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SUN-EARTH BASED SPIN AXIS DETERMINATION FOR INTERPLANETARY MISSIONS AND ITS APPLICATION TO IKAROS

机译:基于Sun-Nath的旋转轴确定行星际任务及其在Ikaros的应用

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This paper describes an attitude determination strategy for spinner spacecraft based on the Sun and the Earth angles. This method realizes a complete spin vector determination using only one sun sensor. Thus this method is suitable for low cost, resource-limited spacecraft with a moderate attitude determination accuracy requirement. The method has been developed for and is actually used in IKAROS, which is a Japanese interplanetary solar sail demonstration mission. This paper introduces theoretical backgrounds of Sun-Earth based attitude determination and shows how the actual implementation was done in the IKAROS mission. Then the attitude determination performance achieved during the actual operation is evaluated.
机译:本文介绍了基于太阳和地球角的旋转器航天器的姿态确定策略。该方法实现了仅使用一个太阳传感器的完全自旋矢量确定。因此,这种方法适用于低成本,资源限制的航天器,具有中等的姿态确定精度要求。该方法已经开发,实际上用于Ikaros,这是日本截止日期太阳能风帆示范使命。本文介绍了太阳地球态度决心的理论背景,并展示了如何在Ikaros任务中完成的实际实施。然后评估在实际操作期间实现的姿态确定性能。

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