Data Set Overview : This dataset contains data from COSIMA instrument in the Rosetta spacecraft. The set covers the substrate history from the calibration period of the instrument starting 2002-05-29 up to the end of the escort phase 4 2016-01-12. See the MISSION.CAT for a more detailed operations description. During the calibration period the instrument was operated with several software versions and for test purposes the operations were not always nominal. The substrate histories are anyway considered to be complete. During the first commissioning period from 2004-03-02 to 2004-06-06 the substrates from the target holder #D8 covering the dust inlet was stored. During the second commissioning period from 2004-09-06 to 2004-10-16 the first ever in space secondary ion mass spectra were generated. These can be found from the substrate #1C2 data. During the passive payload checkouts (PC) no science data was generated. The target holder #C2 was to be lifted to test the target manipulator unit. This failed in PC1 and PC3 due to hardware anomaly. Due to spacecraft telemetry problem, this history is not available from PC2 either. Test images from empty COSISCOPE slot were taken in all payload checkouts. All the substrates were also imaged in space to be used later as initial reference images. During the active checkouts the main operational concentration was to heal the baddly behaving ion emitter A. During those operations some spectra was acquired, but without intention to generate really scientifically usable background spectra from the substrates. During the prelanding phase, the COSIMA instrument was commissioned. The TOF-SIMS related voltage settings were optimised and COSISCOPE focused using the D8 substrates. From 2014-08-11 onward dust collection and the TOF-SIMS analysis was carried out with the D0 substrates. The TOF-SIMS measurements were done on selected dust particles on all D0 substrates. The particles coordinates were established manually from the COSISCOPE images. The substrate coordinate system applied for the TOF-SIMS has some extra offsets due to mechanical tolerances, particle heights and ion paths being different for positive and negative SIMS. These offsets can only be established by analysing the TOF-SIMS and image data. As of 2014-10-23 the ion optics was not operable anymore within the nominal operation parameter settings and the TOF-SIMS and the spectra got scientifically useless. The TOF-SIMS data during the 2014-10-23 - 2015-03-10 period is more or less instrument test data. Some of the tests were done across particles and the data may be usable, but the spectra are out of the nominal parameter range, containing shadow peaks and instrument effects. While the instrument was tested with different ion optics parameter setups, the CF substrates were exposed first time to collect dust on 2014-12-12. The particle collection worked nominally. The C7 substrates were exposed for the first time on 2015-02-14. From middle of the March 2015 a parameter setup was established, that recovered the TOF-SIMS part of the instrument. Searching for a new ion path optimum was a slow process, as there was the potential of permanent damage due to Indium deposition on ion optics. The SIMS was carried out mainly with C7 and CF. D1 was exposed on 2015-04-10 and CD on 2015-05-30. CD, CF and D1 were analysed by TOF-SIMS during May 2015 and CF and D1 in the June 2015. In July 2015 C7 was measured again, while CD was exposed for particle collection and TOF-SIMS up to October. D2 was exposed on 2015-10-11. SIMS continued with C7, CF, D1 and D2 Gains crushing was tried in February and later in March. In 1D0 grain position crushed was Andrzej, in 3D0 Nick and Kerttu. C3 was used for expose from 2015-05-10. 2016-06-29 C emitter got a permanent short in the extracted voltage. After several failed tries with the A emitter, it was finally given up in the mid August. C emitter was then used for cleaning (sputtering) the grains with tip voltage only. From the end of August a setup was found, where the C emitter could be used also for spectra acquistion, even in tip only mode. However, it detoriated slowly during September and finally failed 2015-09-28. Table of the operations, with expose times and then the number of the different actions done for the substrate 2002-06-10T07:38:28 EXPOSE | D8 004T05:53:05 | | | 2002-06-14T13:31:33 images |2D8 1| | | | | 2002-06-14T14:23:22 EXPOSE | D8 020T16:46:13 | | | 2002-07-05T07:20:00 EXPOSE | D8 000T00:17:36 | | | 2002-07-05T07:37:37 spectra|2C3 1| | | | | 2002-07-05T12:45:46 EXPOSE | D8 611T13:53:56 | | | 2004-03-08T02:39:42 images |1C1 2|1C2 6|1C3 4|1C4 2|1C5 2|1C6 2 |1C7 4|1C8 2|1C9 1|1CA 2|1CB 2|1CC 2 |1CD 2|1CE 2|1CF 2|1D0 2|1D1 2|1D2 2 |1D3 2|1D4 2|1D5 2|1D6 2|1D7 2|1D8 5 |2C1 2|2C2 4|2C3 4|2C4 2|2C5 2|2C6 2 |2C7 4|2C8 2|2C9 2|2CA 2|2CB 2|2CC 2 |2CD 2|2CE 2|2CF 2|2D0 2|2D1 2|2D2 2 |2D3 2|2D4 2|2D5 3|2D6 2|2D7 2|2D8 9 |3C1 4|3C2 4|3C3 4|3C4 2|3C5 2|3C6 2 |3C7 4|3C8 2|3C9 2|3CA 2|3CB 2|3CC 2 |3CD 2|3CE 2|3CF 2|3D0 2|3D1 3|3D2 2 |3D3 2|3D4 2|3D5 2|3D6 2|3D7 2|3D8 5 2004-03-08T02:39:42 spectra|1C2 14|2D5 1|2D8 13|3C1 4| | 2004-03-08T02:39:42 clean |2D5 1| | | | | 2008-07-22T18:15:57 EXPOSE | D8 216T04:14:57 | | | 2009-02-23T22:30:54 images |1D8 5|2D8 5|3D8 5| | | 2009-02-23T22:30:54 clean |2D5 1| | | | | 2009-09-27T03:21:33 EXPOSE | D8 002T23:56:38 | | | 2009-09-30T03:18:11 images |1D8 6|2D8 6|3D8 6| | | 2009-09-30T03:18:11 spectra|2D8 6| | | | | 2009-09-30T03:18:11 heat |1D8 4|2D8 4|3D8 4| | | 2009-09-30T03:18:11 clean |2D5 1| | | | | 2010-05-08T11:23:30 EXPOSE | D8 001T02:57:01 | | | 2010-05-09T14:20:31 images |1D8 8|2D8 8|3C2 33|3D8 8| | 2010-05-09T14:20:31 spectra|2D8 2| | | | | 2010-07-06T10:41:44 EXPOSE | D8 007T06:33:48 | | | 2010-07-13T17:15:32 images |1D0 73|1D8 6|2D0 73|2D8 8|3D0 72|3D8 6 2010-07-13T17:15:32 spectra|1D0 83|2D0 20|2D8 6|3D0 231| | 2010-07-13T17:15:32 clean |2D8 2| | | | | 2014-08-11T09:00:40 EXPOSE | D0 006T09:33:32 | | | 2014-08-17T18:34:12 images |1D0 4|2D0 4|3D0 4| | | 2014-08-17T18:34:12 spectra|1D0 14| | | | | 2014-08-18T02:11:34 EXPOSE | D0 000T06:33:38 | | | 2014-08-18T08:45:28 EXPOSE | D0 006T10:03:44 | | | 2014-08-24T18:49:13 images |1D0 4|2D0 4|3D0 4| | | 2014-08-24T18:49:13 spectra|1D0 44| | | | | 2014-08-25T02:34:35 EXPOSE | D0 000T06:25:40 | | | 2014-08-25T09:00:31 EXPOSE | D0 004T09:48:41 | | | 2014-08-29T18:49:12 images |1D0 4|2D0 4|3D0 5| | | 2014-09-02T09:33:24 EXPOSE | D0 002T21:45:47 | | | 2014-09-05T07:19:12 images |1D0 4|2D0 4|3D0 4| | | 2014-09-05T07:19:12 spectra|3D0 98| | | | | 2014-09-05T15:21:31 EXPOSE | D0 000T06:08:44 | | | 2014-09-05T21:30:31 EXPOSE | D0 000T13:30:18 | | | 2014-09-06T11:00:49 spectra|1D0 54|3D0 54| | | | 2014-09-06T18:42:45 EXPOSE | D0 000T02:17:30 | | | 2014-09-06T21:00:31 EXPOSE | D0 000T13:35:42 | | | 2014-09-07T10:36:13 spectra|2D0 102| | | | | 2014-09-07T17:26:44 EXPOSE | D0 000T03:08:30 | | | 2014-09-07T20:35:30 EXPOSE | D0 004T14:54:41 | | | 2014-09-12T11:30:11 images |1D0 24|2D0 24|3D0 24| | | 2014-09-13T12:06:32 EXPOSE | D0 000T19:57:38 | | | 2014-09-14T08:04:10 images |1D0 4|2D0 4|3D0 4| | | 2014-09-14T08:04:10 spectra|1D0 26| | | | | 2014-09-14T16:43:29 EXPOSE | D0 000T05:31:46 | | | 2014-09-14T22:15:31 EXPOSE | D0 004T09:03:40 | | | 2014-09-19T07:19:12 images |1D0 4|2D0 4|3D0 4| | | 2014-09-19T07:19:12 spectra|1D0 20|2D0 20|3D0 20| | | 2014-09-19T16:27:14 EXPOSE | D0 000T05:03:00 | | | 2014-09-19T21:30:30 EXPOSE | D0 001T15:16:01 | | | 2014-09-21T12:46:32 spectra|2D0 144| | | | | 2014-09-21T20:11:40 EXPOSE | D0 000T02:03:36 | | | 2014-09-21T22:15:32 EXPOSE | D0 003T08:33:40 | | | 2014-09-25T06:49:12 images |1D0 4|2D0 4|3D0 4| | | 2014-09-25T06:49:12 spectra|1D0 20|2D0 20|3D0 20| | | 2014-09-25T16:26:34 EXPOSE | D0 000T04:33:40 | | | 2014-09-25T21:00:30 EXPOSE | D0 000T14:30:02 | | | 2014-09-26T11:30:33 spectra|1D0 100|3D0 72| | | | 2014-09-26T21:09:41 EXPOSE | D0 000T00:20:34 | | | 2014-09-26T21:30:31 EXPOSE | D0 000T13:29:54 | | | 2014-09-27T11:00:26 spectra|2D0 162| | | | | 2014-09-27T19:48:28 EXPOSE | D0 000T01:11:46 | | | 2014-09-27T21:00:30 EXPOSE | D0 001T12:49:40 | | | 2014-09-29T09:50:11 images |1D0 1| | | | | 2014-09-29T09:50:11 spectra|1D0 108| | | | | 2014-09-29T17:48:46 EXPOSE | D0 000T02:46:30 | | | 2014-09-29T20:35:32 EXPOSE | D0 003T22:13:38 | | | 2014-10-03T18:49:10 images |1D0 4|2D0 4|3D0 4| | | 2014-10-03T18:49:10 spectra|1D0 20|2D0 20|3D0 20| | | 2014-10-04T04:01:30 EXPOSE | D0 000T04:58:44 | | | 2014-10-04T09:00:30 EXPOSE | D0 000T13:14:40 | | | 2014-10-04T22:15:11 images |1D0 1| | | | | 2014-10-04T22:15:11 spectra|1D0 127| | | | | 2014-10-05T07:04:37 EXPOSE | D0 000T01:55:36 | | | 2014-10-05T09:00:29 EXPOSE | D0 000T13:14:40 | | | 2014-10-05T22:15:10 images |2D0 1| | | | | 2014-10-05T22:15:10 spectra|2D0 128| | | | | 2014-10-06T07:07:14 EXPOSE | D0 000T01:53:00 | | | 2014-10-06T09:00:30 EXPOSE | D0 004T09:48:41 | | | 2014-10-10T18:49:11 images |1D0 4|2D0 4|3D0 4| | | 2014-10-10T18:49:11 spectra|1D0 20|2D0 20|3D0 20| | | 2014-10-11T04:05:23 EXPOSE | D0 000T04:54:50 | | | 2014-10-11T09:00:29 EXPOSE | D0 000T01:59:42 | | | 2014-10-11T11:00:12 images |1D0 64|2D0 64| | | | 2014-10-12T03:02:58 EXPOSE | D0 005T15:46:13 | | | 2014-10-17T18:49:12 images |1D0 4|2D0 4|3D0 4| | | 2014-10-17T18:49:12 spectra|1D0 20|2D0 20|3D0 20| | | 2014-10-18T04:03:04 EXPOSE | D0 000T04:57:10 | | | 2014-10-18T09:00:31 EXPOSE | D0 000T14:31:16 | | | 2014-10-18T23:31:47 spectra|1D0 162| | | | | 2014-10-19T08:00:56 EXPOSE | D0 000T00:59:18 | | | 2014-10-19T09:00:30 EXPOSE | D0 003T03:46:17 | | | 2014-10-22T12:46:48 spectra|1D0 72|3D0 98| | | | 2014-10-22T23:15:16 EXPOSE | D0 000T00:00:16 | | | 2014-10-22T23:15:48 EXPOSE | D0 000T12:15:44 | | | 2014-10-23T11:31:32 spectra|2D0 160|3D0 277| | | | 2014-10-23T21:14:12 EXPOSE | D0 000T21:34:58 | | | 2014-10-24T18:49:11 images |1D0 4|2D0 4|3D0 4| | | 2014-10-24T18:49:11 spectra|1D0 72|2D0 72| | | | 2014-10-25T10:58:52 EXPOSE | D0 000T00:00:16 | | | 2014-10-25T10:59:24 EXPOSE | D0 000T11:15:48 | | | 2014-10-25T22:15:12 images |1D0 1| | | | | 2014-10-25T22:15:12 spectra|1D0 144| | | | | 2014-10-26T08:58:49 EXPOSE | D0 000T00:01:26 | | | 2014-10-26T09:00:31 EXPOSE | D0 000T13:14:40 | | | 2014-10-26T22:15:11 images |1D0 1| | | | | 2014-10-26T22:15:11 spectra|1D0 144| | | | | 2014-10-27T08:53:02 EXPOSE | D0 000T00:07:12 | | | 2014-10-27T09:00:30 EXPOSE | D0 001T13:14:40 | | | 2014-10-28T22:15:10 images |2D0 1| | | | | 2014-10-28T22:15:10 spectra|2D0 72| | | | | 2014-10-29T04:52:12 EXPOSE | D0 000T04:08:02 | | | 2014-10-29T09:00:31 EXPOSE | D0 001T21:48:41 | | | 2014-10-31T06:49:12 images |1D0 4|2D0 68|3D0 4| | | 2014-10-31T20:56:17 EXPOSE | D0 000T14:04:28 | | | 2014-11-01T11:00:45 spectra|3D0 80| | | | | 2014-11-01T21:13:46 EXPOSE | D0 000T14:16:36 | | | 2014-11-02T11:30:22 spectra|3D0 88| | | | | 2014-11-02T14:01:12 EXPOSE | D0 000T07:29:02 | | | 2014-11-02T21:30:31 EXPOSE | D0 001T13:29:40 | | | 2014-11-04T11:00:11 images |1D0 64|2D0 64| | | | 2014-11-05T02:16:48 EXPOSE | D0 002T05:02:23 | | | 2014-11-07T07:19:11 images |1D0 4|2D0 4|3D0 4| | | 2014-11-07T07:19:11 spectra|2D0 173| | | | | 2014-11-07T17:44:47 EXPOSE | D0 006T13:34:24 | | | 2014-11-14T07:19:12 images |1D0 4|2D0 4|3D0 4| | | 2014-11-14T11:38:24 EXPOSE | D0 005T00:46:49 | | | 2014-11-19T12:25:13 images |3D0 64| | | | | 2014-11-19T20:26:20 EXPOSE | D0 001T12:22:52 | | | 2014-11-21T08:49:13 images |1D0 4|2D0 4|3D0 4| | | 2014-11-21T14:06:33 EXPOSE | D0 001T22:50:15 | | | 2014-11-23T12:56:48 spectra|2D0 242| | | | | 2014-11-26T04:00:56 EXPOSE | D0 016T11:09:25 | | | 2014-12-12T15:10:22 images |1CF 4|1D0 48|2CF 4|2D0 59|3CF 4|3D0 92 2014-12-16T13:06:33 EXPOSE | CF 003T16:54:58 | | | 2014-12-20T06:01:31 images |1CF 4|2CF 4|3CF 4| | | 2014-12-20T06:01:31 spectra|2CF 26| | | | | 2014-12-20T11:55:00 EXPOSE | CF 006T14:37:16 | | | 2014-12-27T02:32:16 images |1CF 4|2CF 4|3CF 4| | | 2014-12-27T07:08:36 EXPOSE | CF 005T23:37:46 | | | 2015-01-02T06:46:23 images |1CF 4|2CF 4|3CF 4| | | 2015-01-02T11:22:43 EXPOSE | CF 006T16:28:10 | | | 2015-01-09T03:50:54 images |1CF 4|2CF 4|3CF 4| | | 2015-01-09T08:27:16 EXPOSE | CF 001T12:04:17 | | | 2015-01-10T20:31:50 EXPOSE | CF 003T07:43:24 | | | 2015-01-14T04:15:14 images |1CF 4|2CF 4|3CF 4| | | 2015-01-14T06:10:18 EXPOSE | CF 001T01:06:22 | | | 2015-01-15T07:16:40 images |1CF 4|2CF 4|3CF 4| | | 2015-01-15T09:11:42 EXPOSE | CF 000T18:39:14 | | | 2015-01-16T03:50:57 images |1CF 4|2CF 4|3CF 4| | | 2015-01-16T05:38:09 EXPOSE | CF 000T22:37:04 | | | 2015-01-17T04:15:14 images |1CF 4|2CF 4|3CF 4| | | 2015-01-17T06:00:46 EXPOSE | CF 000T14:30:46 | | | 2015-01-17T20:31:49 EXPOSE | CF 000T10:12:20 | | | 2015-01-18T06:44:09 images |1CF 4|2CF 4|3CF 4| | | 2015-01-18T08:31:29 EXPOSE | CF 001T17:28:41 | | | 2015-01-20T02:00:10 images |1CF 4|2CF 4|3CF 4| | | 2015-01-23T12:41:32 EXPOSE | CF 000T15:33:42 | | | 2015-01-24T04:15:14 images |1CF 4|2CF 4|3CF 4| | | 2015-01-24T06:10:06 EXPOSE | CF 000T14:21:26 | | | 2015-01-24T20:31:49 EXPOSE | CF 000T10:12:20 | | | 2015-01-25T06:44:09 images |1CF 4|2CF 4|3CF 4| | | 2015-01-25T08:44:33 EXPOSE | CF 000T18:12:14 | | | 2015-01-26T02:56:48 images |1CF 4|2CF 4|3CF 4| | | 2015-01-26T04:57:02 EXPOSE | CF 000T23:15:34 | | | 2015-01-27T04:12:37 images |1CF 4|2CF 4|3CF 4| | | 2015-01-27T06:12:55 EXPOSE | CF 000T22:02:20 | | | 2015-01-28T04:15:16 images |1CF 4|2CF 4|3CF 4| | | 2015-01-28T06:15:42 EXPOSE | CF 001T01:00:58 | | | 2015-01-29T07:16:40 images |1CF 4|2CF 4|3CF 4| | | 2015-01-29T09:17:30 EXPOSE | CF 000T18:33:26 | | | 2015-01-30T03:50:57 images |1CF 4|2CF 4|3CF 4| | | 2015-01-30T05:51:45 EXPOSE | CF 000T22:23:28 | | | 2015-01-31T04:15:14 images |1CF 4|2CF 4|3CF 4| | | 2015-01-31T06:16:10 EXPOSE | CF 000T14:15:24 | | | 2015-01-31T20:31:50 EXPOSE | CF 000T10:12:20 | | | 2015-02-01T06:44:10 images |1CF 4|2CF 3|3CF 4| | | 2015-02-01T08:44:58 EXPOSE | CF 000T19:30:16 | | | 2015-02-02T04:15:15 images |1CF 4|2CF 4|3CF 4| | | 2015-02-02T06:16:17 EXPOSE | CF 000T21:56:18 | | | 2015-02-03T04:12:36 images |1CF 4|2CF 4|3CF 4| | | 2015-02-03T06:13:28 EXPOSE | CF 006T03:51:44 | | | 2015-02-09T10:05:12 images |1C7 33|1CF 40|2C7 33|2CF 41|3C7 33|3CF 41 2015-02-09T10:05:12 heat |1C7 8|2C7 8|3C7 8| | | 2015-02-14T09:37:15 EXPOSE | C7 000T06:08:40 | | | 2015-02-14T15:45:55 images |1C7 2|2C7 2|3C7 2| | | 2015-02-14T22:07:15 EXPOSE | C7 000T04:37:56 | | | 2015-02-15T02:45:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-15T05:21:31 EXPOSE | C7 000T07:08:40 | | | 2015-02-15T12:30:12 images |1C7 2|2C7 2|3C7 2| | | 2015-02-15T14:51:32 EXPOSE | C7 000T09:08:40 | | | 2015-02-16T00:00:12 images |1C7 2|2C7 2|3C7 2| | | 2015-02-16T02:36:32 EXPOSE | C7 000T09:23:38 | | | 2015-02-16T12:00:10 images |1C7 2|2C7 2|3C7 2| | | 2015-02-16T14:36:33 EXPOSE | C7 002T02:53:39 | | | 2015-02-18T17:30:13 images |1C7 2|2C7 2|3C7 2| | | 2015-02-18T21:21:33 EXPOSE | C7 000T04:08:40 | | | 2015-02-19T01:30:13 images |1C7 2|2C7 2|3C7 2| | | 2015-02-19T06:06:33 EXPOSE | C7 000T07:08:38 | | | 2015-02-19T13:15:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-19T17:06:33 EXPOSE | C7 000T16:53:38 | | | 2015-02-20T10:00:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-20T23:06:30 EXPOSE | C7 000T11:55:40 | | | 2015-02-21T11:02:10 images |1C7 13|2C7 9|3C7 29| | | 2015-02-22T11:21:31 EXPOSE | C7 000T13:10:14 | | | 2015-02-23T00:31:46 spectra|1C7 68| | | | | 2015-02-23T02:17:46 EXPOSE | C7 000T07:42:28 | | | 2015-02-23T10:00:30 EXPOSE | C7 003T18:33:40 | | | 2015-02-27T04:34:10 images |1C7 4|2C7 4|3C7 4| | | 2015-02-27T08:53:14 EXPOSE | C7 000T03:51:55 | | | 2015-02-27T12:45:10 images |1C7 2|2C7 2|3C7 2| | | 2015-02-27T14:51:31 EXPOSE | C7 000T02:53:40 | | | 2015-02-27T17:45:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-27T19:33:31 EXPOSE | C7 000T02:56:40 | | | 2015-02-27T22:30:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-28T00:18:31 EXPOSE | C7 000T12:56:40 | | | 2015-02-28T13:15:11 images |1C7 2|2C7 2|3C7 2| | | 2015-02-28T15:21:32 EXPOSE | C7 000T03:53:40 | | | 2015-02-28T19:15:12 images |1C7 29|2C7 29|3C7 29| | | 2015-03-01T20:36:31 EXPOSE | C7 005T14:26:27 | | | 2015-03-07T11:02:58 spectra|1C7 55| | | | | 2015-03-07T16:48:48 EXPOSE | C7 000T03:42:46 | | | 2015-03-07T20:31:50 EXPOSE | C7 001T12:39:25 | | | 2015-03-09T09:11:15 images |1C7 45|1D0 41|2C7 45|2D0 41|3C7 45|3D0 41 2015-03-13T06:22:53 EXPOSE | C7 003T06:55:49 | | | 2015-03-16T13:18:42 spectra|1C7 137| | | | | 2015-03-16T21:39:36 EXPOSE | C7 000T00:13:42 | | | 2015-03-16T21:53:34 EXPOSE | C7 002T09:12:22 | | | 2015-03-19T07:05:56 images |1C7 4|2C7 4|3C7 4| | | 2015-03-19T09:33:24 EXPOSE | C7 000T17:59:40 | | | 2015-03-20T03:33:05 images |1C7 4|2C7 4|3C7 4| | | 2015-03-20T06:00:39 EXPOSE | C7 001T00:07:14 | | | 2015-03-21T06:07:54 images |1CF 33|2CF 33|3CF 33| | | 2015-03-21T06:07:54 spectra|2CF 134| | | | | 2015-03-22T16:08:37 EXPOSE | C7 000T10:35:02 | | | 2015-03-23T02:43:39 images |1C7 4|2C7 4|3C7 4| | | 2015-03-23T05:11:07 EXPOSE | C7 001T03:43:36 | | | 2015-03-24T08:54:44 images |1C7 4|2C7 4|3C7 4| | | 2015-03-24T11:22:10 EXPOSE | C7 003T01:48:04 | | | 2015-03-27T13:10:14 images |1C7 2|2C7 2|3C7 2| | | 2015-03-27T14:12:02 EXPOSE | C7 000T03:28:12 | | | 2015-03-27T17:40:14 images |1C7 2|2C7 2|3C7 2| | | 2015-03-27T18:42:14 EXPOSE | C7 000T03:53:00 | | | 2015-03-27T22:35:14 images |1C7 2|2C7 2|3C7 2| | | 2015-03-27T23:37:06 EXPOSE | C7 000T06:36:08 | | | 2015-03-28T06:13:15 images |1C7 2|2C7 2|3C7 2| | | 2015-03-28T07:15:05 EXPOSE | C7 000T05:10:10 | | | 2015-03-28T12:25:15 images |1C7 2|2C7 2|3C7 2| | | 2015-03-28T13:27:09 EXPOSE | C7 000T04:33:04 | | | 2015-03-28T18:00:13 images |1C7 2|2C7 2|3C7 2| | | 2015-03-28T19:01:59 EXPOSE | C7 000T01:58:16 | | | 2015-03-28T21:00:15 images |1C7 2|2C7 2|3C7 2| | | 2015-03-28T22:02:03 EXPOSE | C7 008T05:05:34 | | | 2015-04-06T03:07:38 images |1C7 66|1D1 5|2C7 66|2D1 5|3C7 66|3D1 5 2015-04-06T03:07:38 heat |1D1 8|2D1 8|3D1 8| | | 2015-04-10T19:44:55 EXPOSE | D1 000T10:22:56 | | | 2015-04-11T06:07:51 images |1D1 4|2D1 4|3D1 4| | | 2015-04-11T06:07:51 spectra|1D1 84|2D1 8|3D1 8| | | 2015-04-11T16:34:44 EXPOSE | D1 000T03:00:12 | | | 2015-04-11T19:35:12 EXPOSE | D1 000T00:53:42 | | | 2015-04-11T20:29:10 EXPOSE | D1 000T10:12:04 | | | 2015-04-12T11:17:35 EXPOSE | D1 000T15:31:00 | | | 2015-04-13T02:48:35 images |1D1 29|2D1 29|3D1 29| | | 2015-04-14T04:09:56 EXPOSE | D1 000T22:25:18 | | | 2015-04-15T02:35:15 images |1D1 4|2D1 4|3D1 4| | | 2015-04-15T04:21:29 EXPOSE | D1 001T02:44:26 | | | 2015-04-16T07:05:56 images |1D1 4|2D1 4|3D1 4| | | 2015-04-16T08:52:06 EXPOSE | D1 000T18:40:58 | | | 2015-04-17T03:33:05 images |1D1 4|2D1 4|3D1 4| | | 2015-04-17T05:22:07 EXPOSE | D1 001T03:25:45 | | | 2015-04-18T08:47:52 images |1C7 6|2C7 6|3C7 6| | | 2015-04-18T08:47:52 spectra|1C7 188|2C7 204| | | | 2015-04-19T18:01:23 EXPOSE | D1 000T08:42:16 | | | 2015-04-20T02:43:39 images |1D1 4|2D1 4|3D1 4| | | 2015-04-20T04:30:37 EXPOSE | D1 001T04:24:05 | | | 2015-04-21T08:54:43 images |1D1 4|2D1 4|3D1 4| | | 2015-04-21T10:41:31 EXPOSE | D1 000T15:53:44 | | | 2015-04-22T02:35:15 images |1D1 4|2D2 4|3D3 4| | | 2015-04-22T05:35:27 EXPOSE | D1 001T01:30:30 | | | 2015-04-23T07:05:58 images |1D1 4|2D2 4|3D3 4| | | 2015-04-23T10:06:04 EXPOSE | D1 002T16:09:11 | | | 2015-04-26T02:15:16 images |1D1 4|2D1 4|3D1 4| | | 2015-04-26T02:15:16 spectra|1D1 194| | | | | 2015-04-26T13:56:53 EXPOSE | D1 000T01:39:24 | | | 2015-04-26T15:36:33 EXPOSE | D1 003T00:19:47 | | | 2015-04-29T15:56:20 images |1C7 9|1D1 4|2C7 9|2D1 4|3C7 9|3D1 4 2015-04-29T15:56:20 spectra|1C7 136|2C7 136|3C7 152| | | 2015-05-01T05:50:42 EXPOSE | D1 000T22:24:32 | | | 2015-05-02T04:15:15 images |1D1 4|2D1 4|3D1 4| | | 2015-05-02T06:02:01 EXPOSE | D1 001T10:42:54 | | | 2015-05-03T16:44:56 images |1C7 32|1D1 68|2C7 4|2D1 70|3C7 4|3D1 70 2015-05-03T16:44:56 spectra|1C7 200| | | | | 2015-05-07T18:24:15 EXPOSE | D1 002T02:18:19 | | | 2015-05-09T20:42:35 images |1D1 4|2D1 4|3D1 4| | | 2015-05-09T22:31:33 EXPOSE | D1 000T18:18:24 | | | 2015-05-10T16:49:57 images |1D1 4|2D1 4|3D1 4| | | 2015-05-10T18:38:53 EXPOSE | D1 000T18:18:26 | | | 2015-05-11T12:57:20 images |1D1 4|2D1 4|3D1 4| | | 2015-05-11T14:46:06 EXPOSE | D1 000T18:18:34 | | | 2015-05-12T09:04:41 images |1D1 4|2D1 4|3D1 4| | | 2015-05-12T11:06:31 EXPOSE | D1 001T04:58:22 | | | 2015-05-13T16:04:54 images |1D0 57|1D1 8|2D0 58|2D1 8|3D0 58|3D1 8 2015-05-13T16:04:54 spectra|1D1 87| | | | | 2015-05-16T13:18:43 EXPOSE | D1 001T03:31:14 | | | 2015-05-17T16:49:57 images |1D1 4|2D1 4|3D1 4| | | 2015-05-17T18:55:27 EXPOSE | D1 000T18:01:52 | | | 2015-05-18T12:57:20 images |1D1 4|2D1 4|3D1 4| | | 2015-05-18T15:02:48 EXPOSE | D1 000T18:01:52 | | | 2015-05-19T09:04:41 images |1D1 4|2D1 4|3D1 4| | | 2015-05-19T11:10:05 EXPOSE | D1 000T18:41:56 | | | 2015-05-20T05:52:02 images |1CE 8|1D1 12|2CE 8|2D1 12|3CE 8|3D1 12 2015-05-20T05:52:02 spectra|1CE 244|2D1 364| | | | 2015-05-22T19:33:36 EXPOSE | D1 001T10:20:43 | | | 2015-05-24T05:54:19 images |1D1 4|2D1 4|3D1 4| | | 2015-05-24T07:59:49 EXPOSE | D1 001T03:13:36 | | | 2015-05-25T11:13:26 images |1D1 4|2D1 4|3D1 4| | | 2015-05-25T13:19:06 EXPOSE | D1 000T17:27:04 | | | 2015-05-26T06:46:11 images |1D1 4|2D1 4|3D1 4| | | 2015-05-26T08:52:07 EXPOSE | D1 001T03:13:04 | | | 2015-05-27T12:05:12 images |1CD 8|2CD 8|3CD 8| | | 2015-05-27T12:05:12 spectra|1CD 100|2CD 72|3CD 72| | | 2015-05-27T12:05:12 heat |1CD 8|2CD 8|3CD 8| | | 2015-05-30T04:04:35 EXPOSE | CD 001T02:40:06 | | | 2015-05-31T06:44:41 images |1CD 4|2CD 4|3CD 4| | | 2015-05-31T08:27:11 EXPOSE | CD 000T18:23:50 | | | 2015-06-01T02:51:02 images |1CD 4|2CD 4|3CD 4| | | 2015-06-01T04:33:24 EXPOSE | CD 001T04:27:04 | | | 2015-06-02T09:00:29 images |1CD 4|2CD 4|3CD 4| | | 2015-06-02T10:42:45 EXPOSE | CD 000T19:17:26 | | | 2015-06-03T06:00:12 images |1CD 4|1D1 66|2CD 4|2D1 74|3CD 4|3D1 66 2015-06-05T15:40:52 EXPOSE | CD 001T15:03:49 | | | 2015-06-07T06:44:42 images |1CD 4|2CD 4|3CD 4| | | 2015-06-07T08:26:58 EXPOSE | CD 005T00:09:22 | | | 2015-06-12T08:36:20 images |1CD 4|1D1 12|2CD 4|2D1 12|3CD 4|3D1 12 2015-06-12T08:36:20 spectra|2D1 328| | | | | 2015-06-14T02:26:13 EXPOSE | CD 001T04:34:01 | | | 2015-06-15T07:00:15 images |1CD 4|2CD 4|3CD 4| | | 2015-06-15T08:41:31 EXPOSE | CD 000T11:58:42 | | | 2015-06-15T20:40:13 images |1CD 4|2CD 4|3CD 4| | | 2015-06-15T22:21:17 EXPOSE | CD 001T07:10:44 | | | 2015-06-17T05:32:02 images |1CD 4|1D1 12|2CD 4|2D1 12|3CD 4|3D1 12 2015-06-17T05:32:02 spectra|2D1 404| | | | | 2015-06-18T23:07:33 EXPOSE | CD 001T06:47:41 | | | 2015-06-20T05:55:15 images |1CD 4|2CD 4|3CD 4| | | 2015-06-20T07:36:31 EXPOSE | CD 001T09:11:20 | | | 2015-06-21T16:47:52 images |1CD 4|2CD 4|3CD 4| | | 2015-06-21T18:29:52 EXPOSE | CD 001T14:30:37 | | | 2015-06-23T09:00:29 images |1CD 4|2CD 4|3CD 4| | | 2015-06-23T10:41:59 EXPOSE | CD 000T18:50:02 | | | 2015-06-24T05:32:02 images |1CD 4|1CF 12|1D1 59|2CD 4|2CF 12|2D1 62| |3CD 4|3CF 12 2015-06-24T05:32:02 spectra|1CF 424| | | | | 2015-06-27T08:20:51 EXPOSE | CD 003T21:11:10 | | | 2015-07-01T05:32:02 images |1CD 4|1CF 22|1D1 12|2CD 4|2D1 12|3CD 4| |3D1 12 2015-07-01T05:32:02 spectra|2D1 324| | | | | 2015-07-03T01:34:12 EXPOSE | CD 001T09:04:10 | | | 2015-07-04T10:38:23 images |1CD 4|2CD 4|3CD 4| | | 2015-07-04T12:19:03 EXPOSE | CD 001T20:56:11 | | | 2015-07-06T09:15:15 images |1CD 4|2CD 4|3CD 4| | | 2015-07-06T10:55:59 EXPOSE | CD 000T00:00:16 | | | 2015-07-06T10:56:15 images |1CD 4|2CD 4|3CD 4| | | 2015-07-06T12:36:59 EXPOSE | CD 001T16:55:05 | | | 2015-07-08T05:32:04 images |1C7 12|1CD 4|2C7 12|2CD 4|3C7 12|3CD 4 2015-07-08T05:32:04 spectra|1C7 348| | | | | 2015-07-09T23:16:49 EXPOSE | CD 000T14:00:32 | | | 2015-07-10T13:17:22 images |1CD 4|2CD 4|3CD 4| | | 2015-07-10T14:58:58 EXPOSE | CD 001T01:29:14 | | | 2015-07-11T16:28:13 images |1CD 4|2CD 4|3CD 4| | | 2015-07-11T18:09:43 EXPOSE | CD 001T18:44:27 | | | 2015-07-13T12:54:11 images |1CD 4|2CD 4|3CD 4| | | 2015-07-13T14:35:29 EXPOSE | CD 001T14:56:33 | | | 2015-07-15T05:32:03 images |1C7 16|1CD 4|2C7 16|2CD 4|3C7 16|3CD 4 2015-07-15T05:32:03 spectra|1C7 580| | | | | 2015-07-17T19:42:41 EXPOSE | CD 000T14:55:40 | | | 2015-07-18T10:38:22 images |1CD 4|2CD 4|3CD 4| | | 2015-07-18T12:19:46 EXPOSE | CD 000T18:24:56 | | | 2015-07-19T06:44:43 images |1CD 4|2CD 4|3CD 4| | | 2015-07-19T08:26:31 EXPOSE | CD 001T04:27:38 | | | 2015-07-20T12:54:10 images |1CD 4|2CD 4|3CD 4| | | 2015-07-20T14:35:36 EXPOSE | CD 000T18:24:54 | | | 2015-07-21T09:00:31 images |1CD 4|2CD 4|3CD 4| | | 2015-07-21T10:34:41 EXPOSE | CD 000T18:57:21 | | | 2015-07-22T05:32:02 images |1C7 12|1CD 4|2C7 12|2CD 4|3C7 12|3CD 4 2015-07-22T05:32:02 spectra|3C7 282| | | | | 2015-07-23T23:17:13 EXPOSE | CD 000T13:50:01 | | | 2015-07-24T13:07:14 images |1CD 4|2CD 4|3CD 4| | | 2015-07-24T14:48:40 EXPOSE | CD 000T01:17:50 | | | 2015-07-24T16:06:30 images |1CD 4|2CD 4|3CD 4| | | 2015-07-24T17:47:52 EXPOSE | CD 000T16:50:30 | | | 2015-07-25T10:38:23 images |1CD 4|2CD 4|3CD 4| | | 2015-07-25T12:19:39 EXPOSE | CD 001T04:28:12 | | | 2015-07-26T16:47:52 images |1CD 4|2CD 4|3CD 4| | | 2015-07-26T18:32:02 EXPOSE | CD 000T18:22:08 | | | 2015-07-27T12:54:11 images |1CD 4|2CD 4|3CD 4| | | 2015-07-27T14:38:19 EXPOSE | CD 000T18:22:12 | | | 2015-07-28T09:00:31 images |1CD 4|2CD 4|3CD 4| | | 2015-07-28T10:45:05 EXPOSE | CD 000T18:46:56 | | | 2015-07-29T05:32:02 images |1CD 13|2CD 16|3CD 16| | | 2015-07-29T05:32:02 spectra|2CD 424| | | | | 2015-07-29T05:32:02 heat |1CD 1|2CD 1|3CD 1| | | 2015-07-31T14:30:51 EXPOSE | CD 000T20:07:30 | | | 2015-08-01T10:38:22 images |1CD 4|2CD 4|3CD 4| | | 2015-08-01T12:37:08 EXPOSE | CD 000T18:07:34 | | | 2015-08-02T06:44:43 images |1CD 4|2CD 4|3CD 4| | | 2015-08-02T08:43:25 EXPOSE | CD 001T04:10:44 | | | 2015-08-03T12:54:10 images |1CD 4|2CD 4|3CD 4| | | 2015-08-03T14:52:46 EXPOSE | CD 000T18:07:44 | | | 2015-08-04T09:00:31 images |1CD 4|2CD 4|3CD 4| | | 2015-08-04T10:59:19 EXPOSE | CD 000T18:32:42 | | | 2015-08-05T05:32:02 images |1CD 12|2CD 12|3CD 12| | | 2015-08-05T05:32:02 spectra|2CD 372| | | | | 2015-08-06T18:18:17 EXPOSE | CD 001T16:20:05 | | | 2015-08-08T10:38:23 images |1CD 4|2CD 4|3CD 4| | | 2015-08-08T12:37:07 EXPOSE | CD 000T18:07:34 | | | 2015-08-09T06:44:42 images |1CD 4|2CD 4|3CD 4| | | 2015-08-09T08:43:36 EXPOSE | CD 000T21:29:38 | | | 2015-08-10T06:13:15 images |1CD 4|2CD 4|3CD 4| | | 2015-08-10T08:12:23 EXPOSE | CD 000T14:44:56 | | | 2015-08-10T22:57:19 images |1CD 4|2CD 4|3CD 4| | | 2015-08-11T00:56:38 EXPOSE | CD 000T08:03:54 | | | 2015-08-11T09:00:32 images |1CD 4|2CD 4|3CD 4| | | 2015-08-11T10:59:50 EXPOSE | CD 000T23:48:12 | | | 2015-08-12T10:48:03 images |1CD 37|2CD 12|3CD 12| | | 2015-08-12T10:48:03 spectra|1CD 392| | | | | 2015-08-14T14:45:25 EXPOSE | CD 000T19:52:58 | | | 2015-08-15T10:38:23 images |1CD 4|2CD 4|3CD 4| | | 2015-08-15T12:37:29 EXPOSE | CD 000T18:07:12 | | | 2015-08-16T06:44:42 images |1CD 4|2CD 4|3CD 4| | | 2015-08-16T08:44:02 EXPOSE | CD 000T21:29:10 | | | 2015-08-17T06:13:13 images |1CD 4|2CD 4|3CD 4| | | 2015-08-17T08:12:11 EXPOSE | CD 000T14:45:08 | | | 2015-08-17T22:57:19 images |1CD 4|2CD 4|3CD 4| | | 2015-08-18T00:56:12 EXPOSE | CD 000T08:04:18 | | | 2015-08-18T09:00:30 images |1CD 4|2CD 4|3CD 4| | | 2015-08-18T10:59:24 EXPOSE | CD 000T23:48:38 | | | 2015-08-19T10:48:03 images |1CD 12|2CD 66|3CD 12| | | 2015-08-19T10:48:03 spectra|1CD 391| | | | | 2015-08-21T14:46:19 EXPOSE | CD 000T19:52:04 | | | 2015-08-22T10:38:24 images |1CD 4|2CD 4|3CD 4| | | 2015-08-22T12:37:28 EXPOSE | CD 001T17:35:45 | | | 2015-08-24T06:13:14 images |1CD 4|2CD 4|3CD 4| | | 2015-08-24T08:12:18 EXPOSE | CD 000T14:45:00 | | | 2015-08-24T22:57:18 images |1CD 4|2CD 4|3CD 4| | | 2015-08-25T00:56:23 EXPOSE | CD 000T08:04:08 | | | 2015-08-25T09:00:31 images |1CD 4|2CD 4|3CD 4| | | 2015-08-25T10:59:35 EXPOSE | CD 000T18:32:28 | | | 2015-08-26T05:32:04 images |1CD 12|2CD 12|3CD 12| | | 2015-08-26T05:32:04 spectra|1CD 384| | | | | 2015-08-27T18:18:43 EXPOSE | CD 001T16:19:39 | | | 2015-08-29T10:38:23 images |1CD 4|2CD 4|3CD 4| | | 2015-08-29T12:38:53 EXPOSE | CD 000T18:05:50 | | | 2015-08-30T06:44:44 images |1CD 4|2CD 4|3CD 4| | | 2015-08-30T08:32:40 EXPOSE | CD 001T04:21:32 | | | 2015-08-31T12:54:13 images |1CD 4|2CD 4|3CD 4| | | 2015-08-31T14:41:53 EXPOSE | CD 000T08:15:26 | | | 2015-08-31T22:57:19 images |1CD 4|2CD 4|3CD 4| | | 2015-09-01T00:45:20 EXPOSE | CD 000T08:15:10 | | | 2015-09-01T09:00:30 images |1CD 4|2CD 4|3CD 4| | | 2015-09-01T10:48:06 EXPOSE | CD 001T04:56:48 | | | 2015-09-02T15:44:55 images |1CD 12|2CD 34|3CD 16| | | 2015-09-02T15:44:55 spectra|1CD 384| | | | | 2015-09-04T06:51:51 EXPOSE | CD 001T03:46:32 | | | 2015-09-05T10:38:24 images |1CD 4|2CD 4|3CD 4| | | 2015-09-05T12:26:04 EXPOSE | CD 000T11:41:28 | | | 2015-09-06T00:07:33 images |1CD 4|2CD 4|3CD 4| | | 2015-09-06T01:55:27 EXPOSE | CD 000T03:09:18 | | | 2015-09-06T05:04:45 images |1CD 4|2CD 4|3CD 4| | | 2015-09-06T06:52:17 EXPOSE | CD 002T02:08:13 | | | 2015-09-08T09:00:30 images |1CD 4|2CD 4|3CD 4| | | 2015-09-08T10:48:38 EXPOSE | CD 000T13:30:13 | | | 2015-09-09T00:18:52 images |1CD 16|2CD 16|3CD 16| | | 2015-09-09T00:18:52 spectra|1CD 384|3CD 204| | | | 2015-09-11T14:46:43 EXPOSE | CD 000T22:43:14 | | | 2015-09-12T13:29:58 images |1CD 4|2CD 4|3CD 4| | | 2015-09-12T15:29:00 EXPOSE | CD 000T03:32:32 | | | 2015-09-12T19:01:32 images |1CD 4|2CD 4|3CD 4| | | 2015-09-12T21:00:30 EXPOSE | CD 000T09:49:08 | | | 2015-09-13T06:49:39 images |1CD 2|2CD 2|3CD 2| | | 2015-09-13T08:57:59 EXPOSE | CD 000T17:53:02 | | | 2015-09-14T02:51:02 images |1CD 4|2CD 4|3CD 4| | | 2015-09-14T04:50:00 EXPOSE | CD 001T04:10:30 | | | 2015-09-15T09:00:31 images |1CD 4|2CD 4|3CD 4| | | 2015-09-15T10:59:23 EXPOSE | CD 001T04:45:32 | | | 2015-09-16T15:44:56 images |1CD 12|2CD 12|3CD 12| | | 2015-09-16T15:44:56 spectra|2CD 384| | | | | 2015-09-18T04:32:05 EXPOSE | CD 005T01:28:06 | | | 2015-09-23T06:00:12 images |1CD 68|2CD 68|3CD 68| | | 2015-09-23T06:00:12 spectra|1CD 144| | | | | 2015-09-26T20:37:13 EXPOSE | CD 003T08:54:48 | | | 2015-09-30T05:32:02 images |1C2 8|1CD 12|1D8 8|2C2 8|2CD 12|2D8 8| |3C2 8|3CD 12|3D8 8 2015-09-30T05:32:02 spectra|2CD 226|2D8 104|3C2 148| | | 2015-10-02T20:04:18 EXPOSE | CD 001T20:43:33 | | | 2015-10-04T16:47:52 images |1CD 4|2CD 4|3CD 4| | | 2015-10-04T18:45:26 EXPOSE | CD 001T14:15:02 | | | 2015-10-06T09:00:29 images |1CD 4|2CD 4|3CD 4| | | 2015-10-06T10:58:25 EXPOSE | CD 000T18:33:36 | | | 2015-10-07T05:32:02 images |1CD 8|1D2 12|2CD 8|2D2 12|3CD 8|3D2 12 2015-10-07T05:32:02 spectra|1D2 208|2D2 208|3CD 208|3D2 208| | 2015-10-07T05:32:02 heat |1D2 16|2D2 16|3D2 16| | | 2015-10-11T07:37:01 EXPOSE | D2 002T01:23:27 | | | 2015-10-13T09:00:29 images |1D2 4|2D2 4|3D2 4| | | 2015-10-13T10:55:35 EXPOSE | D2 000T18:59:36 | | | 2015-10-14T05:55:12 images |1C2 1|1CD 12|1D2 5|2C2 1|2CD 12|2D2 5| |3C2 1|3CD 12|3D2 5 2015-10-14T05:55:12 spectra|1C2 52|1CD 376|2CD 52|3CD 51| | 2015-10-16T19:43:31 EXPOSE | D2 001T21:04:21 | | | 2015-10-18T16:47:52 images |1D2 4|2D2 4|3D2 4| | | 2015-10-18T18:42:58 EXPOSE | D2 001T04:14:22 | | | 2015-10-19T22:57:21 images |1D2 4|2D2 4|3D2 4| | | 2015-10-20T00:52:25 EXPOSE | D2 001T05:02:46 | | | 2015-10-21T05:55:12 images |1C7 8|1D2 5|2C7 8|2D2 5|3C7 8|3D2 5 2015-10-21T05:55:12 spectra|1C7 210| | | | | 2015-10-23T11:25:32 EXPOSE | D2 006T10:57:55 | | | 2015-10-29T22:23:27 images |1C7 8|1D2 8|2C7 8|2D2 8|3C7 8|3D2 8 2015-10-29T22:23:27 spectra|1C7 142| | | | | 2015-10-31T06:30:22 EXPOSE | D2 001T10:17:29 | | | 2015-11-01T16:47:52 images |1D2 4|2D2 4|3D2 4| | | 2015-11-01T18:44:04 EXPOSE | D2 001T04:13:16 | | | 2015-11-02T22:57:21 images |1D2 4|2D2 4|3D2 4| | | 2015-11-03T00:53:37 EXPOSE | D2 001T00:01:35 | | | 2015-11-04T00:55:12 images |1C7 16|1D2 5|2C7 16|2D2 5|3C7 16|3D2 5 2015-11-04T00:55:12 spectra|1C7 546| | | | | 2015-11-06T19:48:08 EXPOSE | D2 000T10:07:04 | | | 2015-11-07T05:55:13 images |1D2 4|2D2 4|3D2 4| | | 2015-11-07T07:51:23 EXPOSE | D2 001T17:08:49 | | | 2015-11-09T01:00:13 images |1D2 4|2D2 4|3D2 4| | | 2015-11-09T02:56:21 EXPOSE | D2 000T09:57:48 | | | 2015-11-09T12:54:09 images |1D2 4|2D2 4|3D2 4| | | 2015-11-09T14:50:19 EXPOSE | D2 001T15:04:53 | | | 2015-11-11T05:55:13 images |1C7 16|1D2 5|2C7 16|2D2 5|3C7 16|3D2 5 2015-11-11T05:55:13 spectra|3C7 504| | | | | 2015-11-11T05:55:13 clean |2D8 1| | | | | 2015-11-14T06:30:41 EXPOSE | D2 001T18:00:19 | | | 2015-11-16T00:31:01 images |1D2 4|2D2 4|3D2 4| | | 2015-11-16T02:27:11 EXPOSE | D2 000T10:26:58 | | | 2015-11-16T12:54:09 images |1D2 4|2D2 4|3D2 4| | | 2015-11-16T14:50:27 EXPOSE | D2 001T14:41:35 | | | 2015-11-18T05:32:03 images |1D2 16|2D2 16|3D2 16| | | 2015-11-18T05:32:03 spectra|1D2 580| | | | | 2015-11-18T05:32:03 clean |2D8 1| | | | | 2015-11-20T14:44:55 EXPOSE | D2 002T08:45:17 | | | 2015-11-22T23:30:12 images |1D2 4|2D2 4|3D2 4| | | 2015-11-23T01:28:29 EXPOSE | D2 000T10:10:44 | | | 2015-11-23T11:39:13 images |1D2 4|2D2 4|3D2 4| | | 2015-11-23T13:37:15 EXPOSE | D2 000T19:23:12 | | | 2015-11-24T09:00:28 images |1D2 4|2D2 4|3D2 4| | | 2015-11-24T10:58:34 EXPOSE | D2 000T12:31:38 | | | 2015-11-24T23:30:12 images |1D2 41|2D2 13|3D2 13| | | 2015-11-24T23:30:12 spectra|1D2 528| | | | | 2015-11-24T23:30:12 clean |2D8 1| | | | | 2015-11-27T14:43:57 EXPOSE | D2 002T12:07:04 | | | 2015-11-30T02:51:02 images |1D2 4|2D2 4|3D2 4| | | 2015-11-30T04:50:08 EXPOSE | D2 000T08:04:02 | | | 2015-11-30T12:54:10 images |1D2 4|2D2 4|3D2 4| | | 2015-11-30T14:52:20 EXPOSE | D2 000T18:08:10 | | | 2015-12-01T09:00:31 images |1D2 4|2D2 4|3D2 4| | | 2015-12-01T10:58:45 EXPOSE | D2 000T13:01:32 | | | 2015-12-02T00:00:17 images |1D1 16|1D2 5|2D1 16|2D2 5|3D1 16|3D2 5 2015-12-02T00:00:17 spectra|3D1 508| | | | | 2015-12-04T19:50:43 EXPOSE | D2 001T10:53:57 | | | 2015-12-06T06:44:41 images |1D2 4|2D2 4|3D2 4| | | 2015-12-06T08:43:05 EXPOSE | D2 000T18:07:54 | | | 2015-12-07T02:51:00 images |1D2 4|2D2 4|3D2 4| | | 2015-12-07T04:49:14 EXPOSE | D2 001T06:40:58 | | | 2015-12-08T11:30:13 images |1D2 4|2D2 4|3D2 4| | | 2015-12-08T13:28:27 EXPOSE | D2 000T04:01:46 | | | 2015-12-08T17:30:13 images |1D2 4|2D2 4|3D2 4| | | 2015-12-08T19:28:19 EXPOSE | D2 000T04:50:38 | | | 2015-12-09T00:18:57 images |1CF 16|1D2 5|2CF 16|2D2 5|3CF 16|3D2 5 2015-12-09T00:18:57 spectra|1CF 344| | | | | 2015-12-11T19:44:55 EXPOSE | D2 001T10:59:45 | | | 2015-12-13T06:44:41 images |1D2 4|2D2 4|3D2 4| | | 2015-12-13T08:42:59 EXPOSE | D2 000T16:18:00 | | | 2015-12-14T01:01:00 images |1D2 4|2D2 4|3D2 4| | | 2015-12-14T02:59:18 EXPOSE | D2 000T08:45:56 | | | 2015-12-14T11:45:14 images |1D2 4|2D2 4|3D2 4| | | 2015-12-14T13:43:24 EXPOSE | D2 000T11:31:50 | | | 2015-12-15T01:15:15 images |1D2 4|2D2 4|3D2 4| | | 2015-12-15T03:13:23 EXPOSE | D2 000T04:46:52 | | | 2015-12-15T08:00:15 images |1D2 4|2D2 4|3D2 4| | | 2015-12-15T09:58:27 EXPOSE | D2 000T14:01:50 | | | 2015-12-16T00:00:17 images |1CF 24|1D2 5|2CF 13|2D2 5|3CF 13|3D2 5 2015-12-16T00:00:17 spectra|1CF 544| | | | | 2015-12-18T19:45:00 EXPOSE | D2 000T10:10:14 | | | 2015-12-19T05:55:14 images |1D2 4|2D2 4|3D2 4| | | 2015-12-19T07:53:14 EXPOSE | D2 000T22:51:26 | | | 2015-12-20T06:44:41 images |1D2 4|2D2 4|3D2 4| | | 2015-12-20T08:42:55 EXPOSE | D2 001T03:02:18 | | | 2015-12-21T11:45:14 images |1D2 4|2D2 4|3D2 4| | | 2015-12-21T13:43:44 EXPOSE | D2 000T07:41:26 | | | 2015-12-21T21:25:10 images |1D2 4|2D2 4|3D2 4| | | 2015-12-22T03:21:31 EXPOSE | D2 000T04:38:42 | | | 2015-12-22T08:00:13 images |1D2 4|2D2 4|3D2 4| | | 2015-12-22T09:58:31 EXPOSE | D2 000T14:01:40 | | | 2015-12-23T00:00:11 images |1D1 16|1D2 5|2D1 16|2D2 5|3D1 16|3D2 5 2015-12-23T00:00:11 spectra|2D1 554| | | | | 2015-12-25T19:51:04 EXPOSE | D2 000T10:04:10 | | | 2015-12-26T05:55:15 images |1D2 4|2D2 4|3D2 4| | | 2015-12-26T07:53:21 EXPOSE | D2 000T22:51:20 | | | 2015-12-27T06:44:42 images |1D2 4|2D2 4|3D2 4| | | 2015-12-27T08:43:02 EXPOSE | D2 001T03:02:12 | | | 2015-12-28T11:45:15 images |1D2 4|2D2 4|3D2 4| | | 2015-12-28T13:43:35 EXPOSE | D2 000T07:41:36 | | | 2015-12-28T21:25:11 images |1D2 4|2D2 4|3D2 4| | | 2015-12-29T03:21:31 EXPOSE | D2 000T04:38:44 | | | 2015-12-29T08:00:15 images |1D2 4|2D2 4|3D2 4| | | 2015-12-29T09:58:31 EXPOSE | D2 000T14:01:46 | | | 2015-12-30T00:00:17 images |1CF 16|1D2 5|2CF 16|2D2 5|3CF 16|3D2 5 2015-12-30T00:00:17 spectra|2CF 544| | | | | 2016-01-01T19:46:36 EXPOSE | D2 000T10:13:34 | | | 2016-01-02T06:00:11 images |1D2 1|2D2 1|3D2 1| | | 2016-01-02T07:56:31 EXPOSE | D2 000T22:53:08 | | | 2016-01-03T06:49:40 images |1D2 1|2D2 1|3D2 1| | | 2016-01-03T08:46:00 EXPOSE | D2 000T16:05:02 | | | 2016-01-04T00:51:03 images |1D2 4|2D2 4|3D2 4| | | 2016-01-04T02:49:23 EXPOSE | D2 000T08:40:52 | | | 2016-01-04T11:30:15 images |1D2 4|2D2 4|3D2 4| | | 2016-01-04T13:28:35 EXPOSE | D2 000T22:01:38 | | | 2016-01-05T11:30:14 images |1D2 4|2D2 4|3D2 4| | | 2016-01-05T13:29:04 EXPOSE | D2 000T10:31:12 | | | 2016-01-06T00:00:16 images |1CF 16|1D2 5|2CF 16|2D2 5|3CF 16|3D2 5 2016-01-06T00:00:16 spectra|2CF 572| | | | | 2016-01-08T19:45:11 EXPOSE | D2 000T10:14:58 | | | 2016-01-09T06:00:10 images |1D2 1|2D2 1|3D2 1| | | 2016-01-09T07:56:32 EXPOSE | D2 000T22:53:06 | | | 2016-01-10T06:49:38 images |1D2 1|2D2 1|3D2 1| | | 2016-01-10T08:45:58 EXPOSE | D2 000T20:35:00 | | | 2016-01-11T05:20:59 images |1D2 4|2D2 4|3D2 4| | | 2016-01-11T07:19:21 EXPOSE | D2 000T04:25:52 | | | 2016-01-11T11:45:13 images |1D2 4|2D2 4|3D2 4| | | 2016-01-11T13:43:21 EXPOSE | D2 000T19:17:08 | | | 2016-01-12T09:00:30 images |1D2 4|2D2 4|3D2 4| | | 2016-01-12T10:58:58 EXPOSE | D2 000T13:19:58 | | | 2016-01-13T00:18:57 images |1CF 16|1D2 5|2CF 16|2D2 5|3CF 16|3D2 5 2016-01-13T00:18:57 spectra|2CF 176|3CF 356| | | | 2016-01-15T19:44:51 EXPOSE | D2 000T10:15:18 | | | 2016-01-16T06:00:10 images |1D2 1|2D2 1|3D2 1| | | 2016-01-16T07:56:30 EXPOSE | D2 000T22:53:08 | | | 2016-01-17T06:49:39 images |1D2 1|2D2 1|3D2 1| | | 2016-01-17T08:45:59 EXPOSE | D2 000T20:35:00 | | | 2016-01-18T05:21:00 images |1D2 4|2D2 4|3D2 4| | | 2016-01-18T07:19:02 EXPOSE | D2 000T04:26:12 | | | 2016-01-18T11:45:14 images |1D2 4|2D2 4|3D2 4| | | 2016-01-18T13:43:24 EXPOSE | D2 000T19:17:06 | | | 2016-01-19T09:00:30 images |1D2 4|2D2 4|3D2 4| | | 2016-01-19T10:58:46 EXPOSE | D2 000T13:01:30 | | | 2016-01-20T00:00:16 images |1C7 16|1D2 5|2C7 16|2D2 5|3C7 16|3D2 5 2016-01-20T00:00:16 spectra|2C7 544| | | | | 2016-01-22T19:55:01 EXPOSE | D2 000T10:00:12 | | | 2016-01-23T05:55:14 images |1D2 4|2D2 4|3D2 4| | | 2016-01-23T07:53:32 EXPOSE | D2 000T22:51:10 | | | 2016-01-24T06:44:43 images |1D2 4|2D2 4|3D2 4| | | 2016-01-24T08:42:59 EXPOSE | D2 001T03:02:14 | | | 2016-01-25T11:45:14 images |1D2 4|2D2 4|3D2 4| | | 2016-01-25T13:43:28 EXPOSE | D2 000T19:17:02 | | | 2016-01-26T09:00:31 images |1D2 4|2D2 4|3D2 4| | | 2016-01-26T11:00:25 EXPOSE | D2 000T12:59:52 | | | 2016-01-27T00:00:17 images |1CF 16|1D2 5|2CF 16|2D2 5|3CF 16|3D2 5 2016-01-27T00:00:17 spectra|1CF 158|2CF 304| | | | 2016-01-29T19:46:47 EXPOSE | D2 000T10:08:26 | | | 2016-01-30T05:55:14 images |1D2 4|2D2 4|3D2 4| | | 2016-01-30T07:54:58 EXPOSE | D2 000T22:49:44 | | | 2016-01-31T06:44:43 images |1D2 4|2D2 4|3D2 4| | | 2016-01-31T08:44:29 EXPOSE | D2 001T03:00:44 | | | 2016-02-01T11:45:14 images |1D2 4|2D2 4|3D2 4| | | 2016-02-01T13:45:02 EXPOSE | D2 000T19:15:28 | | | 2016-02-02T09:00:31 images |1D2 4|2D2 4|3D2 4| | | 2016-02-02T11:00:15 EXPOSE | D2 000T13:00:02 | | | 2016-02-03T00:00:17 images |1C2 4|1CF 13|1D2 5|2C2 4|2CF 13|2D2 5| |3C2 4|3CF 13|3D2 5 2016-02-03T00:00:17 spectra|1CF 60|2CF 176|3C2 76|3CF 172| | 2016-02-05T19:46:49 EXPOSE | D2 000T10:08:24 | | | 2016-02-06T05:55:14 images |1D2 4|2D2 4|3D2 4| | | 2016-02-06T07:55:06 EXPOSE | D2 000T22:49:36 | | | 2016-02-07T06:44:43 images |1D2 4|2D2 4|3D2 4| | | 2016-02-07T08:44:47 EXPOSE | D2 001T02:45:26 | | | 2016-02-08T11:30:14 images |1D2 4|2D2 4|3D2 4| | | 2016-02-08T13:30:04 EXPOSE | D2 000T03:15:16 | | | 2016-02-08T16:45:20 images |1D2 4|2D2 4|3D2 4| | | 2016-02-08T18:45:16 EXPOSE | D2 001T10:46:47 | | | 2016-02-10T05:32:03 images |1D2 4|2D2 4|3D2 4| | | 2016-02-10T05:32:03 spectra|2D2 104| | | | | 2016-02-10T17:53:59 EXPOSE | D2 000T13:19:50 | | | 2016-02-11T07:13:50 images |1CD 8|1D1 8|1D2 27|2CD 8|2D1 8|2D2 5| |3CD 8|3D1 8|3D2 5 2016-02-11T07:13:50 spectra|1D1 172|2D2 80|3CD 172| | | 2016-02-14T04:09:07 EXPOSE | D2 001T07:21:06 | | | 2016-02-15T11:30:14 images |1D2 4|2D2 4|3D2 4| | | 2016-02-15T13:17:54 EXPOSE | D2 000T03:27:26 | | | 2016-02-15T16:45:20 images |1D2 4|2D2 4|3D2 4| | | 2016-02-15T18:45:06 EXPOSE | D2 001T05:15:04 | | | 2016-02-17T00:00:11 images |1CD 6|1D0 5|1D2 4|2CD 6|2D0 5|2D2 4| |3CD 6|3D0 5|3D2 4 2016-02-17T00:00:11 spectra|1CD 392| | | | | 2016-02-20T06:36:30 EXPOSE | D2 001T00:08:10 | | | 2016-02-21T06:44:41 images |1D0 2|2D0 2|3D0 2| | | 2016-02-21T08:06:07 EXPOSE | D0 001T14:51:12 | | | 2016-02-22T22:57:20 images |1D2 4|2D2 4|3D2 4| | | 2016-02-23T01:21:49 EXPOSE | D2 000T22:57:09 | | | 2016-02-24T00:18:58 images |1CD 16|1D0 22|1D2 5|2CD 16|2D0 1|2D2 5| |3CD 16|3D0 23|3D2 5 2016-02-24T00:18:58 spectra|2CD 508| | | | | 2016-02-27T06:36:31 EXPOSE | D2 001T10:11:20 | | | 2016-02-28T16:47:52 images |1D2 4|2D2 4|3D2 4| | | 2016-02-28T18:48:04 EXPOSE | D2 000T18:06:06 | | | 2016-02-29T12:54:11 images |1D2 4|2D2 4|3D2 4| | | 2016-02-29T14:54:29 EXPOSE | D2 000T18:05:58 | | | 2016-03-01T09:00:28 images |1D2 4|2D2 4|3D2 4| | | 2016-03-01T11:01:04 EXPOSE | D2 000T21:10:58 | | | 2016-03-02T08:12:03 images |1CF 12|1D2 4|2CF 14|2D2 4|3CF 12|3D2 4 2016-03-02T08:12:03 spectra|2CF 468| | | | | 2016-03-04T16:59:17 EXPOSE | D2 000T17:39:06 | | | 2016-03-05T10:38:23 images |1D2 4|2D2 4|3D2 4| | | 2016-03-05T12:39:25 EXPOSE | D2 000T18:05:16 | | | 2016-03-06T06:44:42 images |1D2 4|2D2 4|3D2 4| | | 2016-03-06T08:45:34 EXPOSE | D2 001T04:08:36 | | | 2016-03-07T12:54:11 images |1D2 4|2D2 4|3D2 4| | | 2016-03-07T14:55:07 EXPOSE | D2 000T18:05:22 | | | 2016-03-08T09:00:30 images |1D2 4|2D2 4|3D2 4| | | 2016-03-08T11:01:24 EXPOSE | D2 000T12:58:48 | | | 2016-03-09T00:00:12 images |1CD 14|1D2 5|2CD 8|2D2 5|3CD 8|3D2 5 2016-03-09T00:00:12 spectra|1CD 512| | | | | 2016-03-10T23:23:30 EXPOSE | D2 001T06:31:43 | | | 2016-03-12T05:55:14 images |1D2 4|2D2 4|3D2 4| | | 2016-03-12T07:37:16 EXPOSE | D2 002T10:52:55 | | | 2016-03-14T18:30:11 images |1D0 34|1D2 8|2D0 12|2D2 8|3D0 34|3D2 8 2016-03-19T10:26:05 EXPOSE | D2 001T16:24:07 | | | 2016-03-21T02:50:13 images |1D2 4|2D2 4|3D2 4| | | 2016-03-21T04:50:27 EXPOSE | D2 001T20:15:44 | | | 2016-03-23T01:06:11 images |1CF 8|1D0 38|1D1 8|1D2 38|2CF 30|2D0 12| |2D1 8|2D2 37|3CF 8|3D0 12|3D1 9|3D2 37 2016-03-23T01:06:11 spectra|1D2 416|2CF 1838|2D2 52|3D0 344|3D1 316|3D2 52 2016-04-15T14:48:15 EXPOSE | D2 002T01:59:37 | | | 2016-04-17T16:47:53 images |1D2 4|2D2 4|3D2 4| | | 2016-04-17T18:49:05 EXPOSE | D2 002T10:42:58 | | | 2016-04-20T05:32:03 images |1D0 35|1D2 4|2D0 8|2D2 4|3D0 33|3D2 4 2016-04-20T05:32:03 spectra|1D0 1032| | | | | 2016-04-23T16:04:00 EXPOSE | D2 001T00:43:50 | | | 2016-04-24T16:47:51 images |1D2 4|2D2 4|3D2 4| | | 2016-04-24T18:48:45 EXPOSE | D2 002T05:11:25 | | | 2016-04-27T00:00:10 images |1D0 6|1D2 8|2D0 13|2D2 8|3D0 6|3D2 8 2016-04-27T00:00:10 spectra|2D0 1020| | | | | 2016-04-30T04:52:28 EXPOSE | D2 001T01:02:46 | | | 2016-05-01T05:55:15 images |1D2 4|2D2 4|3D2 4| | | 2016-05-01T07:56:17 EXPOSE | D2 002T01:04:13 | | | 2016-05-03T09:00:30 images |1D2 4|2D2 4|3D2 4| | | 2016-05-03T11:01:32 EXPOSE | D2 000T12:58:44 | | | 2016-05-04T00:00:16 images |1D0 2|1D2 8|2D0 4|2D2 8|3D0 24|3D2 8 2016-05-04T00:00:16 spectra|3D0 1020| | | | | 2016-05-07T04:52:30 EXPOSE | D2 000T19:46:40 | | | 2016-05-08T00:39:11 images |1C3 8|1D2 9|2C3 8|2D2 8|3C3 8|3D2 8 2016-05-08T00:39:11 spectra|1C3 52|1D2 416|2C3 52|2D2 52|3C3 52|3D2 52 2016-05-10T19:41:03 EXPOSE | C3 000T14:19:10 | | | 2016-05-11T10:00:14 images |1C3 2|2C3 2|3C3 2| | | 2016-05-11T10:50:54 EXPOSE | C3 000T09:24:20 | | | 2016-05-11T20:15:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-11T20:47:52 EXPOSE | C3 000T09:37:22 | | | 2016-05-12T06:25:15 images |1C3 2|2C3 2|3C3 2| | | 2016-05-12T07:16:13 EXPOSE | C3 000T14:29:02 | | | 2016-05-12T21:45:15 images |1C3 1|2C3 1|3C3 1| | | 2016-05-12T22:17:53 EXPOSE | C3 000T09:42:20 | | | 2016-05-13T08:00:14 images |1C3 2|2C3 2|3C3 2| | | 2016-05-13T08:50:58 EXPOSE | C3 000T14:27:16 | | | 2016-05-13T23:18:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-13T23:50:56 EXPOSE | C3 000T09:44:18 | | | 2016-05-14T09:35:15 images |1C3 1|2C3 1|3C3 1| | | 2016-05-14T10:07:59 EXPOSE | C3 000T13:10:36 | | | 2016-05-14T23:18:35 images |1C3 2|2C3 2|3C3 2| | | 2016-05-15T00:09:43 EXPOSE | C3 000T14:45:30 | | | 2016-05-15T14:55:13 images |1C3 2|2C3 2|3C3 2| | | 2016-05-15T15:46:07 EXPOSE | C3 000T03:59:06 | | | 2016-05-15T19:45:13 images |1C3 1|2C3 1|3C3 1| | | 2016-05-15T20:18:03 EXPOSE | C3 000T09:12:10 | | | 2016-05-16T05:30:14 images |1C3 2|2C3 2|3C3 2| | | 2016-05-16T06:21:38 EXPOSE | C3 000T13:48:36 | | | 2016-05-16T20:10:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-16T20:42:56 EXPOSE | C3 000T09:17:16 | | | 2016-05-17T06:00:13 images |1C3 2|2C3 2|3C3 2| | | 2016-05-17T06:51:13 EXPOSE | C3 000T08:54:02 | | | 2016-05-17T15:45:15 images |1C3 1|2C3 1|3C3 1| | | 2016-05-17T16:17:59 EXPOSE | C3 001T00:17:16 | | | 2016-05-18T16:35:16 images |1C3 4|2C3 4|3C3 4| | | 2016-05-18T18:15:40 EXPOSE | C3 000T03:44:34 | | | 2016-05-18T22:00:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-18T22:33:02 EXPOSE | C3 000T03:37:12 | | | 2016-05-19T02:10:14 images |1C3 4|2C3 4|3C3 4| | | 2016-05-19T03:43:34 EXPOSE | C3 000T18:46:38 | | | 2016-05-19T22:30:13 images |1C3 1|2C3 1|3C3 1| | | 2016-05-19T23:03:09 EXPOSE | C3 000T13:57:06 | | | 2016-05-20T13:00:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-20T14:41:47 EXPOSE | C3 000T03:48:28 | | | 2016-05-20T18:30:15 images |1C3 1|2C3 1|3C3 1| | | 2016-05-20T19:03:07 EXPOSE | C3 000T09:57:08 | | | 2016-05-21T05:00:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-21T06:41:53 EXPOSE | C3 000T16:33:40 | | | 2016-05-21T23:15:34 images |1C3 1|2C3 1|3C3 1| | | 2016-05-21T23:48:28 EXPOSE | C3 000T06:51:46 | | | 2016-05-22T06:40:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-22T07:13:04 EXPOSE | C3 000T01:47:08 | | | 2016-05-22T09:00:12 images |1C3 1|2C3 1|3C3 1| | | 2016-05-22T09:33:02 EXPOSE | C3 000T01:27:12 | | | 2016-05-22T11:00:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-22T11:33:04 EXPOSE | C3 000T05:27:10 | | | 2016-05-22T17:00:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-22T18:34:25 EXPOSE | C3 000T06:25:48 | | | 2016-05-23T01:00:13 images |1C3 1|2C3 1|3C3 1| | | 2016-05-23T01:33:01 EXPOSE | C3 000T09:27:14 | | | 2016-05-23T11:00:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-23T12:41:59 EXPOSE | C3 000T14:48:14 | | | 2016-05-24T03:30:14 images |1C3 1|2C3 1|3C3 1| | | 2016-05-24T04:03:06 EXPOSE | C3 000T09:17:08 | | | 2016-05-24T13:20:14 images |1C3 4|2C3 4|3C3 4| | | 2016-05-24T15:02:00 EXPOSE | C3 000T15:18:14 | | | 2016-05-25T06:20:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-25T08:01:47 EXPOSE | C3 001T23:58:27 | | | 2016-05-27T08:00:15 images |1C3 4|2C3 4|3C3 4| | | 2016-05-27T09:41:57 EXPOSE | C3 004T20:13:13 | | | 2016-06-01T05:55:10 images |1C3 32|2C3 9|3C3 29| | | 2016-06-01T05:55:10 spectra|1C3 68| | | | | 2016-06-05T16:48:16 EXPOSE | C3 000T09:22:12 | | | 2016-06-06T02:10:29 images |1C3 2|2C3 2|3C3 2| | | 2016-06-06T03:04:19 EXPOSE | C3 000T03:35:54 | | | 2016-06-06T06:40:13 images |1C3 4|2C3 4|3C3 4| | | 2016-06-06T08:24:45 EXPOSE | C3 001T04:50:28 | | | 2016-06-07T13:15:14 images |1C3 4|2C3 4|3C3 4| | | 2016-06-07T14:55:26 EXPOSE | C3 000T09:04:44 | | | 2016-06-08T00:00:11 images |1C2 4|1C3 8|1CF 27|1D2 1|2C2 4|2C3 8| |2CF 20|2D2 35|3C2 10|3C3 15|3CF 16|3D2 1| 2016-06-08T00:00:11 spectra|1CF 585|2CF 1000|3C2 352|3C3 316|3CF 180| 2016-07-01T12:52:09 EXPOSE | C3 005T18:21:35 | | | 2016-07-07T07:13:45 images |1C3 4|2C3 4|3C3 5| | | 2016-07-07T10:40:55 EXPOSE | C3 005T19:14:15 | | | 2016-07-13T05:55:10 images |1C3 4|2C3 4|3C3 5| | | 2016-07-13T09:22:12 EXPOSE | C3 003T11:19:17 | | | 2016-07-16T20:41:30 images |1C3 4|2C3 4|3C3 5| | | 2016-07-17T00:08:54 EXPOSE | C3 002T18:54:42 | | | 2016-07-19T19:03:37 images |1C3 4|2C3 4|3C3 5| | | 2016-07-19T22:30:55 EXPOSE | C3 002T14:14:16 | | | 2016-07-22T12:45:12 images |1C3 29|2C3 29|3C3 30| | | 2016-07-23T16:07:32 EXPOSE | C3 001T11:22:39 | | | 2016-07-25T03:30:12 images |1C3 4|2C3 4|3C3 5| | | 2016-07-25T06:57:46 EXPOSE | C3 000T15:32:26 | | | 2016-07-25T22:30:13 images |1C3 4|2C3 4|3C3 5| | | 2016-07-26T01:57:15 EXPOSE | C3 000T07:33:12 | | | 2016-07-26T09:30:27 images |1C3 4|2C3 4|3C3 5| | | 2016-07-26T12:57:31 EXPOSE | C3 000T10:32:40 | | | 2016-07-26T23:30:12 images |1C3 4|2C3 4|3C3 5| | | 2016-07-27T02:57:24 EXPOSE | C3 002T01:00:45 | | | 2016-07-29T03:58:10 images |1C3 4|2C3 4|3C3 5| | | 2016-07-29T07:16:36 EXPOSE | C3 001T13:24:54 | | | 2016-07-30T20:41:31 images |1C3 4|2C3 4|3C3 5| | | 2016-07-31T00:09:01 EXPOSE | C3 002T09:21:26 | | | 2016-08-02T09:30:27 images |1C3 4|2C3 4|3C3 5| | | 2016-08-02T12:57:47 EXPOSE | C3 000T10:37:24 | | | 2016-08-02T23:35:11 images |1C3 4|2C3 4|3C3 5| | | 2016-08-03T03:02:25 EXPOSE | C3 001T14:24:11 | | | 2016-08-04T17:26:37 images |1C3 4|2C3 4|3C3 5| | | 2016-08-04T20:53:57 EXPOSE | C3 001T04:41:14 | | | 2016-08-06T01:35:12 images |1C3 4|2C3 4|3C3 5| | | 2016-08-06T05:02:27 EXPOSE | C3 001T21:48:30 | | | 2016-08-08T02:50:58 images |1C3 4|2C3 4|3C3 5| | | 2016-08-08T06:18:22 EXPOSE | C3 001T17:06:48 | | | 2016-08-09T23:25:11 images |1C3 1|2C3 1|3C3 2| | | 2016-08-10T01:40:43 EXPOSE | C3 001T18:19:27 | | | 2016-08-11T20:00:11 images |1C3 4|2C3 4|3C3 5| | | 2016-08-11T23:27:33 EXPOSE | C3 001T07:12:38 | | | 2016-08-13T06:40:11 images |1C3 6|2C3 8|3C3 9| | | 2016-08-15T05:22:35 EXPOSE | C3 001T01:17:36 | | | 2016-08-16T06:40:11 images |1C3 8|2C3 8|3C3 10| | | 2016-08-16T06:40:11 spectra|1C3 2|2C3 2|3C3 2| | | 2016-08-17T01:57:49 EXPOSE | C3 002T04:42:22 | | | 2016-08-19T06:40:11 images |1C3 5|2C3 10|3C3 6| | | 2016-08-19T06:40:11 clean |2C3 1| | | | | 2016-08-20T02:43:25 EXPOSE | C3 002T04:33:47 | | | 2016-08-22T07:17:13 images |1C3 4|2C3 22|3C3 5| | | 2016-08-22T07:17:13 clean |2C3 6| | | | | 2016-08-23T02:47:29 EXPOSE | C3 002T04:29:42 | | | 2016-08-25T07:17:11 images |1C3 4|2C3 22|3C3 5| | | 2016-08-25T07:17:11 clean |2C3 6| | | | | 2016-08-26T02:47:29 EXPOSE | C3 002T04:29:43 | | | 2016-08-28T07:17:13 images |1C3 4|2C3 22|3C3 5| | | 2016-08-28T07:17:13 clean |2C3 6| | | | | 2016-08-29T02:47:29 EXPOSE | C3 002T04:29:45 | | | 2016-08-31T07:17:14 images |1C3 1|2C3 1|3C3 24| | | 2016-08-31T07:17:14 spectra|3C3 63| | | | | 2016-08-31T07:17:14 clean |3C3 6| | | | | 2016-09-01T02:46:32 EXPOSE | C3 002T04:30:40 | | | 2016-09-03T07:17:12 images |1C3 9|2C3 2|3C3 3| | | 2016-09-03T07:17:12 spectra|1C3 6|3C3 62| | | | 2016-09-05T05:20:14 EXPOSE | C3 001T01:56:58 | | | 2016-09-06T07:17:12 images |1C3 5|1D1 1|2C3 6|2D1 10|3C3 6|3D1 1 2016-09-06T07:17:12 spectra|2C3 50|2D1 56| | | | 2016-09-06T07:17:12 clean |2C3 6|2D1 17| | | | 2016-09-11T06:04:13 EXPOSE | C3 001T01:13:58 | | | 2016-09-12T07:18:11 images |1C3 11|2C3 5|3C3 6| | | 2016-09-12T07:18:11 spectra|1C3 49| | | | | 2016-09-12T07:18:11 clean |1C3 5| | | | | 2016-09-14T05:37:05 EXPOSE | C3 001T01:40:09 | | | 2016-09-15T07:17:15 images |1C3 2|2C3 2|3C3 3| | | 2016-09-15T07:17:15 spectra|1C3 41| | | | | 2016-09-15T07:17:15 clean |1C3 12| | | | | 2016-09-17T05:35:35 EXPOSE | C3 001T01:51:38 | | | 2016-09-18T07:27:13 images |1C3 5|2C3 5|3C3 6| | | 2016-09-18T07:27:13 spectra|2C3 49| | | | | 2016-09-18T07:27:13 clean |1C3 1|2C3 7| | | | 2016-09-19T02:21:51 EXPOSE | C3 000T15:45:13 | | | 2016-09-19T18:07:05 images |1C3 1|2C3 1|3C3 1| | | 2016-09-19T18:07:05 spectra|1C3 49| | | | | 2016-09-19T18:07:05 clean |1C3 7| | | | | 2016-09-20T05:35:23 EXPOSE | C3 001T01:41:48 | | | 2016-09-21T07:17:11 images |1C3 1|2C3 1|2C7 16|3C3 1|3C7 17| 2016-09-21T23:23:57 EXPOSE | C3 000T18:06:44 | | | 2016-09-22T17:30:41 images |1C3 2|2C3 2|3C3 3| | | 2016-09-22T17:30:41 spectra|2C3 29| | | | | 2016-09-22T17:30:41 clean |1C3 1|2C3 3| | | | 2016-09-23T03:55:59 EXPOSE | C3 001T03:21:11 | | | 2016-09-24T07:17:11 images |1C3 5|2C3 6|3C3 6| | | 2016-09-24T07:17:11 spectra|2C3 148| | | | | 2016-09-24T07:17:11 clean |2C3 34| | | | | 2016-09-27T01:51:55 EXPOSE | C3 000T12:16:15 | | | 2016-09-27T14:08:11 images |1C3 8|2C3 8|3C3 9| | | 2016-09-27T14:08:11 spectra|1C3 18| | | | | 2016-09-27T14:08:11 clean |1C3 9|2C3 1| | | | 2016-09-30T10:39:34 END OF MISSION Version history : Note that every new COSIMA dataset version superseeds fully any previous version. RO-CAL-COSIMA-2-V1.0 -------------------- Initial dataset, covering data from 29 May 2002 through 27 August 2006 RO-CAL-COSIMA-3-V3.0 -------------------- Science data mass-scaled by COSIMA internal function New products for scans and heating Image data changed from .IMG to .FITS HK data as level 6 Covers data from 29 May 2002 through 5 December 2010 RO-C-COSIMA-3-V1.0 ------------------ Initial comet dataset, covering data from 29 May 2002 through 20 November 2014 RO-C-COSIMA-3-V2.0 ------------------ No essential changes, other than adding data through 10 March 2015 RO-C-COSIMA-3-V3.0 ------------------ No essential changes, other than adding data through 30 June 2015 RO-C-COSIMA-3-V4.0 ------------------ More detailed aperture information Added data through 20 October 2015 RO-C-COSIMA-3-V5.0 ------------------ Apart from the new data (through 12 January 2016) and PDS fixes, contains calibration data, named positions on the substrates and detailed substrate coordinate information. RO-C-COSIMA-3-V6.0 ------------------ This dataset, all the comet operations. Parameters : The primary measured parameter is the time of flight mass spectrum of a grain, ion events collected for 131072 time bins, each 1.953125 ns in length. For data selection purposes, three individual time windows can be selected for each generated spectrum. In addition or instead, a peak list separating the organic and inorganic peaks can be generated. For quantitive analysis and gain optimisation, instead of individual time bins, a sum of events in three time windows can be collected. These are called scans in the COSIMA system. Grains in the substrate are searched from the COSISCOPE images. Although COSISCOPE can generate the grains list on board, most of the grain analysis is done manually on ground from the images. Processing : The spectrum time of flight ion data is mass calibrated with the same procedure as is used in space for the peak data. The calibration should be used only as rude starting point and for scientific analysis each calibration must be checked. The housekeeping data covering the data aqcuisition period is calibrated to physical units and statistically analyzed were applicable to support the evaluation of the data quality. Data : COSIMA generates the following PDS products history ------- The substrate history product contains information about substrate storage and expose periods, cleaning and heating actions, COSISCOPE camera images and grains lists and any spectra taken. The history starts from the moment substrates were installed in the COSIMA flight instrument. The product files have the naming convention CS_YXX_SUBSTRATE_HIST.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. Note that although there is an action entry in the table, the spectrum, image or housekeeping data may be marked as missing, usually due to telemetry downlink problems. spectrum -------- The spectrum is generated by bombing the comet grains collected on the substrate by indium ions. The secondary ions are measured by time of flight mass spectrometer. The spectrometer collects individual ion arriving times to an array of 131072 bins, each 1.953125 nanosecond in size. From accumulated ion data, peaks are detected and from the assumed mass scale and detected peak positions a mass is given to each time bin. This calibration is automatic without dead time correction and the user must check the scale for real use. For the dead time correction the user is referred to the [RD 22] Stephan T., TOF-SIMS in cosmochemistry, Planetary and Space Science 49 (2001) 859-906 The spectra quality is a function of the parameter settings determined onboard from technical scans. There is a spread in the quality of the resulting spectra and each dataset has to be crosschecked on an individual basis for the mass calibration and applicable peak shapes. The position given as X and Y does not necessarily match the X and Y established on the substrate image due to mechanical and ion path reasons and differs for the positive and negative data. This offset can only be solved by analysing the TOF-SIMS data. The spectrum can be divided in time to at most tree different subspectrums to reduce the amount of data to be transmitted. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_SP_Z.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for positive and N for negative ion spectrum. peaks ----- Generated as the spectrum, but the spectrum mass scale is established onboard COSIMA. The list of 300 first organic and inorganic peaks is transmitted. For higher masses, the total of count hits for a mass range is given. For the definition of the peak separation see the EAICD document. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_PK_Z.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for positive and N for negative ion spectrum. scan ---- Used for instrument calibration, gain optimisation or when moving over the substrate, to make a measurement matrix. Produces total sum of the event counts over three possible time windows. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_SCAN.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for positive and N for negative ion spectrum. heat ---- The substrate can be heated to clean it or to analyse volatile dust. The product contains the heating curve. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_HEAT.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for positive and N for negative ion spectrum. clean ---- The single substrate position can be cleaned by the Indium ion beam. The product contains the emitter tip current housekeeping statistics. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_SCAN.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for positive and N for negative ion spectrum. spectrum housekeeping --------------------- There's three kind of housekeeping information. First, the minimum, maximum, mean and standard deviation of the analog data, temperatures, voltages and currents, is calculated for the period of the measurement. Second, the used time to digital converter timing for the ion beam chopper, bunchers and ion optics is given. Third, the time to digital converter temperature calibration for the delay line is given. The calibration is needed to adjust the delay line so, that the 16 bin hardware event counter gets even bin distribution over the sampling period. The product files have the naming convention of either CS_YXX_YYYYMMDDTHHMMSS_S_HK.TAB for spectrum, CS_YXX_YYYYMMDDTHHMMSS_SCHK.TAB for scan or CS_YXX_YYYYMMDDTHHMMSS_CLHK.TAB for cleaning, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. grains ------ The grain list is taken by the COSISCOPE camera from the substrate surface. The orientation of the substrate is calculated from the reference dots on target holder. The binding box of the substrate feature is given in substrate coordinates, which has origo at lower left corner and is 10000 times 10000 micrometers. The grain quality, based on the brightness is given as relative number from 0-255. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_GR__.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. Note that there are calibration images and thus calibration grain lists, which can be identified from a fixed pattern, typically with 103 detected grains. A subimage with calibration pattern of course contain even less detected grains. Note that consecutive grain lists may have different content due to variations in the mechanical positioning and illumination. image ----- The image take by the COSISCOPE camera. The image has 1024*1024 pixels resolution with 10 bit brightness information. The PDS product uses 16 bits for brightness storage. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_IM_Z.LBL, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base.The YYYYMMDDTHHMMSS gives the start year, month, day, hour, minute and second. The Z is P for right (plus) side and M for left (minus) side led illumination. The LBL file points to similarly named FIT file, where the FIT refers to the FITS image standard. FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359 Note that there are calibration images, which can be identified from a fixed squares pattern, see the COSIMASIS.PDF COSISCOPE housekeeping ---------------------- For the COSISCOPE housekeeping the operating temperature minimum, maximum, mean and standard deviation is calculated for the operation time period. In addition, the COSISCOPE operation setup parameters are given. Also the substrate orientation information is given and the mask used to pick up subimages. The product files have the naming convention CS_YXX_YYYYMMDDTHHMMSS_G_HK.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base.The YYYYMMDDHHMMSS gives the start year, month, day, hour, minute and second. Ancillary Data : Named positions --------------- The substrate named positions. The positions are manually named with an arbitrary first name and a last name common with the expose date range, where a possible new dust grain is detected. There are also some named technical and calibration positions. The position list is to be published as [RD-23] Merouane S, LIST OF COSIMA TARGET COORDINATES' NAMES, Max-Planck-Institute for Solar System Research, Techical Report MPS-T-28-16-1 Note that some date ranges are missing, as it's undefined, when the grain was collected. The product files have the naming convention CS_YXX_SUBSTRATE_POSITIONS.TAB, where the Y is either 1 for top, 2 for middle and 3 for bottom substrate. The XX is target holder number in the range C1 to D8, counting in hexadecimal number base. calibration data ---------------- The SUB_AUX directory in the DATA directory contains calibration spectra taken with the COSIMA Reference Model at the MPS and with a similar to COSIMA TOF-SIMS laboratory hardware at the LPC2E. The user of the data is referred to look in the following two publications: [RD-20] Kruger H. et all, COSIMA-Rosetta calibration for in situ characterization of 67P/Churyumov-Gerasimenko cometary inorganic compounds, Planetary and Space Science, Volume 117, November 2015, Pages 35-44 [RD 21] Le Roy L. et all, COSIMA calibration for the detection and characterization of the cometary solid organic matter, Planetary and Space Science, Volume 105, January 2015, Pages 1-25 The substrates from the RM are 41D Au blank 422 Au blank 48B Ag blank 48C Ag blank 496 Ag blank 497 Ag blank 498 Ag blank 49C Ag blank 49D Ag blank 4AF Ag blank 4B0 Ag blank All the HXX substrates are Au blanks Enstatite Bamle -------------- CS_49C_20120930T205509_SP_P.TAB CS_49C_20120930T211711_SP_P.TAB CS_49C_20120930T213913_SP_P.TAB Hyperstene ---------- CS_496_20120611T221823_SP_P.TAB CS_496_20120611T222339_SP_P.TAB CS_496_20120611T222859_SP_P.TAB CS_496_20120611T225041_SP_P.TAB CS_496_20120611T225557_SP_P.TAB Clinopyroxene ------------- CS_41D_20091216T200823_SP_P.TAB CS_41D_20091216T201857_SP_P.TAB CS_41D_20091216T212311_SP_P.TAB CS_41D_20091216T213353_SP_P.TAB CS_41D_20091216T234207_SP_P.TAB Diopside Madagascar ------------------- CS_49C_20120930T172041_SP_P.TAB CS_49C_20120930T172607_SP_P.TAB CS_49C_20120930T173131_SP_P.TAB CS_49C_20120930T174759_SP_P.TAB CS_49C_20120930T175327_SP_P.TAB CS_49C_20120930T181513_SP_P.TAB CS_49C_20120930T183139_SP_P.TAB CS_49C_20120930T183657_SP_P.TAB Diopside San Marcel ------------------- CS_49D_20120926T142603_SP_P.TAB CS_49D_20120926T143137_SP_P.TAB CS_49D_20120926T143715_SP_P.TAB CS_49D_20120926T145953_SP_P.TAB CS_49D_20120926T154503_SP_P.TAB Augite ------ CS_496_20120612T212827_SP_P.TAB CS_496_20120612T213345_SP_P.TAB CS_496_20120612T220031_SP_P.TAB Hedenbergite ------------ CS_497_20120613T143119_SP_P.TAB CS_497_20120613T150905_SP_P.TAB CS_497_20120613T153605_SP_P.TAB CS_497_20120613T154125_SP_P.TAB Olivine San Carlos (48C) ------------------------ CS_48C_20120924T123033_SP_P.TAB CS_48C_20120924T124049_SP_P.TAB CS_48C_20120924T131207_SP_P.TAB CS_48C_20120924T132225_SP_P.TAB CS_48C_20120924T143839_SP_P.TAB CS_48C_20120924T152051_SP_P.TAB CS_48C_20120924T182339_SP_P.TAB CS_48C_20120924T185539_SP_P.TAB Fayalite -------- CS_496_20120611T161707_SP_P.TAB CS_496_20120611T162221_SP_P.TAB CS_496_20120611T162735_SP_P.TAB CS_496_20120611T164903_SP_P.TAB CS_496_20120611T171547_SP_P.TAB CS_496_20120611T174235_SP_P.TAB Albite ------ CS_496_20120612T185401_SP_P.TAB CS_496_20120612T185919_SP_P.TAB CS_496_20120612T192057_SP_P.TAB CS_496_20120612T192617_SP_P.TAB CS_496_20120612T194801_SP_P.TAB Anorthite --------- CS_497_20120613T121055_SP_P.TAB CS_497_20120613T123725_SP_P.TAB CS_497_20120613T124237_SP_P.TAB CS_497_20120613T130343_SP_P.TAB CS_497_20120613T130857_SP_P.TAB CS_497_20120613T131409_SP_P.TAB Plagioclase (497) ----------------- CS_497_20120613T203329_SP_P.TAB CS_497_20120613T203847_SP_P.TAB CS_497_20120613T204937_SP_P.TAB CS_497_20120613T205457_SP_P.TAB CS_497_20120613T210015_SP_P.TAB Plagioclase (48B) ----------------- CS_48B_20120110T052016_SP_P.TAB CS_48B_20120110T072210_SP_P.TAB CS_48B_20120110T074228_SP_P.TAB Orthoclase ---------- CS_496_20120611T232027_SP_P.TAB CS_496_20120611T232545_SP_P.TAB CS_496_20120611T235231_SP_P.TAB Nepheline --------- CS_497_20120613T182145_SP_P.TAB CS_497_20120613T182703_SP_P.TAB CS_497_20120613T183801_SP_P.TAB CS_497_20120613T184831_SP_P.TAB CS_497_20120613T185341_SP_P.TAB Fuschite -------- CS_49D_20120926T172651_SP_P.TAB CS_49D_20120926T173217_SP_P.TAB CS_49D_20120926T173747_SP_P.TAB Richterite ---------- CS_4B0_20130211T073306_SP_P.TAB CS_4B0_20130211T073828_SP_P.TAB CS_4B0_20130211T075952_SP_P.TAB CS_4B0_20130211T082638_SP_P.TAB CS_4B0_20130211T085306_SP_P.TAB CS_4B0_20130211T091934_SP_P.TAB Smectite (422) -------------- CS_422_20101019T191724_SP_P.TAB CS_422_20101019T210256_SP_P.TAB CS_422_20101019T221640_SP_P.TAB Smectite (49C) -------------- CS_49C_20121001T163607_SP_P.TAB CS_49C_20121001T165753_SP_P.TAB CS_49C_20121001T171421_SP_P.TAB Talc ---- CS_49C_20121001T183319_SP_P.TAB CS_49C_20121001T183835_SP_P.TAB CS_49C_20121001T184353_SP_P.TAB Dolomite -------- CS_4AF_20130207T202650_SP_P.TAB CS_4AF_20130207T203720_SP_P.TAB CS_4AF_20130207T204232_SP_P.TAB CS_4AF_20130207T204756_SP_P.TAB CS_4AF_20130207T205308_SP_P.TAB CS_4AF_20130207T210844_SP_P.TAB Melilite -------- CS_498_20120614T212255_SP_P.TAB CS_498_20120614T212813_SP_P.TAB CS_498_20120614T213333_SP_P.TAB CS_498_20120614T220029_SP_P.TAB Akermanite (496) ---------------- CS_496_20120612T164615_SP_P.TAB CS_496_20120612T165133_SP_P.TAB CS_496_20120612T165651_SP_P.TAB CS_496_20120612T171303_SP_P.TAB CS_496_20120612T171823_SP_P.TAB CS_496_20120612T172347_SP_P.TAB Ilmenite -------- CS_4B0_20130209T231014_SP_P.TAB CS_4B0_20130209T232054_SP_P.TAB CS_4B0_20130209T233714_SP_P.TAB CS_4B0_20130210T000412_SP_P.TAB CS_4B0_20130210T000932_SP_P.TAB Pentlandite ----------- CS_49D_20120927T083345_SP_P.TAB CS_49D_20120927T083905_SP_P.TAB CS_49D_20120927T085529_SP_P.TAB CS_49D_20120927T091713_SP_P.TAB CS_49D_20120927T094431_SP_P.TAB Pyrrhotite ---------- CS_49D_20120927T103759_SP_P.TAB CS_49D_20120927T110021_SP_P.TAB CS_49D_20120927T111147_SP_P.TAB CS_49D_20120927T111719_SP_P.TAB Adenine ------- CS_H00_20090611T000000_SP_P.TAB Enstatite --------- CS_H02_20041130T165812_SP_P.TAB CS_H02_20041209T120756_SP_P.TAB CS_H02_20050105T143726_SP_P.TAB CS_H02_20050105T151600_SP_P.TAB CS_H02_20050804T135116_SP_N.TAB CS_H02_20050804T141340_SP_N.TAB CS_H02_20050804T143628_SP_N.TAB CS_H02_20050804T152748_SP_N.TAB Olivine ------- CS_H03_20041206T103224_SP_P.TAB CS_H03_20041206T104402_SP_P.TAB CS_H03_20041206T110730_SP_P.TAB CS_H03_20041206T111248_SP_P.TAB CS_H03_20050728T105036_SP_N.TAB CS_H03_20050728T110726_SP_N.TAB Serpentine ---------- CS_H04_20041206T135628_SP_P.TAB CS_H04_20041206T141644_SP_P.TAB CS_H04_20041207T110110_SP_N.TAB CS_H04_20041207T110842_SP_N.TAB CS_H04_20041214T162848_SP_P.TAB CS_H04_20050718T141204_SP_P.TAB CS_H04_20050804T101410_SP_N.TAB CS_H04_20050804T102414_SP_N.TAB Talc ---- CS_H05_20041129T151922_SP_P.TAB CS_H05_20041129T153406_SP_P.TAB CS_H05_20041129T165716_SP_P.TAB CS_H05_20041129T173316_SP_P.TAB CS_H05_20050729T105714_SP_N.TAB CS_H05_20050729T112118_SP_N.TAB Tetracosane ----------- CS_H07_20130320T111320_SP_P.TAB CS_H07_20130320T114150_SP_N.TAB CS_H07_20130320T181600_SP_P.TAB CS_H07_20130424T112032_SP_N.TAB CS_H07_20130424T113530_SP_N.TAB Octacosane ---------- CS_H08_20130307T121308_SP_P.TAB CS_H08_20130307T124826_SP_N.TAB CS_H08_20130307T174858_SP_P.TAB CS_H08_20130423T123028_SP_N.TAB Hexatriacontane --------------- CS_H09_20130425T092718_SP_N.TAB CS_H09_20130425T102214_SP_P.TAB CS_H09_20130425T162938_SP_N.TAB Pyrene ------ CS_H12_20120308T164754_SP_P.TAB CS_H12_20120308T174616_SP_N.TAB CS_H12_20120315T161352_SP_P.TAB CS_H12_20120315T163748_SP_P.TAB CS_H12_20120315T164806_SP_P.TAB CS_H12_20120315T182728_SP_N.TAB CS_H12_20120315T184208_SP_N.TAB CS_H12_20120315T185620_SP_N.TAB Anthracene ---------- CS_H13_20120314T160618_SP_P.TAB CS_H13_20120314T162922_SP_P.TAB CS_H13_20120314T171408_SP_N.TAB CS_H13_20120314T172900_SP_N.TAB CS_H13_20120319T174448_SP_P.TAB CS_H13_20120319T175754_SP_P.TAB CS_H13_20120321T174420_SP_N.TAB CS_H13_20120321T175928_SP_N.TAB CS_H13_20120321T183400_SP_N.TAB CS_H13_20120321T184654_SP_N.TAB Coronene -------- CS_H15_20120329T111404_SP_P.TAB CS_H15_20120329T113048_SP_P.TAB CS_H15_20120329T123034_SP_N.TAB CS_H15_20120329T124230_SP_N.TAB CS_H15_20120329T160156_SP_P.TAB CS_H15_20120329T161830_SP_P.TAB CS_H15_20120329T163748_SP_P.TAB CS_H15_20120329T165434_SP_P.TAB CS_H15_20120329T172254_SP_P.TAB CS_H15_20120329T181222_SP_N.TAB CS_H15_20120329T183036_SP_N.TAB POM --- CS_H16_20100603T110038_SP_P.TAB CS_H16_20100603T150532_SP_P.TAB CS_H16_20100603T151440_SP_P.TAB CS_H16_20100603T152528_SP_P.TAB CS_H16_20100603T153500_SP_P.TAB CS_H16_20100603T154556_SP_P.TAB CS_H16_20100603T155538_SP_P.TAB CS_H16_20100603T155932_SP_P.TAB CS_H16_20100603T160532_SP_P.TAB CS_H16_20100603T160912_SP_P.TAB CS_H16_20100603T161540_SP_P.TAB CS_H16_20100603T164642_SP_N.TAB CS_H16_20100603T173122_SP_N.TAB Stearic Acid ------------ CS_H17_20110308T174502_SP_P.TAB CS_H17_20110308T191740_SP_P.TAB CS_H17_20110308T192738_SP_P.TAB CS_H17_20110308T193418_SP_P.TAB CS_H17_20110308T194104_SP_P.TAB CS_H17_20110321T130756_SP_P.TAB CS_H17_20110322T170610_SP_P.TAB CS_H17_20110322T175514_SP_N.TAB CS_H17_20110322T191038_SP_N.TAB Glycolic -------- CS_H18_20110324T125306_SP_P.TAB CS_H18_20110324T131452_SP_N.TAB CS_H18_20110324T154716_SP_P.TAB CS_H18_20110324T160956_SP_P.TAB CS_H18_20110324T163348_SP_P.TAB CS_H18_20110324T164342_SP_P.TAB CS_H18_20110324T165234_SP_P.TAB CS_H18_20110324T173136_SP_N.TAB CS_H18_20110324T174002_SP_N.TAB CS_H18_20110324T175812_SP_N.TAB CS_H18_20110324T180620_SP_N.TAB CS_H18_20110324T183932_SP_N.TAB Benzoic Acid ------------ CS_H19_20110329T165214_SP_P.TAB CS_H19_20110329T170242_SP_P.TAB CS_H19_20110329T172506_SP_P.TAB CS_H19_20110329T175608_SP_N.TAB CS_H19_20110329T180528_SP_N.TAB CS_H19_20110329T181302_SP_N.TAB CS_H19_20110331T171812_SP_N.TAB CS_H19_20110331T173404_SP_N.TAB CS_H19_20110331T174618_SP_N.TAB CS_H19_20110331T180704_SP_N.TAB CS_H19_20110411T110808_SP_P.TAB CS_H19_20110411T112020_SP_P.TAB CS_H19_20110411T113426_SP_P.TAB CS_H19_20110411T120818_SP_N.TAB CS_H19_20110411T121642_SP_N.TAB CS_H19_20110411T122136_SP_N.TAB CS_H19_20110411T123944_SP_N.TAB CS_H19_20110411T124806_SP_N.TAB HMT --- CS_H20_20130129T170054_SP_P.TAB CS_H20_20130129T170210_SP_P.TAB CS_H20_20130129T170310_SP_P.TAB CS_H20_20130129T170350_SP_P.TAB CS_H20_20130129T170438_SP_P.TAB CS_H20_20130129T170536_SP_P.TAB CS_H20_20130129T170750_SP_P.TAB CS_H20_20130129T171440_SP_P.TAB CS_H20_20130129T172018_SP_P.TAB CS_H20_20130129T172050_SP_P.TAB CS_H20_20130129T173740_SP_P.TAB CS_H20_20130129T173904_SP_P.TAB CS_H20_20130129T174020_SP_P.TAB CS_H20_20130129T174330_SP_P.TAB CS_H20_20130129T174644_SP_P.TAB CS_H21_20110309T184244_SP_P.TAB CS_H21_20110309T190738_SP_N.TAB CS_H21_20110311T114236_SP_P.TAB CS_H21_20110311T121008_SP_P.TAB CS_H21_20110311T121456_SP_P.TAB CS_H21_20110311T123254_SP_P.TAB CS_H21_20110311T124436_SP_P.TAB CS_H21_20110311T131846_SP_P.TAB CS_H21_20110311T153010_SP_N.TAB CS_H21_20110311T154230_SP_N.TAB CS_H21_20110311T155752_SP_N.TAB CS_H21_20110311T162312_SP_N.TAB CS_H21_20110311T164252_SP_N.TAB adsorbed HMT ------------ CS_H22_20130129T162204_SP_P.TAB CS_H22_20130129T162702_SP_P.TAB CS_H22_20130129T163658_SP_P.TAB CS_H22_20130129T165046_SP_P.TAB CS_H22_20130129T172420_SP_P.TAB CS_H22_20130129T172522_SP_P.TAB CS_H22_20130129T172624_SP_P.TAB CS_H22_20130129T172916_SP_P.TAB CS_H22_20130129T173436_SP_P.TAB Imidazol -------- CS_H24_20090608T093844_SP_P.TAB CS_H24_20090608T114928_SP_P.TAB CS_H24_20090608T120110_SP_P.TAB CS_H24_20090608T121058_SP_P.TAB CS_H24_20090608T122026_SP_P.TAB CS_H24_20090608T122934_SP_P.TAB CS_H24_20090612T103212_SP_P.TAB CS_H24_20090612T135028_SP_P.TAB CS_H24_20090612T135336_SP_P.TAB CS_H24_20090612T135734_SP_P.TAB CS_H24_20090612T140232_SP_P.TAB CS_H24_20090612T140730_SP_P.TAB CS_H24_20090612T141732_SP_P.TAB CS_H24_20090612T143814_SP_P.TAB CS_H24_20090612T144846_SP_P.TAB CS_H24_20090612T145724_SP_P.TAB CS_H24_20090612T150718_SP_P.TAB CS_H24_20090612T151854_SP_P.TAB CS_H24_20090612T152808_SP_P.TAB CS_H24_20090612T153732_SP_P.TAB CS_H24_20090612T154716_SP_P.TAB CS_H24_20090612T155728_SP_P.TAB CS_H24_20090612T160724_SP_P.TAB CS_H24_20090612T161758_SP_P.TAB CS_H24_20090806T112520_SP_N.TAB CS_H24_20090806T140226_SP_N.TAB CS_H24_20090806T142304_SP_N.TAB CS_H24_20090806T144004_SP_N.TAB CS_H24_20090806T145812_SP_N.TAB 2-aminopyrimidine ----------------- CS_H26_20090604T103056_SP_P.TAB CS_H26_20090605T123154_SP_P.TAB CS_H26_20090605T130132_SP_P.TAB CS_H26_20090605T133228_SP_P.TAB CS_H26_20090605T140254_SP_P.TAB CS_H26_20090605T144528_SP_P.TAB CS_H26_20090605T151246_SP_P.TAB CS_H26_20090605T154408_SP_P.TAB CS_H26_20090605T161252_SP_P.TAB CS_H26_20090605T164238_SP_P.TAB CS_H26_20090605T171240_SP_P.TAB CS_H26_20090806T162248_SP_N.TAB CS_H26_20090807T092928_SP_N.TAB CS_H26_20090807T094240_SP_N.TAB CS_H26_20090807T100132_SP_N.TAB CS_H26_20090807T101758_SP_N.TAB CS_H26_20090807T103334_SP_N.TAB CS_H26_20090807T105302_SP_N.TAB 4-aminopyrimidine ----------------- CS_H27_20100427T114100_SP_P.TAB CS_H27_20100427T155310_SP_P.TAB CS_H27_20100427T163948_SP_P.TAB Adenine ------- CS_H30_20090526T103830_SP_P.TAB CS_H30_20090526T110004_SP_N.TAB CS_H30_20090527T150442_SP_P.TAB CS_H30_20090527T151622_SP_P.TAB CS_H30_20090527T152612_SP_P.TAB CS_H30_20090527T153812_SP_P.TAB CS_H30_20090527T154558_SP_P.TAB CS_H30_20090527T155648_SP_P.TAB CS_H30_20090527T160542_SP_P.TAB CS_H30_20090527T161542_SP_P.TAB CS_H30_20090527T162552_SP_P.TAB CS_H30_20090527T162842_SP_P.TAB CS_H30_20090527T163612_SP_P.TAB CS_H30_20090527T164542_SP_P.TAB CS_H30_20090528T101808_SP_N.TAB CS_H30_20090528T102744_SP_N.TAB CS_H30_20090528T104744_SP_N.TAB CS_H30_20090528T110038_SP_N.TAB CS_H30_20090528T110814_SP_N.TAB CS_H30_20090528T111758_SP_N.TAB CS_H30_20090528T112816_SP_N.TAB CS_H30_20090528T113806_SP_N.TAB CS_H30_20090528T114828_SP_N.TAB CS_H30_20090528T133850_SP_P.TAB CS_H30_20090528T135120_SP_P.TAB CS_H30_20090528T140234_SP_P.TAB CS_H30_20090528T141112_SP_P.TAB CS_H30_20090528T142034_SP_P.TAB CS_H30_20090528T143040_SP_P.TAB CS_H30_20090528T144048_SP_P.TAB CS_H30_20090528T145110_SP_P.TAB CS_H30_20090528T150100_SP_P.TAB CS_H30_20090528T151042_SP_P.TAB CS_H30_20090528T152024_SP_P.TAB CS_H30_20090528T153024_SP_P.TAB CS_H30_20090528T154024_SP_P.TAB CS_H30_20090528T171602_SP_N.TAB CS_H30_20090529T094610_SP_N.TAB CS_H30_20090529T095422_SP_N.TAB CS_H30_20090529T100432_SP_N.TAB CS_H30_20090529T101446_SP_N.TAB CS_H30_20090529T102452_SP_N.TAB CS_H30_20090529T103504_SP_N.TAB CS_H30_20090529T104450_SP_N.TAB CS_H30_20090529T105438_SP_N.TAB CS_H30_20090529T111424_SP_N.TAB CS_H30_20090529T112400_SP_N.TAB CS_H30_20090529T112718_SP_N.TAB CS_H31_20090610T163002_SP_P.TAB CS_H31_20090611T091422_SP_P.TAB CS_H31_20090611T092510_SP_P.TAB CS_H31_20090611T093014_SP_P.TAB CS_H31_20090611T094008_SP_P.TAB CS_H31_20090611T095024_SP_P.TAB CS_H31_20090611T100026_SP_P.TAB CS_H31_20090611T101036_SP_P.TAB CS_H31_20090611T102006_SP_P.TAB CS_H31_20090611T103616_SP_P.TAB CS_H31_20090611T104520_SP_P.TAB CS_H31_20090611T105536_SP_P.TAB CS_H31_20090611T110540_SP_P.TAB CS_H31_20090611T111734_SP_P.TAB CS_H31_20090611T112648_SP_P.TAB CS_H31_20090611T113508_SP_P.TAB CS_H31_20090611T114632_SP_P.TAB CS_H31_20090611T115448_SP_P.TAB CS_H31_20090611T120332_SP_P.TAB CS_H31_20090611T122004_SP_P.TAB CS_H31_20090611T122818_SP_P.TAB CS_H31_20090611T123824_SP_P.TAB CS_H31_20090611T124840_SP_P.TAB CS_H31_20090611T125940_SP_P.TAB CS_H31_20090611T130856_SP_P.TAB CS_H31_20090611T131840_SP_P.TAB CS_H31_20090611T133114_SP_P.TAB CS_H31_20090611T133844_SP_P.TAB CS_H31_20090611T135000_SP_P.TAB CS_H31_20090611T135820_SP_P.TAB CS_H31_20090611T140844_SP_P.TAB CS_H31_20090611T141836_SP_P.TAB CS_H31_20090611T143522_SP_P.TAB CS_H31_20090611T145026_SP_P.TAB CS_H31_20090611T150050_SP_P.TAB CS_H31_20090611T152006_SP_P.TAB CS_H31_20090611T153842_SP_P.TAB CS_H31_20090611T155022_SP_P.TAB CS_H31_20090804T103838_SP_N.TAB CS_H31_20090804T105154_SP_N.TAB CS_H31_20090804T112234_SP_N.TAB CS_H31_20090804T114158_SP_N.TAB CS_H31_20090804T133154_SP_N.TAB CS_H31_20090804T134630_SP_N.TAB CS_H31_20090804T135032_SP_N.TAB CS_H31_20090804T140618_SP_N.TAB CS_H31_20090804T142022_SP_N.TAB Cytosine -------- CS_H34_20090610T091626_SP_P.TAB CS_H34_20090610T091932_SP_P.TAB CS_H34_20090610T092746_SP_P.TAB CS_H34_20090610T093824_SP_P.TAB CS_H34_20090610T095248_SP_P.TAB CS_H34_20090610T100758_SP_P.TAB CS_H34_20090610T101622_SP_P.TAB CS_H34_20090610T102802_SP_P.TAB CS_H34_20090610T103104_SP_P.TAB CS_H34_20090610T103952_SP_P.TAB CS_H34_20090610T104904_SP_P.TAB CS_H34_20090610T105354_SP_P.TAB CS_H34_20090610T105938_SP_P.TAB CS_H34_20090610T110426_SP_P.TAB CS_H34_20090610T110818_SP_P.TAB CS_H34_20090610T111636_SP_P.TAB CS_H34_20090610T112146_SP_P.TAB CS_H34_20090610T112640_SP_P.TAB CS_H34_20090610T113212_SP_P.TAB CS_H34_20090610T113646_SP_P.TAB CS_H34_20090610T123040_SP_P.TAB CS_H34_20090722T145124_SP_N.TAB CS_H34_20090722T145634_SP_N.TAB CS_H34_20090722T184626_SP_N.TAB CS_H34_20090807T140744_SP_N.TAB CS_H34_20090810T095256_SP_N.TAB CS_H34_20090810T103122_SP_N.TAB CS_H34_20090810T111046_SP_N.TAB CS_H34_20090810T124656_SP_N.TAB CS_H34_20090810T133618_SP_N.TAB Isocytosine ----------- CS_H35_20100208T170058_SP_P.TAB CS_H35_20100210T154526_SP_P.TAB CS_H35_20100210T162046_SP_P.TAB CS_H35_20100210T163520_SP_P.TAB CS_H35_20100210T163914_SP_P.TAB CS_H35_20100210T171254_SP_P.TAB CS_H35_20100210T193140_SP_P.TAB CS_H35_20100719T160022_SP_P.TAB CS_H35_20100719T162708_SP_P.TAB CS_H35_20100719T165452_SP_P.TAB CS_H35_20100720T155108_SP_N.TAB CS_H35_20100720T162028_SP_N.TAB CS_H35_20100720T165804_SP_N.TAB CS_H35_20100721T101634_SP_P.TAB CS_H35_20100721T103336_SP_P.TAB CS_H35_20100721T110424_SP_P.TAB CS_H35_20100721T112604_SP_P.TAB CS_H35_20100721T113638_SP_P.TAB CS_H35_20100721T155116_SP_N.TAB CS_H35_20100721T161424_SP_N.TAB CS_H35_20100721T163738_SP_N.TAB CS_H35_20100721T170848_SP_N.TAB CS_H35_20100721T181926_SP_N.TAB Uracile ------- CS_H36_20100318T154958_SP_P.TAB CS_H36_20100318T173634_SP_P.TAB CS_H36_20100318T180242_SP_P.TAB CS_H36_20100318T182450_SP_P.TAB CS_H36_20100318T182704_SP_P.TAB CS_H36_20100318T185814_SP_P.TAB CS_H36_20100625T161528_SP_P.TAB CS_H36_20100625T163850_SP_P.TAB CS_H36_20100625T172050_SP_N.TAB CS_H36_20100625T175052_SP_N.TAB CS_H36_20100625T181540_SP_N.TAB CS_H36_20100628T153204_SP_P.TAB CS_H36_20100628T154414_SP_P.TAB CS_H36_20100628T155902_SP_P.TAB CS_H36_20100628T165404_SP_N.TAB CS_H36_20100628T172110_SP_N.TAB CS_H36_20100628T183322_SP_N.TAB Thymine ------- CS_H37_20100325T153740_SP_P.TAB CS_H37_20100325T162822_SP_P.TAB CS_H37_20100325T163620_SP_P.TAB CS_H37_20100325T163948_SP_P.TAB CS_H37_20100325T165728_SP_P.TAB CS_H37_20100325T170844_SP_P.TAB CS_H37_20100325T173140_SP_P.TAB CS_H37_20100325T173814_SP_P.TAB CS_H37_20100325T175824_SP_P.TAB CS_H37_20100325T183512_SP_P.TAB CS_H37_20100621T150624_SP_P.TAB CS_H37_20100621T153602_SP_P.TAB CS_H37_20100621T163600_SP_N.TAB CS_H37_20100621T170402_SP_N.TAB CS_H37_20100621T173110_SP_N.TAB CS_H37_20100623T142318_SP_P.TAB CS_H37_20100623T143414_SP_P.TAB CS_H37_20100623T150730_SP_N.TAB CS_H37_20100623T153210_SP_N.TAB CS_H37_20100624T105020_SP_P.TAB CS_H37_20100624T105836_SP_P.TAB CS_H37_20100624T152206_SP_N.TAB CS_H37_20100624T155258_SP_N.TAB CS_H38_20100621T151454_SP_P.TAB CS_H38_20100621T154218_SP_P.TAB CS_H38_20100621T175850_SP_N.TAB CS_H38_20100621T182448_SP_N.TAB CS_H38_20100621T185030_SP_N.TAB CS_H39_20100622T144132_SP_P.TAB CS_H39_20100622T150138_SP_P.TAB CS_H39_20100622T152652_SP_N.TAB CS_H39_20100622T160308_SP_N.TAB CS_H39_20100624T111452_SP_P.TAB CS_H39_20100624T115416_SP_P.TAB CS_H39_20100624T162902_SP_N.TAB CS_H39_20100624T170202_SP_N.TAB Hypoxanthine ------------ CS_H40_20100706T145848_SP_P.TAB CS_H40_20100706T152426_SP_P.TAB CS_H40_20100706T155118_SP_P.TAB CS_H40_20100706T163842_SP_N.TAB CS_H40_20100706T170740_SP_N.TAB CS_H40_20100706T173332_SP_N.TAB CS_H40_20100707T181724_SP_P.TAB CS_H40_20100707T185730_SP_P.TAB CS_H40_20100707T191754_SP_P.TAB CS_H40_20100708T104350_SP_P.TAB CS_H40_20100708T111012_SP_P.TAB CS_H40_20100708T112548_SP_P.TAB CS_H40_20100708T115654_SP_P.TAB CS_H40_20100708T151048_SP_N.TAB CS_H40_20100708T154240_SP_N.TAB CS_H40_20100708T161754_SP_N.TAB CS_H40_20100708T170154_SP_N.TAB CS_H40_20100708T180740_SP_N.TAB Guanine ------- CS_H41_20090608T161534_SP_P.TAB CS_H41_20090609T093418_SP_P.TAB CS_H41_20090609T094924_SP_P.TAB CS_H41_20090609T095852_SP_P.TAB CS_H41_20090609T100838_SP_P.TAB CS_H41_20090609T101836_SP_P.TAB CS_H41_20090609T102834_SP_P.TAB CS_H41_20090609T102954_SP_P.TAB CS_H41_20090609T104824_SP_P.TAB CS_H41_20090609T105932_SP_P.TAB CS_H41_20090609T111122_SP_P.TAB CS_H41_20090609T112210_SP_P.TAB CS_H41_20090609T112846_SP_P.TAB CS_H41_20090609T113856_SP_P.TAB CS_H41_20090609T115856_SP_P.TAB CS_H41_20090609T121006_SP_P.TAB CS_H41_20090609T121852_SP_P.TAB CS_H41_20090609T122922_SP_P.TAB CS_H41_20090609T123916_SP_P.TAB CS_H41_20090609T134642_SP_P.TAB CS_H41_20090609T135614_SP_P.TAB CS_H41_20090609T140604_SP_P.TAB CS_H41_20090609T140942_SP_P.TAB CS_H41_20090609T141614_SP_P.TAB CS_H41_20090609T161248_SP_P.TAB CS_H41_20090805T103102_SP_N.TAB CS_H41_20090805T124202_SP_N.TAB CS_H41_20090805T145452_SP_N.TAB CS_H41_20090805T151308_SP_N.TAB CS_H41_20090805T153352_SP_N.TAB CS_H41_20090805T155300_SP_N.TAB CS_H41_20090810T145712_SP_N.TAB CS_H41_20090811T102152_SP_N.TAB CS_H41_20090811T131408_SP_N.TAB Xanthine -------- CS_H42_20100629T181250_SP_P.TAB CS_H42_20100629T182814_SP_P.TAB CS_H42_20100629T190116_SP_P.TAB CS_H42_20100630T103612_SP_N.TAB CS_H42_20100630T105728_SP_N.TAB CS_H42_20100630T111726_SP_N.TAB CS_H42_20100630T113426_SP_N.TAB CS_H42_20100630T115400_SP_N.TAB CS_H42_20100630T160206_SP_P.TAB CS_H42_20100630T161158_SP_P.TAB CS_H42_20100630T162542_SP_P.TAB CS_H42_20100630T164052_SP_P.TAB CS_H42_20100630T175154_SP_N.TAB CS_H42_20100630T183252_SP_N.TAB CS_H42_20100701T164148_SP_N.TAB CS_H42_20100701T172034_SP_N.TAB CS_H42_20100701T175506_SP_N.TAB CS_H42_20100701T183248_SP_N.TAB Eicosane -------- CS_H55_20130426T093840_SP_P.TAB CS_H55_20130426T101542_SP_N.TAB CS_H55_20130426T152734_SP_P.TAB CS_H55_20130426T155628_SP_P.TAB CS_H55_20130426T171000_SP_N.TAB Xanthine -------- CS_H56_20100526T104640_SP_P.TAB CS_H56_20100526T145114_SP_P.TAB CS_H56_20100526T155510_SP_P.TAB CS_H56_20100526T160538_SP_P.TAB CS_H56_20100526T161756_SP_P.TAB CS_H56_20100526T163614_SP_P.TAB CS_H56_20100526T164536_SP_P.TAB CS_H56_20100526T170352_SP_P.TAB CS_H56_20100526T172412_SP_P.TAB HMT --- CS_HB5_20091125T164716_SP_P.TAB CS_HB5_20091125T181512_SP_P.TAB CS_HB5_20091125T182418_SP_P.TAB CS_HB6_20110608T153950_SP_P.TAB CS_HB6_20110608T155416_SP_P.TAB CS_HB6_20110608T160730_SP_P.TAB CS_HB6_20110608T170322_SP_P.TAB CS_HB6_20110608T174026_SP_P.TAB Coordinate Systems : dust funnel ----------- COSIMA substrates are exposed 3 at a time to the +Z side of the spacecraft. The dust funnel has a 14 * 21 degree field of view for a distinct dust particle. ^ | direction of | flight | ^ +Xcosima (down-track) | | --- +---------|---------+ ^ | | | | | | | | | | | | | | | | 14 deg | x-------------> +Ycosima (cross-track) | | +Zcosima | | | | | | | V | | --- +-------------------+ | 21 deg | Boresight (+Z axis) |<----------------->| is into the page | | The distance from the funnel inlet to the exposed (10+1+10+10)mm*10mm substrates is 162 mm. The dimensions of the funnel inlet are 60mm*40mm. ------------- ----------------- ^ ------------ 20 5 v <------------------ 162 -----------------> 5 ^ ------------ 20 ----------------- v ------------- ------------- ----------------- ^ ------------ 30 16 v <------------------ 162 -----------------> 16 ^ ------------ 30 ----------------- v ------------- No S/C geometry is pre-calculated for the data. The data user should use ROSETTA SPICE kernels for the geometry calculation. substrate --------- Looking in the funnel, from the outside to the -Z direction, the substrates on the target holder look like the following: --------------- | | | | | | | 1XX |R | | |e | |o |f | -----------|e | ------------r | +Y | |e | ^ | |n | | | 2XX |c | +-->+X | |e | |o | | ------------s | ------------t | | |r | | |i | | 1XX |p | | | | |o | | --------------- The reference strip is covered and not visible. The dust funnel center is in the middle of the middle substrate. The XX is from the C1 to the D8, hex. The o marks the lower left corner of the substrate, used as the substrate coordinate system origo. physical substrate ------------------ The physical coordinate system, named physical in the FITS-file, is based directly on the image. It is calculated directly from the COSISCOPE image pixels to real micrometers on the substrate, using the known distance from the camera to the surface. The image view is roughly 14000 x 14000 microsquaremeters. substrate --------- A substrate has a coordinate system, defined in micrometers from 0-10000 in X and Y direction, starting from the lower left corner. It is named substrate in the FITS-file header. p : (10000, 10000) -------------------------- | p| | | | | | |r2 | r2 : (12600, 9400) | | | | | | | | | | | | | |r1 | r1 : (12600, 4400) | | | | | | |o | | -------------------------- o : (0,0) On the reference strip there are two marker dot pairs. The middle point of those two dots mark the two reference coordinates positions (r) at (12600, 4400) and (12600, 9400). COSISCOPE onboard COSIMA automatically calculates the origin and rotation offsets due to mechanical target holder grasping inaccuracy. XM substrate ------------ There's a second coordinate system, named XM substrate in the FITS-file, which tries to compensate on the mechanical and ion path difference from the COSISCOPE to the TOF-SIMS analysis position. This is the one used for the TOF-SIMS operations and given as spectrum coordinates. The correction used (established during flight from the measurements) is xor : xor + 256.880 - ((3.-target_position)*11000.0)*0.00370386 yor : yor + 112.985 rot : rot + 0.00370386 target_position : Y, where the Y is either 1 for the top, 2 for the middle and 3 for the bottom substrate. xor, yor and rot are the coordinate offsets established automatically by the COSISCOPE onboard COSIMA. uncertaintity ------------- The real spectrum position given as X and Y does not necessarily match the X and Y established as XM substrate coordinates. This offset is different for the positive and negative spectra and can only be solved by analysing the TOF-SIMS data. If the Z-coordinate differs essentially from zero, the coordinate scale may not be correct. The corrected scale could be calculated from the marker dot positions. Software : All the data can be used by PDS tools or any ASCII reading software. Media/Format : The data is delivered as PDS standard compliant electronic files.

Confidence Level Overview : The data have been automatically processed from raw data. Care should be taken in spectrum analysis, the housekeeping values for operating voltages should be checked for possible anomalies. Some of the operations during the calibration were really outside of normal instrument operation. The mass scale of the spectra is automatically calculated onboard COSIMA and is not valid for scientific analysis. No dead time correction is made. The spectrum measurement XY position on the substrate has an offset due to ion path and mechanical position inaccuracy. It's also different for the positive and negative spectra. Review : The dataset review is available from the RO-EST-RP-3461, ROSETTA Science Archive 1st Delivery Review Report for Orbiter instruments (15 March 2007). This covers the dataset v1.0, where there was no spectrum mass scale. The second dataset review is available from the RO-SGS-RP-1030, Rosetta Science Archive Review Report - Issue 1.0 - 9 March 2016. This dataset fixes the following issues in the RO-SGS-RP-1030: - aperture information added - calibration data added - subimage information added in the FITS file headers - named positions on the substrates added as technical note - test image identification documentation added - grain list variation explained - overall fixes on language and PDS errors The following issus are not fixed: - specra re-calibration and the deadtime correction. This will be addressed in the later delivery - easier way to match the spectra and the grains. This is not an straightforward problem due to uncertaintity of the the spectrum beam position and area. Data Coverage and Quality : The data covers the COSIMA flight model operations from the flight substrate delivery 2002-05-29 to the end of the mission 2016-09-30. The production of the substrates is not part of the substrate history. Regardless of the several anomalies in the instrument operations during the calibration period, the substrate histories are complete. Limitations : Housekeeping data outside spectral measurements and COSISCOPE operations is not delivered. This would include indium ion emitter history and target manipulator operations. Though vital to the instrument operations, they are not needed in the scientific interpretation of the COSIMA data.