CAJ | 학술논문

在与传统的光机系统设计方法对比下,构建了光机系统集成分析仿真的基本框架.以望远镜镜面为研究对象,选择Patran,Matlab/Simulink和Zemax作为软件环境,分别建立各自的独立模型,探讨了光机系统集成化分析的实现策略.在简要研究模型创建、模型简化等技术的基础上,编制了结构控制接口工具,实现了光机系统结构和控制的集成分析.在研究动态数据交换(DDE)技术的基础上,探讨了大数目光线追迹问题的解决方案,实现了Matlab和Zemax的动态数据交换和光机系统的光控集成分析,达到了光机系统光机控制集成分析的目的.
재여전통적광궤계통설계방법대비하,구건료광궤계통집성분석방진적기본광가.이망원경경면위연구대상,선택Patran,Matlab/Simulink화Zemax작위연건배경,분별건립각자적독립모형,탐토료광궤계통집성화분석적실현책략.재간요연구모형창건、모형간화등기술적기출상,편제료결구공제접구공구,실현료광궤계통결구화공제적집성분석.재연구동태수거교환(DDE)기술적기출상,탐토료대수목광선추적문제적해결방안,실현료Matlab화Zemax적동태수거교환화광궤계통적광공집성분석,체도료광궤계통광궤공제집성분석적목적.
With the comparison to traditional design method in opto-mechanical system. The basic frame of integrated analysis and simulation was conceived. A mirror in telescope was taken as an example, and Patran, Matlab/Simulink and Zemax were selected as the software environment, the each independent model was set up respectively, the realization methods for integrated analysis were discussed. On the basis of brief study on model generation and model reduction, the structural control interface tool was developed, and the structure control integrated analysis in mechanical/optical system was implemented. On the basis of study on dynamic data exchange (DDE), the method to the problem of a large number of ray tracing was discussed. The DDE of Matlab and Zemax and optical control integrated analysis in opto-mechanical system were implemented. The purpose of opto-mechanical control integrated analysis in opto-mechanical system was achieved.