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Effects of Orbit Variations and J 2 Perturbations on a Class of Earth-Orbiting Interferometric Observatories
The Journal of the Astronautical Sciences ( IF 1.2 ) Pub Date : 2020-08-23 , DOI: 10.1007/BF03546347 Islam I. Hussein , Daniel J. Scheeres
The Journal of the Astronautical Sciences ( IF 1.2 ) Pub Date : 2020-08-23 , DOI: 10.1007/BF03546347 Islam I. Hussein , Daniel J. Scheeres
This paper revisits a class of Earth-orbiting interferometric observatories introduced previously and reviews the general procedures to achieve wave-number plane coverage. The effect of eccentric spacecraft trajectories and gravity field
J
2 perturbations on wave-number plane coverage are considered. Conditions for complete wave-number plane coverage are found for certain classes of orbit perturbations. This analysis leads to design criteria for interferometric observatories that ensure wave-number plane coverage as a function of perturbation strength.
中文翻译:
轨道变化和J 2扰动对一类地球轨道干涉观测站的影响
本文回顾了先前介绍的一类地球轨道干涉观测站,并回顾了实现波数平面覆盖的一般程序。考虑了偏心飞船的轨迹和重力场 J 2扰动对波数平面覆盖的影响。对于某些类型的轨道扰动,找到了完整的波数平面覆盖范围的条件。该分析得出了干涉式天文台的设计标准,该标准确保波数平面的覆盖范围是摄动强度的函数。
更新日期:2020-08-23
中文翻译:
轨道变化和J 2扰动对一类地球轨道干涉观测站的影响
本文回顾了先前介绍的一类地球轨道干涉观测站,并回顾了实现波数平面覆盖的一般程序。考虑了偏心飞船的轨迹和重力场 J 2扰动对波数平面覆盖的影响。对于某些类型的轨道扰动,找到了完整的波数平面覆盖范围的条件。该分析得出了干涉式天文台的设计标准,该标准确保波数平面的覆盖范围是摄动强度的函数。