首页> 外文会议>International Symposium on Space Technology and Science(24th ISTS); 20040530-0606; Miyazaki(JP) >DEVELOPMENT OF SELENE SMALL SATELLITE SYSTEMS AND THEIR APPLICATIONS FOR SELENODESY
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DEVELOPMENT OF SELENE SMALL SATELLITE SYSTEMS AND THEIR APPLICATIONS FOR SELENODESY

机译:硒小卫星系统的发展及其在硒检测中的应用

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Two small sub-satellites: Relay Satellite (Rstar) and VLBI Radio Satellite (Vstar), which are separated from SELENE Main Orbiter, will execute global mapping of the lunar gravity field. These sub-satellites are requested to be simple structured, light weighted, and optimized for the selenodesy mission. We have, therefore, developed a low-mass type release mechanism which consists of two rings connected with 24 stretching bow springs. Properties of the mechanism have been confirmed by the ground tests and displayed on orbit using μ-Lab Sat. We have also examined the four-way signal acquiring process by the compatibility tests at the ground station, which shows the enough performances to track two moving links between the lunar orbits.
机译:与SELENE主轨道器分离的两个小型子卫星:中继卫星(Rstar)和VLBI无线电卫星(Vstar),将对月球重力场进行全局映射。要求这些子卫星结构简单,重量轻,并针对半球形任务进行优化。因此,我们开发了一种低质量类型的释放机构,该机构由两个与24个拉伸弓形弹簧相连的环组成。该机制的特性已通过地面测试确认,并使用μ-LabSat在轨道上显示。我们还通过地面站的兼容性测试检查了四向信号获取过程,该过程显示了足够的性能来跟踪月球轨道之间的两个运动链接。

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