2002-304 // 16:18:59 TES orb #17989: 2002-304 // 18:16:43 TES orb #17990: 2002-304 // 20:14:24 TES orb #17991: 2002-304 // 22:12:04 TES orb #17992: 2002-305 // 00:09:44 TES orb #17993: 2002-305 // 02:07:25 TES orb #17994: 2002-305 // 04:05:09 TES orb #17995: 2002-305 // 06:02:54 TES orb #17996: 2002-305 // 08:00:38 TES orb #17997: 2002-305 // 09:58:18 TES orb #17998: 2002-305 // 11:55:56 TES orb #17999: 2002-305 // 13:53:37 TES orb #18000: 2002-305 // 15:51:22 TES orb #18001: 2002-305 // 17:49:07 TES orb #18002: 2002-305 // 19:46:50 TES orb #18003: 2002-305 // 21:44:31 TES orb #18004: 2002-305 // 23:42:10 TES orb #18005: 2002-306 // 01:39:51 TES orb #18006: 2002-306 // 03:37:34 TES orb #18007: 2002-306 // 05:35:18 TES orb #18008: 2002-306 // 07:33:03 TES orb #18009: 2002-306 // 09:30:46 TES orb #18010: 2002-306 // 11:28:25 TES orb #18011: 2002-306 // 13:26:04 TES orb #18012: 2002-306 // 15:23:48 TES orb #18013: 2002-306 // 17:21:33 TES orb #18014: 2002-306 // 19:19:17 TES orb #18015: 2002-306 // 21:16:59 TES orb #18016: 2002-306 // 23:14:39 TES orb #18017: 2002-307 // 01:12:19 TES orb #18018: 2002-307 // 03:10:00 TES orb #18019: 2002-307 // 05:07:44 TES orb #18020: 2002-307 // 07:05:29 TES orb #18021: 2002-307 // 09:03:13 TES orb #18022: 2002-307 // 11:00:54 TES orb #18023: 2002-307 // 12:58:32 TES orb #18024: 2002-307 // 14:56:12 TES orb #18025: 2002-307 // 16:53:57 TES orb #18026: 2002-307 // 18:51:42 TES orb #18027: 2002-307 // 20:49:26 TES orb #18028: 2002-307 // 22:47:07 TES orb #18029: 2002-308 // 00:44:46 TES orb #18030: 2002-308 // 02:42:26 TES orb #18031: 2002-308 // 04:40:09 TES orb #18032: 2002-308 // 06:37:53 TES orb #18033: 2002-308 // 08:35:38 TES orb #18034: 2002-308 // 10:33:21 TES orb #18035: 2002-308 // 12:31:01 TES orb #18036: 2002-308 // 14:28:39 TES orb #18037: 2002-308 // 16:26:22 TES orb #18038: 2002-308 // 18:24:07 TES orb #18039: 2002-308 // 20:21:52 TES orb #18040: 2002-308 // 22:19:35 TES orb #18041: 2002-309 // 00:17:15 TES orb #18042: 2002-309 // 02:14:55 TES orb #18043: 2002-309 // 04:12:36 TES orb #18044: 2002-309 // 06:10:19 TES orb #18045: 2002-309 // 08:08:04 TES orb #18046: 2002-309 // 10:05:49 TES orb #18047: 2002-309 // 12:03:31 TES orb #18048: 2002-309 // 14:01:09 TES orb #18049: 2002-309 // 15:58:49 TES orb #18050: 2002-309 // 17:56:33 TES orb #18051: 2002-309 // 19:54:18 TES orb #18052: 2002-309 // 21:52:02 TES orb #18053: 2002-309 // 23:49:44 TES orb #18054: 2002-310 // 01:47:23 TES orb #18055: 2002-310 // 03:45:03 TES orb #18056: 2002-310 // 05:42:45 TES orb #18057: 2002-310 // 07:40:29 TES orb #18058: 2002-310 // 09:38:14 TES orb #18059: 2002-310 // 11:35:57 TES orb #18060: 2002-310 // 13:33:37 TES orb #18061: 2002-310 // 15:31:15 p17977.img notes: 15 ORBIT OBSERVATION CYCLE; CONCURRENT THEMIS OBSERVATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +15 to +35 deg lat, full spectral, spatial mask day to pole = +36(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +14(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm222, mm223, mm224, mz214, and mz215; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 17979 slew starts at 1045 - ock 17980 slew starts at 1784 - ock 17891 slew starts at 1394 - ock 18017 slew starts at 1382 - ock 18018 slew starts at 1405 - ock 18040 slew starts at 1443 - ock 18042 slew starts at 1016 - ock 18043 slew starts at 1872 - ock 18052 slew starts at 1618 - ock 18053 slew starts at 1456 - ock 18054 slew starts at 1816 - ock 18055 slew starts at 1397 - ock 18056 slew starts at 1416 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: Vicky2, ock 18045 - targeted 5 x 7, double scan, nightside: W. Hematite3, ock 18063 14) Concurrent THEMIS observations; TES stares nadir for 4 degrees lat - ock 18011 nadir icks 930-970 - ock 18011 nadir icks 2705-2744 - ock 18012 nadir icks 957-997 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 17977 through ock 18064 TES orb #18062: 2002-310 // 17:28:57 - p18062.img TES orb #18063: 2002-310 // 19:26:43 TES orb #18064: 2002-310 // 21:24:27 TES orb #18065: 2002-310 // 23:22:10 TES orb #18066: 2002-311 // 01:19:51 TES orb #18067: 2002-311 // 03:17:30 TES orb #18068: 2002-311 // 05:15:11 TES orb #18069: 2002-311 // 07:12:54 TES orb #18070: 2002-311 // 09:10:39 TES orb #18071: 2002-311 // 11:08:24 TES orb #18072: 2002-311 // 13:06:06 TES orb #18073: 2002-311 // 15:03:45 TES orb #18074: 2002-311 // 17:01:24 TES orb #18075: 2002-311 // 18:59:08 TES orb #18076: 2002-311 // 20:56:53 TES orb #18077: 2002-311 // 22:54:37 TES orb #18078: 2002-312 // 00:52:19 TES orb #18079: 2002-312 // 02:49:59 TES orb #18080: 2002-312 // 04:47:38 TES orb #18081: 2002-312 // 06:45:20 TES orb #18082: 2002-312 // 08:43:04 TES orb #18083: 2002-312 // 10:40:49 TES orb #18084: 2002-312 // 12:38:32 TES orb #18085: 2002-312 // 14:36:13 TES orb #18086: 2002-312 // 16:33:51 TES orb #18087: 2002-312 // 18:31:32 TES orb #18088: 2002-312 // 20:29:17 TES orb #18089: 2002-312 // 22:27:02 TES orb #18090: 2002-313 // 00:24:45 TES orb #18091: 2002-313 // 02:22:26 TES orb #18092: 2002-313 // 04:20:05 TES orb #18093: 2002-313 // 06:17:45 TES orb #18094: 2002-313 // 08:15:28 TES orb #18095: 2002-313 // 10:13:13 TES orb #18096: 2002-313 // 12:10:58 TES orb #18097: 2002-313 // 14:08:40 TES orb #18098: 2002-313 // 16:06:20 TES orb #18099: 2002-313 // 18:03:59 TES orb #18100: 2002-313 // 20:01:42 TES orb #18101: 2002-313 // 21:59:27 TES orb #18102: 2002-313 // 23:57:12 TES orb #18103: 2002-314 // 01:54:54 TES orb #18104: 2002-314 // 03:52:34 TES orb #18105: 2002-314 // 05:50:13 TES orb #18106: 2002-314 // 07:47:55 TES orb #18107: 2002-314 // 09:45:39 TES orb #18108: 2002-314 // 11:43:23 TES orb #18109: 2002-314 // 13:41:08 TES orb #18110: 2002-314 // 15:38:49 TES orb #18111: 2002-314 // 17:36:27 TES orb #18112: 2002-314 // 19:34:07 TES orb #18113: 2002-314 // 21:31:51 TES orb #18114: 2002-314 // 23:29:36 TES orb #18115: 2002-315 // 01:27:21 TES orb #18116: 2002-315 // 03:25:01 TES orb #18117: 2002-315 // 05:23:40 TES orb #18118: 2002-315 // 07:20:20 TES orb #18119: 2002-315 // 09:18:03 TES orb #18120: 2002-315 // 11:15:47 TES orb #18121: 2002-315 // 13:13:32 TES orb #18122: 2002-315 // 15:11:15 TES orb #18123: 2002-315 // 17:08:55 TES orb #18124: 2002-315 // 19:06:34 TES orb #18125: 2002-315 // 21:04:16 TES orb #18126: 2002-315 // 23:02:02 TES orb #18127: 2002-316 // 00:59:46 TES orb #18128: 2002-316 // 02:57:29 TES orb #18129: 2002-316 // 04:55:09 TES orb #18130: 2002-316 // 06:52:49 TES orb #18131: 2002-316 // 08:50:30 TES orb #18132: 2002-316 // 10:48:13 TES orb #18133: 2002-316 // 12:45:58 TES orb #18134: 2002-316 // 14:43:43 TES orb #18135: 2002-316 // 16:41:25 TES orb #18136: 2002-316 // 18:39:03 TES orb #18137: 2002-316 // 20:36:43 TES orb #18138: 2002-316 // 22:34:27 TES orb #18139: 2002-317 // 00:32:12 TES orb #18140: 2002-317 // 02:29:56 TES orb #18141: 2002-317 // 04:27:38 TES orb #18142: 2002-317 // 06:25:17 TES orb #18143: 2002-317 // 08:22:57 TES orb #18144: 2002-317 // 10:20:39 TES orb #18145: 2002-317 // 12:18:23 TES orb #18146: 2002-317 // 14:16:08 p18062.img notes: 15 ORBIT OBSERVATION CYCLE; CONCURRENT THEMIS OBSERVATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - full spectral, spatial mask (detector_mask=1) 3) data in doubles mode (5 cm-1) day surface = +15 to +35 deg lat, full spectral, spatial mask day to pole = +36(asc) to +75(dec) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) south pole = -76(dec) to +14(asc) deg lat, polar spectral mask, spatial mask (all detectors averaged together, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 4) data in singles mode (10 cm-1) night = +76 to -75 deg lat, spectral mask, spatial mask reference = full spectral, full spatial - short packets except for space/reference sets 5) upload covers spacecraft command sequences: mm224, mm225, mm226, mz216, and mz217; beta supplement with 16 degree offpoint mapping 6) ROTO orbits and slew start icks - ock 18065 slew starts at 1428 - ock 18066 slew starts at 1851 - ock 18077 slew starts at 1529 - ock 18078 slew starts at 1039 - ock 18079 slew starts at 1768 - ock 18089 slew starts at 1365 - ock 18090 slew starts at 1367 - ock 18091 slew starts at 1016 - ock 18115 slew starts at 1279 - ock 18127 slew starts at 1741 - ock 18128 slew starts at 955 - ock 18149 slew starts at 1231 - ock 18150 slew starts at 2146 7) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 10) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) new_space_ref_long: on 12th orbit; 12 icks at ick 180, 830, and 3170 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: SE Arsia Mons B, ock 18067; Phlegra Mons, ock 18069; NW Tyrrhena, ock 18122 14) Concurrent THEMIS observations; TES stares nadir for 4 degrees lat - ock 18011 nadir icks 930-970 - ock 18135 nadir icks 470-510 - ock 18136 nadir icks 495-535 - ock 18137 nadir icks 520-560 - ock 18138 nadir icks 543-583 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods - nadir slew of spacecraft eight times per every twelve orbits - nadir slew from ockA, ick 3330 to ockB, ick 600 for each of the following ockA: ock 18062 through ock 18150