Abstract

We propose a method to control the multi-element mirror system of the telescope of the space observatory ‘‘Millimetron’’ under its tuning taking place after the opening on the orbit. For the preliminary control of the location of reflector elements, the laser rangefinder is used; for the final control, the optical method of the Foucault knife is used. We compute the optical scheme of the control system for the final tuning of the telescope and present it. We show simulation results for images obtained under deviations of reflector elements. We present computation results for the optical system, implementing the Foucault knife method.

中文翻译：

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“ Millimetron”天文台反射镜的控制和定位系统：设计和开发

摘要

我们提出了一种方法，用于在“ Millimetron”空间天文望远镜在轨道打开后进行调整的情况下控制其多元素镜系统。为了初步控制反射镜元件的位置，使用了激光测距仪。为了进行最终控制，使用了福柯刀的光学方法。我们为望远镜的最终调谐计算了控制系统的光学方案，并提出了方案。我们显示了在反射器元件偏差下获得的图像的仿真结果。我们采用Foucault刀具方法介绍了光学系统的计算结果。