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Short-Term Orbit Prediction with J<sub>2</sub>and Mean Orbital Elements

Short-Term Orbit Prediction with J<sub>2</sub>and Mean Orbital Elements
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摘要 An analytical theory for calculating perturbations of the orbital elements of a satellite due to J2 to accuracy up to fourth power in eccentricity is developed. It is observed that there is significant improvement in all the orbital elements with the present theory over second-order theory. The theory is used for computing the mean orbital elements, which are found to be more accurate than provided by Bhatnagar and taqvi’s theory (up to second power in eccentricity). Mean elements have a large number of practical applications. An analytical theory for calculating perturbations of the orbital elements of a satellite due to J2 to accuracy up to fourth power in eccentricity is developed. It is observed that there is significant improvement in all the orbital elements with the present theory over second-order theory. The theory is used for computing the mean orbital elements, which are found to be more accurate than provided by Bhatnagar and taqvi’s theory (up to second power in eccentricity). Mean elements have a large number of practical applications.
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出处 《International Journal of Astronomy and Astrophysics》 2011年第3期135-146,共12页 天文学与天体物理学国际期刊(英文)
关键词 Perturbation DUE to J2 Mean ORBITAL ELEMENTS Short-Periodic Terms Osculating ORBITAL ELEMENTS Fourth Power in Eccentricit Perturbation Due to J2 Mean Orbital Elements Short-Periodic Terms Osculating Orbital Elements Fourth Power in Eccentricit

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