Physics
Scientific paper
Dec 2011
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2011sosyr..45..600n&link_type=abstract
Solar System Research, Volume 45, Issue 7, pp.600-607
Physics
Geo Sc, Geostationary Orbit (Geo), Geo Sc Correction, Correction Phase, Control During The Correction Phase, Minimization Of Geo Sc Orbit Eccentricity, Correction Program, Algorithm For Optimal Burn Correction, Sc Insertion Errors, Correction Errors, Time Of Correction, Number Of Corrections, Accuracy Of Transferring Sc To A Given Standing Point
Scientific paper
The problem of transferring GEO SC to a specified standing point taking into account the SC insertion and correction error is considered. A combined method for calculating insertion corrections is suggested based on the algorithm for the optimal burn correction and numerical model for forecasting active SC COG motion, which yields a high calculation accuracy and allows one to minimize the orbit eccentricity at the end of the transferring phase. The method is software implemented and can be used to calculate transfer correction parameters during both the phase of GEO SC design and SC operation for their control.
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