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Maneuver Planning Strategy for Rapid Response Solar Sail Satellite Concept

机译:快速反应太阳帆卫星概念的机动规划战略

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Regarding the use of Solar Sail Satellites at low altitudes for the proposed concept, a study is carried out to determine the critical mode switching altitude of the mission orbit and a review is presented for the non-ideal solar force model. Based on the results of the study, further analysis is performed regarding the maneuver planning strategy. The proposed concept needs solar sailing maneuvers for reshaping, resizing and/or reorienting the orbit for both station-keeping and transferring to another orbit. These maneuvers can be categorized as in-plane and out-of-plane maneuvers. In order to devise a strategy for maneuver planning, geometrical limitations of the solar sailing mechanism mainly based on the Sun's relative position are synthesized with mission orbit parameters. The results showed that five significant parameters are needed to predict the applicability of the maneuvers.
机译:关于在拟议概念的低海拔地区使用太阳帆卫星的使用,进行了一项研究以确定使命轨道的临界模式切换海拔高度,并为非理想的太阳能模型提供了审查。 基于该研究的结果,关于机动规划战略进行进一步分析。 拟议的概念需要太阳帆船操纵,用于重塑,调整轨道的轨道,以便保持轨道和转移到另一个轨道。 这些机动可以被分类为飞机面内和外平面的操纵。 为了制定机动规划策略,利用任务轨道参数合成了太阳帆船机制的几何限制,主要基于太阳的相对位置。 结果表明,需要五个重要参数来预测机动的适用性。

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