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作 者:吴斌 王谭 张卫国[2] 袁屹杰[2] 郭冰涛[2] WU Bini;WANG Tan;ZHANG Wei-guo;YUAN Yi-jie;GUO Bing-tao(Military Representative Bureau of Navy in Xi'an,Xi'an 710068,China;Xi'an Institute of Applied Opties,Xi'an 710065,China)
机构地区:[1]海装西安局,西安710068 [2]西安应用光学研究所,西安710065
出 处:《电光与控制》2018年第9期71-74,92,共5页Electronics Optics & Control
基 金:国家自然科学基金青年基金(61705181)
摘 要:精确的光机分析是实现系统优化设计的前提。针对耦合场作用导致光机系统中光学元件面形发生非回转对称的变化,提出了Zernike拟合的三维接口模型,以提高光机分析数据转换精度,实现耦合场作用下光机系统的高精密分析。对某光机系统进行重力和温度场耦合集成分析,提取各光学面形变化的非对称分布,并借助该三维接口模型在光学设计平台中对系统成像质量进行分析,用于后期系统优化设计。结果表明该接口模型可应用于实际多场作用下的光机系统分析。The precise opto-mechanical analysis plays a key role in optimization design of the system. In actual conditions, the optical components of opto-mechanical system may have asymmetric changes due to the effect of coupled fields. To solve the problem, a 3D interface model based on Zernike polynomials fitting was built to improve the data transferring precision of opto-mechanical analysis. Thus the high-precision analysis under coupled fields was realized. To make an optimization design of a certain opto-mechanical system, we made an integrated analysis of the gravity field and the temperature field, extracted the asymmetric distrubution of optical surface changes, and made an analysis to the imaging quality of the system by using the 3D interface model. The results indicate that the interface model can be used in the actual condition of coupled fields for opto-mechanical analysis.
关 键 词:光机系统 成像质量 耦合场 Zernike拟合 有限元分析
分 类 号:TN20[电子电信—物理电子学]
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