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Experiment system of LAMOST active optics

机译:LAMOST主动光学实验系统

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摘要

Active optics is the most difficult part in LAMOST project. Especially for the segmented reflecting Schmidt plate Ma, in which both segmented mirror active optics and thin mirror (or deformable mirror) active optics are applied. To test and optimize the thin mirror active optics of Ma, and to approach the reality of operating environment of the telescope, an outdoor experiment system has been established. This experiment system is also a 'small LAMOST' with one sub-mirror of the primary mirror Mb and one sub-mirror of the Schmidt plate Ma, and with full scale in spacing (40 meters) between Ma and Mb. many parts of LAMOST were tested in the experiment system except segmented mirror active optics. Especially for force actuators, thin mirror support system, friction driving of the alt-azimuth mounting and its control system, wave front test along such a long optical path. This paper presents the experiment system, research and developments, and some experiment results.
机译:有源光学是LAMOST项目中最困难的部分。特别是对于分段反射施密特板Ma,其中既应用了分段镜有源光学器件又使用了薄镜(或可变形镜)有源光学器件。为了测试和优化Ma的薄镜主动光学系统,并接近望远镜的工作环境,建立了一个室外实验系统。该实验系统也是“小型LAMOST”,具有一个主镜Mb的子镜和一个Schmidt板Ma的子镜,并且Ma和Mb之间的间距(40米)为满刻度。 LAMOST的许多部分都在实验系统中进行了测试,除了分段镜有源光学器件。尤其是对于力致动器,薄镜支撑系统,高度方位支架及其控制系统的摩擦驱动,沿如此长的光路进行波前测试。本文介绍了实验系统,研究开发和一些实验结果。

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