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使用面包板模型和仿真方法,在实验室内研究月球指向就位测量望远镜(ILOM)的基本特征,如望远镜星像中心点位置精度、温度效应、倾斜以及地面震动的影响.使用这个技术预期在月球表面观测月球自转时可以达到1 ms的精度.将在地面上开展测试验证观测以全面评价达到优于0.1"观测精度目标所需条件和特征.
用于未来月球探测的ILOM技术现状
【摘 要】
：
使用面包板模型和仿真方法,在实验室内研究月球指向就位测量望远镜(ILOM)的基本特征,如望远镜星像中心点位置精度、温度效应、倾斜以及地面震动的影响.使用这个技术预期在月
【作 者】
：
【机 构】
：
日本国立天文台RISE研究室,奥州,日本;综合研究大学院大学天文学部,三鹰,日本综合研究大学院大学天文学部,三鹰,日本;国立天文台水泽VLBI观测站,三鹰,日本国立信息通信技术研究院无线网络研究所,小
【出 处】
：
2014年俄乌白合作项目研讨会暨嫦娥月球动力学科学讨论会
【发表日期】
：
2014年6期
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