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首页> 外文期刊>Acta astronautica >Mission design and integrated guidance and navigation strategy for NEO flyby using 'interceptor'
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Mission design and integrated guidance and navigation strategy for NEO flyby using 'interceptor'

机译:使用“拦截器”进行近地天体飞行的任务设计以及综合制导和导航策略

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摘要

Institute of Space and Astronautical Science (ISAS) of Japan Aerospace Exploration Agency (JAXA) is currently planning the missions that the small probe 'interceptor' flybys near Earth objects. Interceptor is very small probe. An interceptor observes spectrum, takes close images, and determines mass of an NEO (near earth object) during a flyby. The weight of interceptor is less than 10 kg. This paper shows three types of missions. In general, it is impossible to determine the relative orbit during flyby only with optical information. Thus, the optical navigation needs to be combined with the radio navigation that should provide the relative velocity vector information. In this paper, the integrated guidance and navigation strategy of interceptor is proposed. The interceptor needs the thruster for the attitude and orbit control. This .paper introduces the development of the gas-thrust equilibrium thruster for small satellites.
机译:日本航空航天局(JAXA)的太空与宇航科学研究所(ISAS)目前正在计划小型探测器“拦截器”飞越地球物体附近的任务。拦截器是很小的探针。拦截器在掠过过程中观察光谱,拍摄近距离图像并确定NEO(近地物体)的质量。拦截器的重量小于10千克。本文展示了三种类型的任务。通常,不可能仅通过光学信息来确定飞越期间的相对轨道。因此,光学导航需要与应该提供相对速度矢量信息的无线电导航相结合。提出了拦截弹的综合制导与导航策略。拦截器需要推进器进行姿态和轨道控制。本文介绍了小型卫星气体推力平衡推进器的发展。

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