卫星激光测距仪CCR加工误差的影响

Chang-zhen Li, Nan-nan Li, Liping Guo
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引用次数: 0

摘要

介绍了卫星角立方反射器(CCR)角度误差分布对地面激光能量分布的影响。CCR的误差是根据卫星高度的速度差设计的,但实际加工误差受制造工艺的影响。对伽利略系统大量CCR的统计表明:不同批次CCR阀门的平均角度误差为0.775"-0.894",相对于设计阀门的0.8"±0.5"。不同批次的σ值为0.278"-0.309"。计算机仿真和实际测量结果表明:这批ccr符合标准和要求。
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Impact on CCR's machining error on laser range finder of satellites
The impacts of angle error distribution of satellites corner cube reflector (CCR) on laser energy distribution on ground are introduced. The error of CCR is designed for the velocity-difference according to the altitude of satellites, but the actual machining error is affected by manufacture. Statistics of lots of CCRs for Galileo indicate that: the average valve of different batches of CCR's angle errors is 0.775"-0.894" relative to the designed valve 0.8"±0.5". The σ of different batches is 0.278"-0.309". The results of computer simulation and actual measure indicate that: These batches of CCRs match the criterions and requests.
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