Analysis of Surface Error Correction Capability of 1.2m Active Support System

机译：1.2m主动支撑系统的表面纠错能力分析

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The surface error correction ability is one of the important indicators to measure the performance of the active support system, In this paper, the correction force algorithm for the active support system of 1.2m thin meniscus mirror is introduced. Based on this algorithm, a simulation analysis is made. The simulation results show that the 1.2m active support system has excellent correction ability for Zernike polynomials term 4, 5, 6, 10 and 11, and has a good effect on the Zernike polynomials term 7 and 8.

机译：表面误差校正能力是衡量主动支撑系统性能的重要指标之一，本文介绍了1.2m薄弯月面镜主动支撑系统的校正力算法。基于该算法，进行了仿真分析。仿真结果表明，1.2m主动支撑系统对Zernike多项式第4、5、6、10和11项具有出色的校正能力，并对Zernike多项式第7和8项具有良好的效果。

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《International symposium on advanced optical manufacturing and testing technologies》|2016年|96820Q.1-96820Q.6|共6页
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Han Yu; Fan Bin; Li Chaoqiang; Liu Haitao;
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Active optics; Thin Mirror; Force Correction Algorithm; Self-balance Influence Function; Simulation Analysis;

机译：主动光学薄镜力校正算法;自平衡影响功能;仿真分析;

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4. Analysis of Surface Error Correction Capability of 1.2m Active Support System [C] . Han Yu, Fan Bin, Li Chaoqiang, International symposium on advanced optical manufacturing and testing technologies . 2016

机译：1.2M活动支持系统的表面误差校正能力分析
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Analysis of Surface Error Correction Capability of 1.2m Active Support System

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