#9854 = 77- 15 B = Cosmos 895 r I am in good agreement with SpaceCom in showing this decay at Feb 14 07:24 UTC +-90m near 28.7 N, 116.9 E on a southbound pass over China. If it survived, it would have passed southwards over Western Australia between 07:35 and 07:39 UTC. My prediction for the elset at final northbound equator crossing: Cosmos 895 r 3.8 2.6 0.0 5.1 v 10 117 x 112 km 1 09854U 77015B 00045.28308404 1.00262569 17375+2 32474-3 0 97168 2 09854 81.1103 196.4386 0004337 282.5968 77.3547 16.59564312266690 #25769 = 99- 30 B = Starshine I now predict this decay for Feb 18 12:58 +-21h while SpaceCom, in its first prediction, gives Feb 18 11:50 +-2d. Although there was another geomagnetic storm around noon UTC today, its effect is not yet obvious in Starshine's orbit. Instead, my shift to an earlier decay time results from a modification in my analysis to better handle such an almost perfectly circular orbit. #25911 = 99- 49 E = Globalstar 33 Soyuz r My current prediction is for decay at Feb 17 16:07 +-16h. Check http://www.wingar.demon.co.uk/satevo/dkwatch/ for more info. Alan -- Alan Pickup | COSPAR 2707: 55d53m48.7s N 3d11m51.2s W 156m asl Edinburgh | Tel: +44 (0)131 477 9144 Fax: +44 (0)870 0520750 Scotland | SatEvo page: http://www.wingar.demon.co.uk/satevo/ ----------------------------------------------------------------- Unsubscribe from SeeSat-L by sending a message with 'unsubscribe' in the SUBJECT to SeeSat-L-request@lists.satellite.eu.org http://www2.satellite.eu.org/seesat/seesatindex.html
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