Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402

The algorithm was developed for the estimation of orbital decay of the Soviet Satellite COSMOS 1402 which divided into three body-COSMOS 1402-A, B and C- and fell down early in 1983. The perturbation effects due to the nonspherical geopotential and air drag were considered and the standard atmospher...

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Main Authors: Jeong-Sook Lee, Kyu-Hong Choi, Chun-Hwey Kim
Format: Article
Language:English
Published: The Korean Space Science Society 1989-12-01
Series:Journal of Astronomy and Space Sciences
Online Access:http://ocean.kisti.re.kr/downfile/volume/kosss/OJOOBS/1989/v6n2/OJOOBS_1989_v6n2_101.pdf
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author Jeong-Sook Lee
Kyu-Hong Choi
Chun-Hwey Kim
author_facet Jeong-Sook Lee
Kyu-Hong Choi
Chun-Hwey Kim
author_sort Jeong-Sook Lee
collection DOAJ
description The algorithm was developed for the estimation of orbital decay of the Soviet Satellite COSMOS 1402 which divided into three body-COSMOS 1402-A, B and C- and fell down early in 1983. The perturbation effects due to the nonspherical geopotential and air drag were considered and the standard atmospheric model were built for obtaining the atmospheric density as a function of the height. The orbital elements of NASA GSFC during orbital decay used in estimation of orbital decay. We compared the estimation values with the published ones of the American State Department. In the case of COSMOS 1402-C, the estimated values accorded with the published ones but, in the case of COSMOS 1402-A, the decay time and the approximated position differed respectively one minute and two degrees in both latitude and longitude from the published ones.
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spelling doaj.art-72086674bff94fea98f71ed8f675469c2024-01-02T19:44:31ZengThe Korean Space Science SocietyJournal of Astronomy and Space Sciences2093-55872093-14091989-12-0162101108Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402Jeong-Sook Lee0Kyu-Hong Choi1Chun-Hwey Kim2Dept. of Astronomy and Meteorology, Yonsei University, Seoul 120-749Dept. of Astronomy and Meteorology, Yonsei University, Seoul 120-749Institute of Space Science and Astronomy 36-1, Whaam-dong, Suh-gu, Daejeon, 302-348, KoreaThe algorithm was developed for the estimation of orbital decay of the Soviet Satellite COSMOS 1402 which divided into three body-COSMOS 1402-A, B and C- and fell down early in 1983. The perturbation effects due to the nonspherical geopotential and air drag were considered and the standard atmospheric model were built for obtaining the atmospheric density as a function of the height. The orbital elements of NASA GSFC during orbital decay used in estimation of orbital decay. We compared the estimation values with the published ones of the American State Department. In the case of COSMOS 1402-C, the estimated values accorded with the published ones but, in the case of COSMOS 1402-A, the decay time and the approximated position differed respectively one minute and two degrees in both latitude and longitude from the published ones.http://ocean.kisti.re.kr/downfile/volume/kosss/OJOOBS/1989/v6n2/OJOOBS_1989_v6n2_101.pdf
spellingShingle Jeong-Sook Lee
Kyu-Hong Choi
Chun-Hwey Kim
Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
Journal of Astronomy and Space Sciences
title Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
title_full Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
title_fullStr Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
title_full_unstemmed Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
title_short Estimation of Orbital Decay for the Soviet Satellite COSMOS 1402
title_sort estimation of orbital decay for the soviet satellite cosmos 1402
url http://ocean.kisti.re.kr/downfile/volume/kosss/OJOOBS/1989/v6n2/OJOOBS_1989_v6n2_101.pdf
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AT chunhweykim estimationoforbitaldecayforthesovietsatellitecosmos1402