Here the links to track them online by using the last elements: NOSS 3-5 (A) http://digilander.libero.it/SATrack/VisualSATFlareTrackerOnline.html? q=URL&Lat=0.0&Lon=0. 0&Alt=0&Chart=1&l0=4e4f535320332d3520284129203130313420582031323037204b4d&l1=31203337333836552031313031344120202031313130392e303335323939343320202e3030303030303030202030303030302d30202030303030302d302030202020203034&l2=32203337333836202036332e34313637203334322e373333362030313238343133203138302e39383437203137392e303934332031332e3339333137313730202020203038 NOSS 3-5 (B) http://digilander.libero.it/SATrack/VisualSATFlareTrackerOnline.html? q=URL&Lat=0.0&Lon=0. 0&Alt=0&Chart=1&l0=4e4f535320332d3520284229203130313520582031323037204b4d&l1=31203739393337552031313031344220202031313130392e303335343838353720202e3030303030303030202030303030302d30202030303030302d302030202020203037&l2=32203739393337202036332e34313637203334322e373333312030313238343133203138302e39383437203137392e303934332031332e3339323531303233202020203035 Just set your coordinates and make sure the whole link (which is quite long) is entered in the browser! Regards, Simone >----Messaggio originale---- >Da: ssl3molcz@rogers.com >Data: 19-apr-2011 14.43 >A: <seesat-l@satobs.org> >Ogg: NROL-34: NOSS 3-5 elements > >Bram Dorreman, Marco Langbroek, Tim Luton, and I, contributed observations used to produce the following elements: > >NOSS 3-5 (A) 1014 X 1207 km >1 37386U 11014A 11109.03529943 .00000000 00000-0 00000-0 0 04 >2 37386 63.4167 342.7336 0128413 180.9847 179.0943 13.39317170 08 >Arc 20110418.84-0419.07 WRMS resid 0.037 totl 0.012 xtrk > >NOSS 3-5 (B) 1015 X 1207 km >1 79937U 11014B 11109.03548857 .00000000 00000-0 00000-0 0 07 >2 79937 63.4167 342.7331 0128413 180.9847 179.0943 13.39251023 05 >Arc 20110415.23-0419.07 WRMS resid 0.029 totl 0.023 xtrk > >For 11014A, only the inclination is a fixed estimate. Since there are fewer obs of 11014B, I used the elements of >11014A, adjusting only the epoch, mean anomaly and mean motion. The longer observational arc of 11014B is due to the >inclusion of a synthetic observation of 11014A, near its first ascending node, when both objects should still have been >close together. > >11014B has yet to be publicly catalogued, but if the procedure of all four past NOSS 3 launches is followed, within a >few days it will be falsely catalogued as a piece of debris of 11014A. > >A welcome feature of this launch was the prompt de-orbit of Atlas V-411's second stage, within a couple of hours after >payload deployment. This seems to have become USAF standard operating procedure for LEO EELV missions. I believe the >following list is complete; final column lists the place of disposal. > >Nov 2006 DMSP F17 VAFB Delta IV-Medium Pacific Ocean >Oct 2009 DMSP F18 VAFB Atlas V-401 Solar orbit >Apr 2010 X-37B OTV 1-1 CCAFS Atlas V-501 Solar orbit >Sep 2010 FIA Radar 1 VAFB Atlas V-501 Ocean >Jan 2011 USA 224 VAFB Delta IV-Heavy Pacific Ocean >Mar 2011 X-37B OTV 2-1 CCAFS Atlas V-501 Indian Ocean >Apr 2011 NOSS 3-5 VAFB Atlas V-411 Pacific Ocean > >Ted Molczan > >_______________________________________________ >Seesat-l mailing list >http://mailman.satobs.org/mailman/listinfo/seesat-l > _______________________________________________ Seesat-l mailing list http://mailman.satobs.org/mailman/listinfo/seesat-l
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