PDS_VERSION_ID = PDS3 RECORD_TYPE = STREAM OBJECT = TEXT PUBLICATION_DATE = 2004-08-04 START_ORBIT_NUMBER = 19175 STOP_ORBIT_NUMBER = 20188 START_TIME = 2003-036T16:51:35 STOP_TIME = 2003-119T13:58:33 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 #19175: 2003-036 // 16:51:35 - p19175.img TES orb #19176: 2003-036 // 18:49:19 TES orb #19177: 2003-036 // 20:47:04 TES orb #19178: 2003-036 // 22:44:47 TES orb #19179: 2003-037 // 00:42:27 TES orb #19180: 2003-037 // 02:40:05 TES orb #19181: 2003-037 // 04:37:48 TES orb #19182: 2003-037 // 06:35:33 TES orb #19183: 2003-037 // 08:33:18 TES orb #19184: 2003-037 // 10:31:00 TES orb #19185: 2003-037 // 12:28:40 TES orb #19186: 2003-037 // 14:26:19 TES orb #19187: 2003-037 // 16:24:00 TES orb #19188: 2003-037 // 18:21:44 TES orb #19189: 2003-037 // 20:19:29 TES orb #19190: 2003-037 // 22:17:13 TES orb #19191: 2003-038 // 00:14:55 TES orb #19192: 2003-038 // 02:12:33 TES orb #19193: 2003-038 // 04:10:12 TES orb #19194: 2003-038 // 06:07:57 TES orb #19195: 2003-038 // 08:05:42 TES orb #19196: 2003-038 // 10:03:25 TES orb #19197: 2003-038 // 12:01:06 TES orb #19198: 2003-038 // 13:58:46 TES orb #19199: 2003-038 // 15:56:25 TES orb #19200: 2003-038 // 17:54:07 TES orb #19201: 2003-038 // 19:51:51 TES orb #19202: 2003-038 // 21:49:39 TES orb #19203: 2003-038 // 23:47:19 TES orb #19204: 2003-039 // 01:44:59 TES orb #19205: 2003-039 // 03:42:37 TES orb #19206: 2003-039 // 05:40:20 TES orb #19207: 2003-039 // 07:38:05 TES orb #19208: 2003-039 // 09:35:49 TES orb #19209: 2003-039 // 11:33:32 TES orb #19210: 2003-039 // 13:31:12 TES orb #19211: 2003-039 // 15:28:52 - No ATM TES orb #19212: 2003-039 // 17:26:32 - No ATM TES orb #19213: 2003-039 // 19:24:16 TES orb #19214: 2003-039 // 21:22:00 TES orb #19215: 2003-039 // 23:19:45 TES orb #19216: 2003-040 // 01:17:27 TES orb #19217: 2003-040 // 03:15:06 TES orb #19218: 2003-040 // 05:12:45 TES orb #19219: 2003-040 // 07:10:29 TES orb #19220: 2003-040 // 09:08:14 TES orb #19221: 2003-040 // 11:05:57 TES orb #19222: 2003-040 // 13:03:39 TES orb #19223: 2003-040 // 15:01:19 TES orb #19224: 2003-040 // 16:58:58 TES orb #19225: 2003-040 // 18:56:40 TES orb #19226: 2003-040 // 20:54:23 TES orb #19227: 2003-040 // 22:52:08 TES orb #19228: 2003-041 // 00:49:51 TES orb #19229: 2003-041 // 02:47:32 TES orb #19230: 2003-041 // 04:45:09 TES orb #19231: 2003-041 // 06:42:51 TES orb #19232: 2003-041 // 08:40:35 TES orb #19233: 2003-041 // 10:38:20 TES orb #19234: 2003-041 // 12:36:03 TES orb #19235: 2003-041 // 14:33:44 TES orb #19236: 2003-041 // 16:31:23 TES orb #19237: 2003-041 // 18:29:03 TES orb #19238: 2003-041 // 20:26:46 TES orb #19239: 2003-041 // 22:24:31 TES orb #19240: 2003-042 // 00:22:15 TES orb #19241: 2003-042 // 02:19:58 TES orb #19242: 2003-042 // 04:17:37 TES orb #19243: 2003-042 // 06:15:16 TES orb #19244: 2003-042 // 08:12:59 TES orb #19245: 2003-042 // 10:10:44 TES orb #19246: 2003-042 // 12:08:28 TES orb #19247: 2003-042 // 14:06:10 TES orb #19248: 2003-042 // 16:03:50 TES orb #19249: 2003-042 // 18:01:29 TES orb #19250: 2003-042 // 19:59:10 TES orb #19251: 2003-042 // 21:56:54 TES orb #19252: 2003-042 // 23:54:39 TES orb #19253: 2003-043 // 01:52:23 TES orb #19254: 2003-043 // 03:50:03 TES orb #19255: 2003-043 // 05:47:41 TES orb #19256: 2003-043 // 07:45:21 TES orb #19257: 2003-043 // 09:43:06 TES orb #19258: 2003-043 // 11:40:51 TES orb #19259: 2003-043 // 13:38:34 TES orb #19260: 2003-043 // 15:36:15 p19175.img notes: ALTERNATING DAYS OF SINGLE AND DOUBLE MODE DATA; 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 - executed in both single (10 cm-1) and doubles (5 cm-1) modes - spatial mask (detector_mask=1) on even numbered ocks 3) 7 day cycle alternating between single and double mode data - single (10 cm-1) mode for 6 days (72 orbits) - double (5 cm-1) mode for 1 day (12 orbits) 4) data in doubles mode (5 cm-1) day surface = +12 to +31 deg lat, full spectral, spatial mask (detector_mask=1 or 5) night/pole = +32(asc) to +11(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=2 ; poles, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 5) data in singles mode (10 cm-1) day surface = +12 to +31 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +32(asc) to +11(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 6) upload covers spacecraft command sequences: mm250, mm251, mm252, mz242, and mz243; beta supplement with 16 degree offpoint mapping 7) ROTO orbits and slew start icks - ock 19191 slew starts at 1574 - ock 19202 slew starts at 1316 - ock 19203 slew starts at 1769 - ock 19234 slew starts at 2148 - ock 19235 slew starts at 1882 - ock 19236 slew starts at 2078 - ock 19237 slew starts at 1685 - ock 19238 slew starts at 1475 - ock 19239 slew starts at 1151 - ock 19250 slew starts at 938 - ock 19252 slew starts at 2120 - ock 19253 slew starts at 1345 - ock 19263 slew starts at 1495 8) 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 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) 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 11) 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) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3250 to ockB, ick 600 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) ERROR: TES had difficulties collecting blackbody reference obs while in doubles mode throughout this upload; any data that successfully calibrated is based on limited numbers of reference obs and should be used with extreme caution - doubles data in ocks 19198, 19211, and 19212 not calibrated - doubles data in ocks 19199-19210 calibrated based on 3 blackbody icks TES orb #19261: 2003-043 // 17:33:54 - p19261.img TES orb #19262: 2003-043 // 19:31:34 TES orb #19263: 2003-043 // 21:29:17 TES orb #19264: 2003-043 // 23:27:01 TES orb #19265: 2003-044 // 01:24:46 TES orb #19266: 2003-044 // 03:22:28 TES orb #19267: 2003-044 // 05:20:08 TES orb #19268: 2003-044 // 07:17:46 TES orb #19269: 2003-044 // 09:15:29 TES orb #19270: 2003-044 // 11:13:15 TES orb #19271: 2003-044 // 13:10:59 TES orb #19272: 2003-044 // 15:08:41 TES orb #19273: 2003-044 // 17:06:21 TES orb #19274: 2003-044 // 19:04:01 TES orb #19275: 2003-044 // 21:01:42 TES orb #19276: 2003-044 // 22:59:25 TES orb #19277: 2003-045 // 00:57:10 TES orb #19278: 2003-045 // 02:54:54 TES orb #19279: 2003-045 // 04:52:36 TES orb #19280: 2003-045 // 06:50:14 TES orb #19281: 2003-045 // 08:47:54 TES orb #19282: 2003-045 // 10:45:38 TES orb #19283: 2003-045 // 12:43:23 TES orb #19284: 2003-045 // 14:41:06 TES orb #19285: 2003-045 // 16:38:47 TES orb #19286: 2003-045 // 18:36:27 TES orb #19287: 2003-045 // 20:34:06 TES orb #19288: 2003-045 // 22:31:48 TES orb #19289: 2003-046 // 00:29:33 TES orb #19290: 2003-046 // 02:27:17 TES orb #19291: 2003-046 // 04:25:00 TES orb #19292: 2003-046 // 06:22:40 TES orb #19293: 2003-046 // 08:20:18 TES orb #19294: 2003-046 // 10:18:01 TES orb #19295: 2003-046 // 12:15:46 TES orb #19296: 2003-046 // 14:13:30 TES orb #19297: 2003-046 // 16:11:13 TES orb #19298: 2003-046 // 18:08:53 TES orb #19299: 2003-046 // 20:06:33 TES orb #19300: 2003-046 // 22:04:13 TES orb #19301: 2003-047 // 00:01:57 TES orb #19302: 2003-047 // 01:59:41 TES orb #19303: 2003-047 // 03:57:26 TES orb #19304: 2003-047 // 05:55:08 - No ATM TES orb #19305: 2003-047 // 07:52:47 - No ATM TES orb #19306: 2003-047 // 09:50:26 - No ATM TES orb #19307: 2003-047 // 11:48:10 TES orb #19308: 2003-047 // 13:45:55 TES orb #19309: 2003-047 // 15:43:38 TES orb #19310: 2003-047 // 17:41:20 TES orb #19311: 2003-047 // 19:25:59 TES orb #19312: 2003-047 // 21:36:39 TES orb #19313: 2003-047 // 23:34:20 TES orb #19314: 2003-048 // 01:32:04 TES orb #19315: 2003-048 // 03:29:49 TES orb #19316: 2003-048 // 05:27:32 TES orb #19317: 2003-048 // 07:25:12 TES orb #19318: 2003-048 // 09:22:49 TES orb #19319: 2003-048 // 11:20:30 TES orb #19320: 2003-048 // 13:18:15 TES orb #19321: 2003-048 // 15:16:00 TES orb #19322: 2003-048 // 17:13:43 TES orb #19323: 2003-048 // 19:11:23 TES orb #19324: 2003-048 // 21:09:03 TES orb #19325: 2003-048 // 23:06:43 TES orb #19326: 2003-049 // 01:04:26 - No DATA TES orb #19327: 2003-049 // 03:02:10 TES orb #19328: 2003-049 // 04:59:55 TES orb #19329: 2003-049 // 06:57:37 - No TLM TES orb #19330: 2003-049 // 08:55:16 TES orb #19331: 2003-049 // 10:52:55 TES orb #19332: 2003-049 // 12:50:39 TES orb #19333: 2003-049 // 14:48:24 TES orb #19334: 2003-049 // 16:46:08 TES orb #19335: 2003-049 // 18:43:49 TES orb #19336: 2003-049 // 20:41:29 TES orb #19337: 2003-049 // 22:39:08 TES orb #19338: 2003-050 // 00:36:50 TES orb #19339: 2003-050 // 02:34:33 TES orb #19340: 2003-050 // 04:32:18 TES orb #19341: 2003-050 // 06:30:02 TES orb #19342: 2003-050 // 08:27:43 TES orb #19343: 2003-050 // 10:25:20 TES orb #19344: 2003-050 // 12:23:01 TES orb #19345: 2003-050 // 14:20:45 TES orb #19346: 2003-050 // 16:18:30 p19261.img notes: ALTERNATING DAYS OF SINGLE AND DOUBLE MODE DATA; 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 - executed in both single (10 cm-1) and doubles (5 cm-1) modes - spatial mask (detector_mask=1) on even numbered ocks 3) 7 day cycle alternating between single and double mode data - single (10 cm-1) mode for 6 days (72 orbits) - double (5 cm-1) mode for 1 day (12 orbits) 4) data in doubles mode (5 cm-1) day surface = +2 to +32 deg lat, full spectral, spatial mask (detector_mask=1 or 5) night/pole = +33(asc) to +1(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=2 ; poles, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 5) data in singles mode (10 cm-1) day surface = +2 to +32 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +33(asc) to +1(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 6) upload covers spacecraft command sequences: mm252, mm253, mm254, mz244, and mz245; beta supplement with 16 degree offpoint mapping 7) ROTO orbits and slew start icks - ock 19263 slew starts at 1495 - ock 19265 slew starts at 1268 - ock 19266 slew starts at 1527 - ock 19277 slew starts at 1510 - ock 19289 slew starts at 2421 - ock 19302 slew starts at 1152 - ock 19310 slew starts at 1135 - ock 19312 slew starts at 1776 - ock 19313 slew starts at 914 - ock 19314 slew starts at 1469 - ock 19326 slew starts at 1493 - ock 19330 slew starts at 1669 - ock 19338 slew starts at 880 - ock 19349 slew starts at 1707 8) 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 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) 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 11) 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) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3259 to ockB, ick 212 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) ERROR: TES had difficulties collecting blackbody reference obs while in doubles mode throughout this upload; any data that successfully calibrated is based on limited numbers of reference obs and should be used with extreme caution - doubles data in ocks 19303-19306 not calibrated TES orb #19347: 2003-050 // 18:16:13 - p19347.img TES orb #19348: 2003-050 // 20:13:54 TES orb #19349: 2003-050 // 22:11:33 TES orb #19350: 2003-051 // 00:09:13 TES orb #19351: 2003-051 // 02:06:55 TES orb #19352: 2003-051 // 04:04:40 TES orb #19353: 2003-051 // 06:02:25 TES orb #19354: 2003-051 // 08:00:07 TES orb #19355: 2003-051 // 09:57:47 TES orb #19356: 2003-051 // 11:55:25 TES orb #19357: 2003-051 // 13:53:08 TES orb #19358: 2003-051 // 15:50:53 TES orb #19359: 2003-051 // 17:48:38 TES orb #19360: 2003-051 // 19:46:20 TES orb #19361: 2003-051 // 21:44:00 TES orb #19362: 2003-051 // 23:41:39 TES orb #19363: 2003-052 // 01:39:20 TES orb #19364: 2003-052 // 03:37:04 TES orb #19365: 2003-052 // 05:34:49 TES orb #19366: 2003-052 // 07:32:33 TES orb #19367: 2003-052 // 09:30:14 TES orb #19368: 2003-052 // 11:27:53 TES orb #19369: 2003-052 // 13:25:32 TES orb #19370: 2003-052 // 15:23:16 TES orb #19371: 2003-052 // 17:21:01 TES orb #19372: 2003-052 // 19:18:45 TES orb #19373: 2003-052 // 21:16:26 TES orb #19374: 2003-052 // 23:14:05 TES orb #19375: 2003-053 // 01:11:45 TES orb #19376: 2003-053 // 03:09:27 TES orb #19377: 2003-053 // 05:07:11 TES orb #19378: 2003-053 // 07:04:55 TES orb #19379: 2003-053 // 09:02:39 TES orb #19380: 2003-053 // 11:00:18 TES orb #19381: 2003-053 // 12:57:57 TES orb #19382: 2003-053 // 14:55:39 TES orb #19383: 2003-053 // 16:53:24 TES orb #19384: 2003-053 // 18:51:08 TES orb #19385: 2003-053 // 20:48:51 TES orb #19386: 2003-053 // 22:46:31 TES orb #19387: 2003-054 // 00:44:11 TES orb #19388: 2003-054 // 02:41:51 TES orb #19389: 2003-054 // 04:39:35 TES orb #19390: 2003-054 // 06:37:19 TES orb #19391: 2003-054 // 08:35:04 TES orb #19392: 2003-054 // 10:32:46 TES orb #19393: 2003-054 // 12:30:24 TES orb #19394: 2003-054 // 14:28:04 TES orb #19395: 2003-054 // 16:25:48 TES orb #19396: 2003-054 // 18:23:33 TES orb #19397: 2003-054 // 20:21:16 TES orb #19398: 2003-054 // 22:18:58 TES orb #19399: 2003-055 // 00:16:37 TES orb #19400: 2003-055 // 02:14:17 TES orb #19401: 2003-055 // 04:11:58 TES orb #19402: 2003-055 // 06:09:42 TES orb #19403: 2003-055 // 08:07:26 TES orb #19404: 2003-055 // 10:05:10 TES orb #19405: 2003-055 // 12:02:50 TES orb #19406: 2003-055 // 14:00:28 TES orb #19407: 2003-055 // 15:58:09 TES orb #19408: 2003-055 // 17:55:54 TES orb #19409: 2003-055 // 19:53:38 TES orb #19410: 2003-055 // 21:51:21 TES orb #19411: 2003-055 // 23:49:02 TES orb #19412: 2003-056 // 01:46:41 TES orb #19413: 2003-056 // 03:44:21 TES orb #19414: 2003-056 // 05:42:04 TES orb #19415: 2003-056 // 07:39:49 TES orb #19416: 2003-056 // 09:37:34 TES orb #19417: 2003-056 // 11:35:16 TES orb #19418: 2003-056 // 13:32:55 TES orb #19419: 2003-056 // 15:30:34 TES orb #19420: 2003-056 // 17:28:17 TES orb #19421: 2003-056 // 19:26:02 TES orb #19422: 2003-056 // 21:23:46 TES orb #19423: 2003-056 // 23:21:28 TES orb #19424: 2003-057 // 01:19:08 TES orb #19425: 2003-057 // 03:16:47 TES orb #19426: 2003-057 // 05:14:28 TES orb #19427: 2003-057 // 07:12:12 TES orb #19428: 2003-057 // 09:09:56 TES orb #19429: 2003-057 // 11:07:40 TES orb #19430: 2003-057 // 13:05:21 TES orb #19431: 2003-057 // 15:02:59 p19347.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; RADIO SCIENCE SLEWS; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -3 to +37 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +38(asc) to -4(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm254, mm255, mm256, mz246, mz247, and mz248; beta supplement with 16 degree offpoint mapping - Radio Science spacecraft slews ocks 19358-19366 (mz246) idle during spacecraft slew, surface and space/ref observations for remainder of orbit 5) ROTO orbits and slew start icks - ock 19374 slew starts at 1943 - ock 19375 slew starts at 2347 - ock 19400 slew starts at 1839 - ock 19410 slew starts at 2147 - ock 19411 slew starts at 1838 - ock 19412 slew starts at 1832 - ock 19424 slew starts at 1300 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3206 to ockB, ick 320 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) TES orb #19432: 2003-057 // 17:00:39 - p19432.img TES orb #19433: 2003-057 // 18:58:23 TES orb #19434: 2003-057 // 20:56:08 TES orb #19435: 2003-057 // 22:53:51 TES orb #19436: 2003-058 // 00:51:32 TES orb #19437: 2003-058 // 02:49:11 TES orb #19438: 2003-058 // 04:46:51 TES orb #19439: 2003-058 // 06:44:34 TES orb #19440: 2003-058 // 08:42:14 TES orb #19441: 2003-058 // 10:39:59 TES orb #19442: 2003-058 // 12:37:41 TES orb #19443: 2003-058 // 14:35:21 TES orb #19444: 2003-058 // 16:32:59 TES orb #19445: 2003-058 // 18:30:42 TES orb #19446: 2003-058 // 20:28:27 TES orb #19447: 2003-058 // 22:26:12 TES orb #19448: 2003-059 // 00:23:54 TES orb #19449: 2003-059 // 02:21:34 TES orb #19450: 2003-059 // 04:19:13 TES orb #19451: 2003-059 // 06:16:54 TES orb #19452: 2003-059 // 08:14:38 TES orb #19453: 2003-059 // 10:12:22 TES orb #19454: 2003-059 // 12:10:07 - No ATM TES orb #19455: 2003-059 // 14:07:48 - No ATM TES orb #19456: 2003-059 // 16:05:26 - No ATM TES orb #19457: 2003-059 // 18:03:06 - No ATM TES orb #19458: 2003-059 // 20:00:50 - No ATM TES orb #19459: 2003-059 // 21:58:35 - No ATM TES orb #19460: 2003-059 // 23:56:18 - No ATM TES orb #19461: 2003-060 // 01:53:59 - No ATM TES orb #19462: 2003-060 // 03:51:38 - No ATM TLM TES orb #19463: 2003-060 // 05:49:18 - No ATM TES orb #19464: 2003-060 // 07:47:00 - No ATM TES orb #19465: 2003-060 // 09:44:44 - No ATM TLM TES orb #19466: 2003-060 // 11:42:29 - No ATM TES orb #19467: 2003-060 // 13:40:12 - No ATM TES orb #19468: 2003-060 // 15:37:52 TES orb #19469: 2003-060 // 17:35:30 TES orb #19470: 2003-060 // 19:33:12 TES orb #19471: 2003-060 // 21:30:57 TES orb #19472: 2003-060 // 23:28:41 TES orb #19473: 2003-061 // 01:26:24 TES orb #19474: 2003-061 // 03:24:04 TES orb #19475: 2003-061 // 05:21:44 TES orb #19476: 2003-061 // 07:19:24 TES orb #19477: 2003-061 // 09:17:08 TES orb #19478: 2003-061 // 11:14:52 TES orb #19479: 2003-061 // 13:12:37 TES orb #19480: 2003-061 // 15:10:19 TES orb #19481: 2003-061 // 17:07:57 TES orb #19482: 2003-061 // 19:05:36 TES orb #19483: 2003-061 // 21:03:20 TES orb #19484: 2003-061 // 23:01:05 TES orb #19485: 2003-062 // 00:58:49 TES orb #19486: 2003-062 // 02:56:30 TES orb #19487: 2003-062 // 04:54:10 TES orb #19488: 2003-062 // 06:51:49 TES orb #19489: 2003-062 // 08:49:30 TES orb #19490: 2003-062 // 10:47:14 TES orb #19491: 2003-062 // 12:44:58 TES orb #19492: 2003-062 // 14:42:42 TES orb #19493: 2003-062 // 16:40:22 TES orb #19494: 2003-062 // 18:38:00 TES orb #19495: 2003-062 // 20:35:41 TES orb #19496: 2003-062 // 22:33:26 TES orb #19497: 2003-063 // 00:31:10 TES orb #19498: 2003-063 // 02:28:53 TES orb #19499: 2003-063 // 04:26:34 TES orb #19500: 2003-063 // 06:24:13 TES orb #19501: 2003-063 // 08:21:53 TES orb #19502: 2003-063 // 10:19:36 TES orb #19503: 2003-063 // 12:17:21 TES orb #19504: 2003-063 // 14:15:05 TES orb #19505: 2003-063 // 16:12:47 TES orb #19506: 2003-063 // 18:10:26 TES orb #19507: 2003-063 // 20:08:05 TES orb #19508: 2003-063 // 22:05:49 TES orb #19509: 2003-064 // 00:03:34 TES orb #19510: 2003-064 // 02:01:17 TES orb #19511: 2003-064 // 03:58:59 TES orb #19512: 2003-064 // 05:56:39 TES orb #19513: 2003-064 // 07:54:18 TES orb #19514: 2003-064 // 09:51:59 TES orb #19515: 2003-064 // 11:49:43 TES orb #19516: 2003-064 // 13:47:27 p19432.img notes: ALTERNATING DAYS OF SINGLE AND DOUBLE MODE DATA; 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 - executed in both single (10 cm-1) and doubles (5 cm-1) modes - spatial mask (detector_mask=1) on even numbered ocks 3) primarily single mode data with some double mode data for testing - double (5 cm-1) mode for 1 day (12 orbits): ock 19453-19467 4) data in doubles mode (5 cm-1) day surface = -9 to +41 deg lat, full spectral, spatial mask (detector_mask=1 or 5) night/pole = +42(asc) to -10(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=2 ; poles, detector_mask=1) reference = full spectral, full spatial - short packets except for space/reference sets 5) data in singles mode (10 cm-1) day surface = -9 to +41 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +42(asc) to -10(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 6) upload covers spacecraft command sequences: mm256, mm257, mm258, mz249, and mz250; beta supplement with 16 degree offpoint mapping 7) ROTO orbits and slew start icks - ock 19440 slew starts at 1587 - ock 19451 slew starts at 1608 - ock 19452 slew starts at 1833 - ock 19484 slew starts at 1377 - ock 19485 slew starts at 2191 - ock 19495 slew starts at 1073 - ock 19496 slew starts at 1267 - ock 19497 slew starts at 2200 - ock 19509 slew starts at 1287 - ock 19510 slew starts at 1395 8) 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 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) 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 11) 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) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, double scan, dayside: none - targeted 5 x 7, double scan, nightside: Deuteronilus-B, ock 19482; SE Arsia Mons-A, ock 19500; Coprates Chasma-A, ock 19523 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3227 to ockB, ick 182 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) ERROR: TES had difficulties collecting blackbody reference obs while in doubles mode throughout this upload; any data that successfully calibrated is based on limited numbers of reference obs and should be used with extreme caution - doubles data in ocks 19453-19467 not calibrated TES orb #19517: 2003-064 // 15:45:11 - p19517.img TES orb #19518: 2003-064 // 17:42:51 TES orb #19519: 2003-064 // 19:40:30 TES orb #19520: 2003-064 // 21:38:10 TES orb #19521: 2003-064 // 23:35:54 TES orb #19522: 2003-065 // 01:33:39 TES orb #19523: 2003-065 // 03:31:22 TES orb #19524: 2003-065 // 05:29:02 TES orb #19525: 2003-065 // 07:26:42 TES orb #19526: 2003-065 // 09:24:22 TES orb #19527: 2003-065 // 11:22:04 TES orb #19528: 2003-065 // 13:19:48 TES orb #19529: 2003-065 // 15:17:33 TES orb #19530: 2003-065 // 17:15:16 TES orb #19531: 2003-065 // 19:12:55 TES orb #19532: 2003-065 // 21:10:34 TES orb #19533: 2003-065 // 23:08:16 TES orb #19534: 2003-066 // 01:06:01 TES orb #19535: 2003-066 // 03:03:46 TES orb #19536: 2003-066 // 05:01:28 TES orb #19537: 2003-066 // 06:59:08 TES orb #19538: 2003-066 // 08:56:47 TES orb #19539: 2003-066 // 10:54:28 TES orb #19540: 2003-066 // 12:52:12 TES orb #19541: 2003-066 // 14:49:56 TES orb #19542: 2003-066 // 16:47:41 TES orb #19543: 2003-066 // 18:45:22 TES orb #19544: 2003-066 // 20:43:00 TES orb #19545: 2003-066 // 22:40:40 TES orb #19546: 2003-067 // 00:38:24 TES orb #19547: 2003-067 // 02:36:09 TES orb #19548: 2003-067 // 04:33:52 TES orb #19549: 2003-067 // 06:31:33 TES orb #19550: 2003-067 // 08:29:12 TES orb #19551: 2003-067 // 10:26:52 TES orb #19552: 2003-067 // 12:24:34 TES orb #19553: 2003-067 // 14:22:18 TES orb #19554: 2003-067 // 16:20:02 TES orb #19555: 2003-067 // 18:17:46 TES orb #19556: 2003-067 // 20:15:25 TES orb #19557: 2003-067 // 22:13:03 TES orb #19558: 2003-068 // 00:10:46 TES orb #19559: 2003-068 // 02:08:31 TES orb #19560: 2003-068 // 04:06:15 TES orb #19561: 2003-068 // 06:03:58 TES orb #19562: 2003-068 // 08:01:38 TES orb #19563: 2003-068 // 09:59:17 TES orb #19564: 2003-068 // 11:56:58 TES orb #19565: 2003-068 // 13:54:41 TES orb #19566: 2003-068 // 15:52:26 TES orb #19567: 2003-068 // 17:50:10 TES orb #19568: 2003-068 // 19:47:52 TES orb #19569: 2003-068 // 21:45:31 TES orb #19570: 2003-068 // 23:43:10 TES orb #19571: 2003-069 // 01:40:54 TES orb #19572: 2003-069 // 03:38:39 TES orb #19573: 2003-069 // 05:36:22 TES orb #19574: 2003-069 // 07:34:04 TES orb #19575: 2003-069 // 09:31:43 TES orb #19576: 2003-069 // 11:29:22 TES orb #19577: 2003-069 // 13:27:04 TES orb #19578: 2003-069 // 15:24:48 TES orb #19579: 2003-069 // 17:22:32 TES orb #19580: 2003-069 // 19:20:16 TES orb #19581: 2003-069 // 21:17:56 TES orb #19582: 2003-069 // 23:15:33 TES orb #19583: 2003-070 // 01:13:15 TES orb #19584: 2003-070 // 03:10:59 TES orb #19585: 2003-070 // 05:08:44 TES orb #19586: 2003-070 // 07:06:27 TES orb #19587: 2003-070 // 09:04:07 TES orb #19588: 2003-070 // 11:01:46 TES orb #19589: 2003-070 // 12:59:27 TES orb #19590: 2003-070 // 14:57:10 TES orb #19591: 2003-070 // 16:54:54 TES orb #19592: 2003-070 // 18:52:39 TES orb #19593: 2003-070 // 20:50:21 TES orb #19594: 2003-070 // 22:48:00 TES orb #19595: 2003-071 // 00:45:39 TES orb #19596: 2003-071 // 02:43:22 TES orb #19597: 2003-071 // 04:41:07 TES orb #19598: 2003-071 // 06:38:51 TES orb #19599: 2003-071 // 08:36:33 TES orb #19600: 2003-071 // 10:34:12 TES orb #19601: 2003-071 // 12:31:52 TES orb #19602: 2003-071 // 14:29:33 TES orb #19603: 2003-071 // 16:27:16 p19517.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -16 to +44 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +45(asc) to -15(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm258, mm259, mm260, mz251, and mz252; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19526 slew starts at 955 - ock 19541 slew starts at 1511 - ock 19542 slew starts at 1284 - ock 19543 slew starts at 1402 - ock 19575 slew starts at 1258 - ock 19581 slew starts at 1030 - ock 19582 slew starts at 1329 - ock 19583 slew starts at 990 - ock 19857 slew starts at 1627 - ock 19588 slew starts at 1705 - ock 19589 slew starts at 948 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: Vicky-1, ock19550 - targeted 5 x 7, single scan, nightside: Coprates Chasma-A, ock 19523; Gale Crater, ocks 19553-19554; Western Hematite, ocks 19558-19559 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3196 to ockB, ick 173 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) TES orb #19604: 2003-071 // 18:25:01 - p19604.img TES orb #19605: 2003-071 // 20:22:45 TES orb #19606: 2003-071 // 22:20:25 TES orb #19607: 2003-072 // 00:18:03 TES orb #19608: 2003-072 // 02:15:43 TES orb #19609: 2003-072 // 04:13:28 TES orb #19610: 2003-072 // 06:11:12 TES orb #19611: 2003-072 // 08:08:55 TES orb #19612: 2003-072 // 10:06:36 TES orb #19613: 2003-072 // 12:04:15 TES orb #19614: 2003-072 // 14:01:55 TES orb #19615: 2003-072 // 15:59:38 TES orb #19616: 2003-072 // 17:57:22 TES orb #19617: 2003-072 // 19:55:07 TES orb #19618: 2003-072 // 21:52:49 TES orb #19619: 2003-072 // 23:50:29 TES orb #19620: 2003-073 // 01:48:07 TES orb #19621: 2003-073 // 03:45:50 TES orb #19622: 2003-073 // 05:43:35 TES orb #19623: 2003-073 // 07:41:19 TES orb #19624: 2003-073 // 09:39:02 TES orb #19625: 2003-073 // 11:36:41 TES orb #19626: 2003-073 // 13:34:21 TES orb #19627: 2003-073 // 15:32:02 TES orb #19628: 2003-073 // 17:29:45 TES orb #19629: 2003-073 // 19:27:30 TES orb #19630: 2003-073 // 21:25:14 TES orb #19631: 2003-073 // 23:22:55 TES orb #19632: 2003-074 // 01:20:33 TES orb #19633: 2003-074 // 03:18:13 TES orb #19634: 2003-074 // 05:15:57 TES orb #19635: 2003-074 // 07:13:42 TES orb #19636: 2003-074 // 09:11:25 TES orb #19637: 2003-074 // 11:09:06 TES orb #19638: 2003-074 // 13:06:46 TES orb #19639: 2003-074 // 15:04:25 TES orb #19640: 2003-074 // 17:02:07 TES orb #19641: 2003-074 // 18:59:51 TES orb #19642: 2003-074 // 20:57:36 TES orb #19643: 2003-074 // 22:55:19 TES orb #19644: 2003-075 // 00:52:59 TES orb #19645: 2003-075 // 02:50:37 TES orb #19646: 2003-075 // 04:48:19 TES orb #19647: 2003-075 // 06:46:04 TES orb #19648: 2003-075 // 08:43:48 TES orb #19649: 2003-075 // 10:41:31 TES orb #19650: 2003-075 // 12:39:11 TES orb #19651: 2003-075 // 14:36:50 TES orb #19652: 2003-075 // 16:34:31 TES orb #19653: 2003-075 // 18:32:14 TES orb #19654: 2003-075 // 20:29:59 TES orb #19655: 2003-075 // 22:27:43 TES orb #19656: 2003-076 // 00:25:25 TES orb #19657: 2003-076 // 02:23:04 TES orb #19658: 2003-076 // 04:20:43 TES orb #19659: 2003-076 // 06:18:27 TES orb #19660: 2003-076 // 08:16:12 TES orb #19661: 2003-076 // 10:13:55 TES orb #19662: 2003-076 // 12:11:37 - No DATA TES orb #19663: 2003-076 // 14:09:16 TES orb #19664: 2003-076 // 16:06:55 TES orb #19665: 2003-076 // 18:04:37 TES orb #19666: 2003-076 // 20:02:21 TES orb #19667: 2003-076 // 22:00:05 TES orb #19668: 2003-076 // 23:57:49 TES orb #19669: 2003-077 // 01:55:29 TES orb #19670: 2003-077 // 03:53:06 TES orb #19671: 2003-077 // 05:50:48 TES orb #19672: 2003-077 // 07:48:32 TES orb #19673: 2003-077 // 09:46:17 TES orb #19674: 2003-077 // 11:44:00 TES orb #19675: 2003-077 // 13:41:40 TES orb #19676: 2003-077 // 15:39:19 TES orb #19677: 2003-077 // 17:37:00 TES orb #19678: 2003-077 // 19:34:42 TES orb #19679: 2003-077 // 21:32:27 TES orb #19680: 2003-077 // 23:30:11 - No DATA TES orb #19681: 2003-078 // 01:27:54 TES orb #19682: 2003-078 // 03:25:33 TES orb #19683: 2003-078 // 05:23:11 TES orb #19684: 2003-078 // 07:20:55 TES orb #19685: 2003-078 // 09:18:40 TES orb #19686: 2003-078 // 11:16:24 TES orb #19687: 2003-078 // 13:14:05 p19604.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -21 to +48 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +49(asc) to -22(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm260, mm261, mm262, mz253, and mz254; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19617 slew starts at 1269 - ock 19618 slew starts at 1286 - ock 19619 slew starts at 1374 - ock 19620 slew starts at 1704 - ock 19629 slew starts at 1394 - ock 19630 slew starts at 1627 - ock 19631 slew starts at 1600 - ock 19632 slew starts at 1595 - ock 19642 slew starts at 1316 - ock 1953/ slew starts at 809 - ock 19666 slew starts at 1568 - ock 19667 slew starts at 1329 - ock 19680 slew starts at 1368 - ock 19681 slew starts at 1659 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3196 to ockB, ick 152 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) TES orb #19688: 2003-078 // 15:11:45 - p19688.img TES orb #19689: 2003-078 // 17:09:24 TES orb #19690: 2003-078 // 19:07:05 TES orb #19691: 2003-078 // 21:04:49 TES orb #19692: 2003-078 // 23:02:33 TES orb #19693: 2003-079 // 01:00:17 TES orb #19694: 2003-079 // 02:57:58 TES orb #19695: 2003-079 // 04:55:35 TES orb #19696: 2003-079 // 06:53:16 TES orb #19697: 2003-079 // 08:50:59 TES orb #19698: 2003-079 // 10:48:43 TES orb #19699: 2003-079 // 12:46:27 TES orb #19700: 2003-079 // 14:44:07 TES orb #19701: 2003-079 // 16:41:46 TES orb #19702: 2003-079 // 18:39:26 TES orb #19703: 2003-079 // 20:37:09 TES orb #19704: 2003-079 // 22:34:53 TES orb #19705: 2003-080 // 00:32:38 TES orb #19706: 2003-080 // 02:30:20 TES orb #19707: 2003-080 // 04:28:00 TES orb #19708: 2003-080 // 06:25:38 TES orb #19709: 2003-080 // 08:23:21 TES orb #19710: 2003-080 // 10:21:06 TES orb #19711: 2003-080 // 12:18:50 TES orb #19712: 2003-080 // 14:16:32 TES orb #19713: 2003-080 // 16:14:12 TES orb #19714: 2003-080 // 18:11:51 TES orb #19715: 2003-080 // 20:09:32 TES orb #19716: 2003-080 // 22:07:16 - No DATA TES orb #19717: 2003-081 // 00:05:00 TES orb #19718: 2003-081 // 02:02:45 TES orb #19719: 2003-081 // 04:00:26 TES orb #19720: 2003-081 // 05:58:04 TES orb #19721: 2003-081 // 07:55:43 TES orb #19722: 2003-081 // 09:53:27 TES orb #19723: 2003-081 // 11:51:12 TES orb #19724: 2003-081 // 13:48:56 TES orb #19725: 2003-081 // 15:46:37 TES orb #19726: 2003-081 // 17:44:16 TES orb #19727: 2003-081 // 19:41:55 TES orb #19728: 2003-081 // 21:39:37 TES orb #19729: 2003-081 // 23:37:21 TES orb #19730: 2003-082 // 01:35:06 TES orb #19731: 2003-082 // 03:32:49 TES orb #19732: 2003-082 // 05:30:29 TES orb #19733: 2003-082 // 07:29:07 TES orb #19734: 2003-082 // 09:25:49 TES orb #19735: 2003-082 // 11:23:34 TES orb #19736: 2003-082 // 13:21:18 TES orb #19737: 2003-082 // 15:19:01 TES orb #19738: 2003-082 // 17:16:41 TES orb #19739: 2003-082 // 19:14:20 TES orb #19740: 2003-082 // 21:12:01 TES orb #19741: 2003-082 // 23:09:44 TES orb #19742: 2003-083 // 01:07:29 TES orb #19743: 2003-083 // 03:05:13 TES orb #19744: 2003-083 // 05:02:55 TES orb #19745: 2003-083 // 07:00:33 TES orb #19746: 2003-083 // 08:58:13 TES orb #19747: 2003-083 // 10:55:56 TES orb #19748: 2003-083 // 12:53:41 TES orb #19749: 2003-083 // 14:51:25 TES orb #19750: 2003-083 // 16:49:06 TES orb #19751: 2003-083 // 18:46:46 TES orb #19752: 2003-083 // 20:44:25 TES orb #19753: 2003-083 // 22:42:06 TES orb #19754: 2003-084 // 00:39:50 TES orb #19755: 2003-084 // 02:37:34 TES orb #19756: 2003-084 // 04:35:18 TES orb #19757: 2003-084 // 06:32:58 TES orb #19758: 2003-084 // 08:30:36 TES orb #19759: 2003-084 // 10:28:17 TES orb #19760: 2003-084 // 12:26:01 TES orb #19761: 2003-084 // 14:23:46 TES orb #19762: 2003-084 // 16:21:29 TES orb #19763: 2003-084 // 18:19:09 TES orb #19764: 2003-084 // 20:16:48 TES orb #19765: 2003-084 // 22:14:29 TES orb #19766: 2003-085 // 00:12:11 TES orb #19767: 2003-085 // 02:09:56 TES orb #19768: 2003-085 // 04:07:40 TES orb #19769: 2003-085 // 06:05:23 TES orb #19770: 2003-085 // 08:03:02 TES orb #19771: 2003-085 // 10:00:40 TES orb #19772: 2003-085 // 11:58:24 TES orb #19773: 2003-085 // 13:56:08 p19688.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -26 to +52 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +53(asc) to -27(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm262, mm263, mm264, mz255, and mz256; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19693 slew starts at 1308 - ock 19701 slew starts at 1707 - ock 19702 slew starts at 1741 - ock 19705 slew starts at 1269 - ock 19717 slew starts at 1531 - ock 19718 slew starts at 1557 - ock 19721 slew starts at 1456 - ock 19730 slew starts at 854 - ock 19739 slew starts at 1671 - ock 19740 slew starts at 1748 - ock 19741 slew starts at 1385 - ock 19752 slew starts at 1544 - ock 19753 slew starts at 1449 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3104 to ockB, ick 439 NOTE: spectral data collected in aerobraking spectral range configuration: the 143 channels cover 148.1 to 1650.6 cm-1 (6.06-67.51 um) TES orb #19774: 2003-085 // 15:53:52 - p19774.img TES orb #19775: 2003-085 // 17:51:34 TES orb #19776: 2003-085 // 19:49:14 TES orb #19777: 2003-085 // 21:46:53 TES orb #19778: 2003-085 // 23:44:34 TES orb #19779: 2003-086 // 01:42:17 TES orb #19780: 2003-086 // 03:40:02 TES orb #19781: 2003-086 // 05:37:46 TES orb #19782: 2003-086 // 07:35:26 TES orb #19783: 2003-086 // 09:33:04 TES orb #19784: 2003-086 // 11:30:44 TES orb #19785: 2003-086 // 13:28:28 TES orb #19786: 2003-086 // 15:26:13 TES orb #19787: 2003-086 // 17:23:56 TES orb #19788: 2003-086 // 19:21:37 TES orb #19789: 2003-086 // 21:19:16 TES orb #19790: 2003-086 // 23:16:56 TES orb #19791: 2003-087 // 01:14:38 TES orb #19792: 2003-087 // 03:12:22 TES orb #19793: 2003-087 // 05:10:07 TES orb #19794: 2003-087 // 07:07:50 TES orb #19795: 2003-087 // 09:05:29 TES orb #19796: 2003-087 // 11:03:08 TES orb #19797: 2003-087 // 13:00:50 TES orb #19798: 2003-087 // 14:58:35 TES orb #19799: 2003-087 // 16:56:20 TES orb #19800: 2003-087 // 18:54:02 TES orb #19801: 2003-087 // 20:51:42 TES orb #19802: 2003-087 // 22:49:21 TES orb #19803: 2003-088 // 00:47:02 TES orb #19804: 2003-088 // 02:44:45 TES orb #19805: 2003-088 // 04:42:30 TES orb #19806: 2003-088 // 06:40:14 TES orb #19807: 2003-088 // 08:37:55 TES orb #19808: 2003-088 // 10:35:33 TES orb #19809: 2003-088 // 12:33:13 TES orb #19810: 2003-088 // 14:30:57 TES orb #19811: 2003-088 // 16:28:42 TES orb #19812: 2003-088 // 18:26:25 TES orb #19813: 2003-088 // 20:24:06 TES orb #19814: 2003-088 // 22:21:45 TES orb #19815: 2003-089 // 00:19:25 TES orb #19816: 2003-089 // 02:17:07 TES orb #19817: 2003-089 // 04:14:51 TES orb #19818: 2003-089 // 06:12:35 TES orb #19819: 2003-089 // 08:10:18 TES orb #19820: 2003-089 // 10:07:58 TES orb #19821: 2003-089 // 12:05:36 TES orb #19822: 2003-089 // 14:03:18 TES orb #19823: 2003-089 // 16:01:03 TES orb #19824: 2003-089 // 17:58:47 TES orb #19825: 2003-089 // 19:56:30 TES orb #19826: 2003-089 // 21:54:10 TES orb #19827: 2003-089 // 23:51:49 TES orb #19828: 2003-090 // 01:49:28 TES orb #19829: 2003-090 // 03:47:12 TES orb #19830: 2003-090 // 05:44:56 TES orb #19831: 2003-090 // 07:42:41 TES orb #19832: 2003-090 // 09:40:22 TES orb #19833: 2003-090 // 11:38:01 TES orb #19834: 2003-090 // 13:35:40 TES orb #19835: 2003-090 // 15:33:24 TES orb #19836: 2003-090 // 17:31:09 TES orb #19837: 2003-090 // 19:28:52 TES orb #19838: 2003-090 // 21:26:33 TES orb #19839: 2003-090 // 23:24:13 - No DATA TES orb #19840: 2003-091 // 01:21:52 TES orb #19841: 2003-091 // 03:19:34 TES orb #19842: 2003-091 // 05:17:17 TES orb #19843: 2003-091 // 07:15:01 TES orb #19844: 2003-091 // 09:12:45 TES orb #19845: 2003-091 // 11:10:25 TES orb #19846: 2003-091 // 13:08:03 TES orb #19847: 2003-091 // 15:05:44 TES orb #19848: 2003-091 // 17:03:28 TES orb #19849: 2003-091 // 19:01:13 TES orb #19850: 2003-091 // 20:58:56 TES orb #19851: 2003-091 // 22:56:36 TES orb #19852: 2003-092 // 00:54:15 TES orb #19853: 2003-092 // 02:51:56 TES orb #19854: 2003-092 // 04:49:38 TES orb #19855: 2003-092 // 06:47:23 TES orb #19856: 2003-092 // 08:45:07 TES orb #19857: 2003-092 // 10:42:49 TES orb #19858: 2003-092 // 12:40:28 TES orb #19859: 2003-092 // 14:38:07 p19774.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -42 to +59 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +60(asc) to -41(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm264, mm265, mm266, mz257, and mz258; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19779 slew starts at 1735 - ock 19788 slew starts at 1948 - ock 19789 slew starts at 1442 - ock 19790 slew starts at 1778 - ock 19791 slew starts at 1495 - ock 19797 slew starts at 1268 - ock 19825 slew starts at 2169 - ock 19826 slew starts at 1137 - ock 19840 slew starts at 1786 - ock 19841 slew starts at 884 - ock 19843 slew starts at 1558 - ock 19861 slew starts at 2187 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3363 to ockB, ick 351 NOTE: this upload corrects the spectral data range to follow the normal mapping configuration: 143 channels cover 201.0 to 1703.5 cm-1 (5.87-49.74 um) TES orb #19860: 2003-092 // 16:35:50 - p19860.img TES orb #19861: 2003-092 // 18:33:35 TES orb #19862: 2003-092 // 20:31:19 TES orb #19863: 2003-092 // 22:29:01 TES orb #19864: 2003-093 // 00:26:40 TES orb #19865: 2003-093 // 02:24:19 TES orb #19866: 2003-093 // 04:22:01 TES orb #19867: 2003-093 // 06:19:44 TES orb #19868: 2003-093 // 08:17:28 TES orb #19869: 2003-093 // 10:15:12 TES orb #19870: 2003-093 // 12:12:53 TES orb #19871: 2003-093 // 14:10:30 TES orb #19872: 2003-093 // 16:08:11 TES orb #19873: 2003-093 // 18:05:55 TES orb #19874: 2003-093 // 20:03:40 TES orb #19875: 2003-093 // 22:01:23 TES orb #19876: 2003-094 // 23:59:03 TES orb #19877: 2003-094 // 01:56:42 TES orb #19878: 2003-094 // 03:54:22 TES orb #19879: 2003-094 // 05:52:05 TES orb #19880: 2003-094 // 07:49:49 TES orb #19881: 2003-094 // 09:47:33 TES orb #19882: 2003-094 // 11:45:16 TES orb #19883: 2003-094 // 13:42:55 TES orb #19884: 2003-094 // 15:40:34 TES orb #19885: 2003-094 // 17:38:17 TES orb #19886: 2003-094 // 19:36:02 - No DATA TES orb #19887: 2003-094 // 21:33:46 - No DATA TES orb #19888: 2003-094 // 23:31:28 TES orb #19889: 2003-095 // 01:29:08 TES orb #19890: 2003-095 // 03:26:47 TES orb #19891: 2003-095 // 05:24:28 TES orb #19892: 2003-095 // 07:22:11 TES orb #19893: 2003-095 // 09:19:56 TES orb #19894: 2003-095 // 11:17:40 TES orb #19895: 2003-095 // 13:15:21 TES orb #19896: 2003-095 // 15:12:59 TES orb #19897: 2003-095 // 17:10:39 TES orb #19898: 2003-095 // 19:08:23 TES orb #19899: 2003-095 // 21:06:07 TES orb #19900: 2003-095 // 23:03:51 TES orb #19901: 2003-096 // 01:01:32 TES orb #19902: 2003-096 // 02:59:11 TES orb #19903: 2003-096 // 04:56:50 TES orb #19904: 2003-096 // 06:54:32 TES orb #19905: 2003-096 // 08:52:16 TES orb #19906: 2003-096 // 10:50:01 TES orb #19907: 2003-096 // 12:47:44 TES orb #19908: 2003-096 // 14:45:23 TES orb #19909: 2003-096 // 16:43:01 TES orb #19910: 2003-096 // 18:40:44 TES orb #19911: 2003-096 // 20:38:29 TES orb #19912: 2003-096 // 22:36:13 - No DATA TES orb #19913: 2003-097 // 00:33:55 - No DATA TES orb #19914: 2003-097 // 02:31:36 - No TLM TES orb #19915: 2003-097 // 04:29:15 - No TLM TES orb #19916: 2003-097 // 06:26:55 TES orb #19917: 2003-097 // 08:24:39 TES orb #19918: 2003-097 // 10:22:23 TES orb #19919: 2003-097 // 12:20:08 TES orb #19920: 2003-097 // 14:17:49 TES orb #19921: 2003-097 // 16:15:28 TES orb #19922: 2003-097 // 18:13:07 TES orb #19923: 2003-097 // 20:10:51 TES orb #19924: 2003-097 // 22:08:35 TES orb #19925: 2003-098 // 00:06:19 TES orb #19926: 2003-098 // 02:04:00 TES orb #19927: 2003-098 // 04:01:40 TES orb #19928: 2003-098 // 05:59:19 TES orb #19929: 2003-098 // 07:57:00 TES orb #19930: 2003-098 // 09:54:44 TES orb #19931: 2003-098 // 11:52:28 TES orb #19932: 2003-098 // 13:50:12 TES orb #19933: 2003-098 // 15:47:52 TES orb #19934: 2003-098 // 17:45:29 TES orb #19935: 2003-098 // 19:43:11 TES orb #19936: 2003-098 // 21:40:55 TES orb #19937: 2003-098 // 23:38:40 TES orb #19938: 2003-099 // 01:36:23 TES orb #19939: 2003-099 // 03:34:03 TES orb #19940: 2003-099 // 05:31:42 TES orb #19941: 2003-099 // 07:29:22 TES orb #19942: 2003-099 // 09:27:05 TES orb #19943: 2003-099 // 11:24:49 TES orb #19944: 2003-099 // 13:22:34 p19860.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -42 to +59 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +60(asc) to -41(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm266, mm267, mm268, mz259, and mz260; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19873 slew starts at 1555 - ock 19875 slew starts at 2128 - ock 19888 slew starts at 1858 - ock 19890 slew starts at 1208 - ock 19891 slew starts at 940 - ock 19910 slew starts at 1071 - ock 19912 slew starts at 761 - ock 19922 slew starts at 745 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3363 to ockB, ick 351 TES orb #19945: 2003-099 // 15:20:16 - p19945.img TES orb #19946: 2003-099 // 17:17:55 TES orb #19947: 2003-099 // 19:15:34 TES orb #19948: 2003-099 // 21:13:17 TES orb #19949: 2003-099 // 23:11:02 TES orb #19950: 2003-100 // 01:08:46 TES orb #19951: 2003-100 // 03:06:27 TES orb #19952: 2003-100 // 05:04:07 TES orb #19953: 2003-100 // 07:01:46 TES orb #19954: 2003-100 // 08:59:27 TES orb #19955: 2003-100 // 10:57:11 TES orb #19956: 2003-100 // 12:54:55 TES orb #19957: 2003-100 // 14:52:39 TES orb #19958: 2003-100 // 16:50:19 TES orb #19959: 2003-100 // 18:47:57 TES orb #19960: 2003-100 // 20:45:37 TES orb #19961: 2003-100 // 22:43:21 TES orb #19962: 2003-101 // 00:41:06 TES orb #19963: 2003-101 // 02:38:49 TES orb #19964: 2003-101 // 04:36:30 TES orb #19965: 2003-101 // 06:34:09 TES orb #19966: 2003-101 // 08:31:49 TES orb #19967: 2003-101 // 10:29:31 TES orb #19968: 2003-101 // 12:27:15 TES orb #19969: 2003-101 // 14:25:00 TES orb #19970: 2003-101 // 16:22:42 TES orb #19971: 2003-101 // 18:20:22 TES orb #19972: 2003-101 // 20:18:00 TES orb #19973: 2003-101 // 22:15:43 TES orb #19974: 2003-102 // 00:13:28 TES orb #19975: 2003-102 // 02:11:12 TES orb #19976: 2003-102 // 04:08:54 TES orb #19977: 2003-102 // 06:06:34 TES orb #19978: 2003-102 // 08:04:13 TES orb #19979: 2003-102 // 10:01:54 TES orb #19980: 2003-102 // 11:59:37 TES orb #19981: 2003-102 // 13:57:22 TES orb #19982: 2003-102 // 15:55:06 TES orb #19983: 2003-102 // 17:52:47 TES orb #19984: 2003-102 // 19:50:25 TES orb #19985: 2003-102 // 21:48:05 TES orb #19986: 2003-102 // 23:45:49 TES orb #19987: 2003-103 // 01:43:34 TES orb #19988: 2003-103 // 03:41:17 TES orb #19989: 2003-103 // 05:38:58 TES orb #19990: 2003-103 // 07:36:37 TES orb #19991: 2003-103 // 09:34:16 TES orb #19992: 2003-103 // 11:31:58 TES orb #19993: 2003-103 // 13:29:42 TES orb #19994: 2003-103 // 15:27:27 TES orb #19995: 2003-103 // 17:25:10 TES orb #19996: 2003-103 // 19:22:49 TES orb #19997: 2003-103 // 21:20:27 TES orb #19998: 2003-103 // 23:18:10 TES orb #19999: 2003-104 // 01:15:54 TES orb #20000: 2003-104 // 03:13:39 TES orb #20001: 2003-104 // 05:11:21 TES orb #20002: 2003-104 // 07:09:01 TES orb #20003: 2003-104 // 09:06:41 TES orb #20004: 2003-104 // 11:04:22 TES orb #20005: 2003-104 // 13:02:05 TES orb #20006: 2003-104 // 14:59:50 TES orb #20007: 2003-104 // 16:57:34 TES orb #20008: 2003-104 // 18:55:16 TES orb #20009: 2003-104 // 20:52:54 TES orb #20010: 2003-104 // 22:50:33 TES orb #20011: 2003-105 // 00:48:17 TES orb #20012: 2003-105 // 02:46:02 TES orb #20013: 2003-105 // 04:43:46 TES orb #20014: 2003-105 // 06:41:27 TES orb #20015: 2003-105 // 08:39:06 TES orb #20016: 2003-105 // 10:36:45 TES orb #20017: 2003-105 // 12:34:27 TES orb #20018: 2003-105 // 14:32:11 TES orb #20019: 2003-105 // 16:29:55 TES orb #20020: 2003-105 // 18:27:38 TES orb #20021: 2003-105 // 20:25:18 TES orb #20022: 2003-105 // 22:22:56 TES orb #20023: 2003-106 // 00:20:37 TES orb #20024: 2003-106 // 02:18:22 TES orb #20025: 2003-106 // 04:16:06 TES orb #20026: 2003-106 // 06:13:49 TES orb #20027: 2003-106 // 08:11:29 TES orb #20028: 2003-106 // 10:09:08 TES orb #20029: 2003-106 // 12:06:49 TES orb #20030: 2003-106 // 14:04:31 p19945.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -55 to +62 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +63(asc) to -54(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm268, mm269, mm270, mz262, and mz263; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 19950 slew starts at 1273 - ock 19974 slew starts at 1508 - ock 19995 slew starts at 1771 - ock 19996 slew starts at 1657 - ock 19997 slew starts at 1261 - ock 19998 slew starts at 1463 - ock 19999 slew starts at 1490 - ock 20009 slew starts at 1597 - ock 20010 slew starts at 835 - ock 20011 slew starts at 1511 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3313 to ockB, ick 329 TES orb #20031: 2003-106 // 16:02:16 - p20031.img TES orb #20032: 2003-106 // 18:00:00 TES orb #20033: 2003-106 // 19:57:42 TES orb #20034: 2003-106 // 21:55:21 TES orb #20035: 2003-106 // 23:53:00 TES orb #20036: 2003-107 // 01:50:43 TES orb #20037: 2003-107 // 03:48:28 TES orb #20038: 2003-107 // 05:46:12 TES orb #20039: 2003-107 // 07:43:53 TES orb #20040: 2003-107 // 09:41:33 TES orb #20041: 2003-107 // 11:39:12 TES orb #20042: 2003-107 // 13:36:53 TES orb #20043: 2003-107 // 15:34:37 TES orb #20044: 2003-107 // 17:32:21 TES orb #20045: 2003-107 // 19:30:05 TES orb #20046: 2003-107 // 21:27:45 TES orb #20047: 2003-107 // 23:25:23 TES orb #20048: 2003-108 // 01:23:03 TES orb #20049: 2003-108 // 03:20:47 TES orb #20050: 2003-108 // 05:18:32 TES orb #20051: 2003-108 // 07:16:15 TES orb #20052: 2003-108 // 09:13:56 TES orb #20053: 2003-108 // 11:11:35 TES orb #20054: 2003-108 // 13:09:15 TES orb #20055: 2003-108 // 15:06:57 TES orb #20056: 2003-108 // 17:04:41 TES orb #20057: 2003-108 // 19:02:26 TES orb #20058: 2003-108 // 21:00:08 TES orb #20059: 2003-108 // 22:57:48 TES orb #20060: 2003-109 // 00:55:26 TES orb #20061: 2003-109 // 02:53:09 TES orb #20062: 2003-109 // 04:50:54 TES orb #20063: 2003-109 // 06:48:38 TES orb #20064: 2003-109 // 08:46:20 TES orb #20065: 2003-109 // 10:44:00 TES orb #20066: 2003-109 // 12:41:39 TES orb #20067: 2003-109 // 14:39:20 TES orb #20068: 2003-109 // 16:37:03 TES orb #20069: 2003-109 // 18:34:48 TES orb #20070: 2003-109 // 20:32:32 TES orb #20071: 2003-109 // 22:30:13 TES orb #20072: 2003-110 // 00:27:51 TES orb #20073: 2003-110 // 02:25:30 TES orb #20074: 2003-110 // 04:23:14 TES orb #20075: 2003-110 // 06:20:59 TES orb #20076: 2003-110 // 08:18:42 TES orb #20077: 2003-110 // 10:16:23 TES orb #20078: 2003-110 // 12:14:03 TES orb #20079: 2003-110 // 14:11:42 TES orb #20080: 2003-110 // 16:09:24 TES orb #20081: 2003-110 // 18:07:08 TES orb #20082: 2003-110 // 20:04:52 TES orb #20083: 2003-110 // 22:02:35 TES orb #20084: 2003-111 // 00:00:15 TES orb #20085: 2003-111 // 01:57:53 TES orb #20086: 2003-111 // 03:55:35 TES orb #20087: 2003-111 // 05:53:20 TES orb #20088: 2003-111 // 07:51:04 TES orb #20089: 2003-111 // 09:48:47 TES orb #20090: 2003-111 // 11:46:27 TES orb #20091: 2003-111 // 13:44:06 TES orb #20092: 2003-111 // 15:41:47 TES orb #20093: 2003-111 // 17:39:30 TES orb #20094: 2003-111 // 19:37:14 TES orb #20095: 2003-111 // 21:34:59 TES orb #20096: 2003-111 // 23:32:40 TES orb #20097: 2003-112 // 01:30:19 TES orb #20098: 2003-112 // 03:27:58 TES orb #20099: 2003-112 // 05:25:42 TES orb #20100: 2003-112 // 07:23:27 TES orb #20101: 2003-112 // 09:21:10 TES orb #20102: 2003-112 // 11:18:51 TES orb #20103: 2003-112 // 13:16:31 TES orb #20104: 2003-112 // 15:14:10 TES orb #20105: 2003-112 // 17:11:51 TES orb #20106: 2003-112 // 19:09:35 TES orb #20107: 2003-112 // 21:07:19 TES orb #20108: 2003-112 // 23:05:02 TES orb #20109: 2003-113 // 01:02:42 TES orb #20110: 2003-113 // 03:00:20 TES orb #20111: 2003-113 // 04:58:01 TES orb #20112: 2003-113 // 06:55:46 TES orb #20113: 2003-113 // 08:53:31 TES orb #20114: 2003-113 // 10:51:13 TES orb #20115: 2003-113 // 12:48:54 TES orb #20116: 2003-113 // 14:46:33 p20031.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; RADIO SCIENCE SLEWS; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -60 to +66 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +67(asc) to -61(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm270, mm271, mm272, mz264, mz265, and mz266; beta supplement with 16 degree offpoint mapping - Radio Science spacecraft slews ocks 20042-20053 idle during slew (start ick 192), surface and space/ref observations for remainder of orbit 5) ROTO orbits and slew start icks - ock 20060 slew starts at 1577 - ock 20082 slew starts at 853 - ock 20083 slew starts at 1776 - ock 20084 slew starts at 1026 - ock 20108 slew starts at 1350 - ock 20109 slew starts at 1388 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) 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 9) 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) 10) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 11) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 12) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 13) 12 days loaded 14) 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3254 to ockB, ick 350 TES orb #20117: 2003-113 // 16:44:13 - p20117.img TES orb #20118: 2003-113 // 18:41:56 TES orb #20119: 2003-113 // 20:39:40 TES orb #20120: 2003-113 // 22:37:24 TES orb #20121: 2003-114 // 00:35:07 TES orb #20122: 2003-114 // 02:32:45 TES orb #20123: 2003-114 // 04:30:24 TES orb #20124: 2003-114 // 06:28:07 TES orb #20125: 2003-114 // 08:25:52 TES orb #20126: 2003-114 // 10:23:36 TES orb #20127: 2003-114 // 12:21:17 TES orb #20128: 2003-114 // 14:18:57 TES orb #20129: 2003-114 // 16:16:36 TES orb #20130: 2003-114 // 18:14:17 TES orb #20131: 2003-114 // 20:12:00 TES orb #20132: 2003-114 // 22:09:45 TES orb #20133: 2003-115 // 00:07:28 TES orb #20134: 2003-115 // 02:05:09 TES orb #20135: 2003-115 // 04:02:46 TES orb #20136: 2003-115 // 06:00:27 TES orb #20137: 2003-115 // 07:58:11 TES orb #20138: 2003-115 // 09:55:56 TES orb #20139: 2003-115 // 11:53:39 TES orb #20140: 2003-115 // 13:51:19 TES orb #20141: 2003-115 // 15:48:58 TES orb #20142: 2003-115 // 17:46:38 TES orb #20143: 2003-115 // 19:44:20 TES orb #20144: 2003-115 // 21:42:04 - No DATA TES orb #20145: 2003-115 // 23:39:49 TES orb #20146: 2003-116 // 01:37:32 TES orb #20147: 2003-116 // 03:35:11 TES orb #20148: 2003-116 // 05:32:49 TES orb #20149: 2003-116 // 07:30:32 TES orb #20150: 2003-116 // 09:28:17 TES orb #20151: 2003-116 // 11:26:01 TES orb #20152: 2003-116 // 13:23:43 TES orb #20153: 2003-116 // 15:21:23 TES orb #20154: 2003-116 // 17:19:02 TES orb #20155: 2003-116 // 19:16:43 TES orb #20156: 2003-116 // 21:14:26 TES orb #20157: 2003-116 // 23:12:11 TES orb #20158: 2003-117 // 01:09:55 TES orb #20159: 2003-117 // 03:07:36 TES orb #20160: 2003-117 // 05:05:14 TES orb #20161: 2003-117 // 07:02:53 TES orb #20162: 2003-117 // 09:00:37 TES orb #20163: 2003-117 // 10:58:22 TES orb #20164: 2003-117 // 12:56:05 TES orb #20165: 2003-117 // 14:53:46 TES orb #20166: 2003-117 // 16:51:25 TES orb #20167: 2003-117 // 18:49:05 TES orb #20168: 2003-117 // 20:46:47 TES orb #20169: 2003-117 // 22:44:31 TES orb #20170: 2003-118 // 00:42:15 TES orb #20171: 2003-118 // 02:39:58 TES orb #20172: 2003-118 // 04:37:38 TES orb #20173: 2003-118 // 06:35:16 TES orb #20174: 2003-118 // 08:32:58 TES orb #20175: 2003-118 // 10:30:43 TES orb #20176: 2003-118 // 12:28:27 TES orb #20177: 2003-118 // 14:26:10 TES orb #20178: 2003-118 // 16:23:50 TES orb #20179: 2003-118 // 18:21:29 TES orb #20180: 2003-118 // 20:19:09 TES orb #20181: 2003-118 // 22:16:53 TES orb #20182: 2003-119 // 00:14:37 TES orb #20183: 2003-119 // 02:12:21 TES orb #20184: 2003-119 // 04:10:03 TES orb #20185: 2003-119 // 06:07:41 TES orb #20186: 2003-119 // 08:05:21 - No DATA TES orb #20187: 2003-119 // 10:03:04 TES orb #20188: 2003-119 // 12:00:49 p20117.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE MOC FOCUS CALIBRATION TEST; 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 - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) data in singles mode (10 cm-1) day surface = -60 to +66 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +67(asc) to -61(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) upload covers spacecraft command sequences: mm272, mm273, mm274, mz267, and mz268; beta supplement with 16 degree offpoint mapping 5) ROTO orbits and slew start icks - ock 20167 slew starts at 1644 - ock 20168 slew starts at 1472 - ock 20169 slew starts at 804 - ock 20182 slew starts at 1337 - ock 20194 slew starts at 715 - ock 20195 slew starts at 1622 - ock 20196 slew starts at 1405 - ock 20197 slew starts at 1609 6) MOC focus cals TES stares nadir (-16 degree) for duration - ock 20121 slew starts at 2843 - ock 20134 slew starts at 2839 - ock 20147 slew starts at 2836 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 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single 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; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3233 to ockB, ick 337