Changes between Version 3 and Version 4 of MSP461

Timestamp:

Oct 26, 2021 2:59:03 PM (3 years ago)

Author:

ybogdanova

Comment:

--

MSP461

@@ -9 +9 @@
 There is no moon eclipses during this segment.
 
-There will be manoeuvres 09/02/2022 on C134, on 17/02/2022 on C1234, on 24/02/2022 on C3, the full list of manoeuvres for this period is included here ​http://jsocwiki.rl.ac.uk/attachment/wiki/WikiStart/manoeuvres_mar2021_apr2022.pdf.
+There will be manoeuvres 10/02/2022 on C134, on 17/02/2022 on C1234, on 24/02/2022 on C3, the full list of manoeuvres for this period is included here ​http://jsocwiki.rl.ac.uk/attachment/wiki/WikiStart/manoeuvres_mar2021_apr2022.pdf.
 
 Cluster crosses the predicted bow shock from: C2 - 24/12/2021, C1 - 26/12/2021, C34 - 04/01/2022.
 
-The main science targets are the magnetopause, bow shock, magnetosheath, conjunctions between Cluster with MMS and/or THEMIS, and hiss origin. The primary science target is magnetosheath high-speed jets. The BM1 data for the PEACE/WHISPER cross-calibration in the magnetosheath also will be collected. 
+The main science targets are the magnetopause, bow shock, magnetosheath, conjunctions between Cluster with MMS and/or THEMIS, and hiss origin. The primary science target is magnetosheath high-speed plasma jets. The BM1 data for the PEACE/WHISPER cross-calibration in the magnetosheath also will be collected. 
 
-Special operations for three BM1 intervals with good conjunctions between Cluster and MMS&THEMIS during eclipse season are also planned.
+Special operations for three BM1 intervals with good conjunctions between Cluster, MMS and THEMIS during eclipse season are also planned.
+
+** Manoeuvres plan, manoeuvres_mar2021_apr2022.pdf, was updated in October 2021, with originally planned slew manoeuvres on 09/02/2022 on SC134 being moved to 10/02/2022 to accommodate good triple conjunction between Cluster, THEMIS and MMS.
+
+** The MSP46.1 segment science planning was updated on 26/10/2021 to maximize triple conjunctions between Cluster, THEMIS and MMS for the studies of the magnetosheath high-speed plasma jets.