摘要
基于国内外积分视场技术的发展趋势,搭建了积分视场三维光谱技术实验平台,进行积分视场单元——像切分器的设计、加工以及性能检测方法与定标方法的研究。设计并制作完成了九切分单元像切割器,通过模拟望远镜输入端,进行了系统的性能分析,并进行了三维光谱数处理和定标。系统杂散光控制较好,总体光学效率高于40%。
Based on the development trend of integral field technique locally and internationally,the experimental platform for an integrated field 3-D spectral technique was set up.The design and manufacture for the slicing mirror of integrated field unit(IFU)was carried out.A performance testing method and a calibration method were studied.An IFU which divided the telescopic field of view into 9sub-fields was designed,A performance analysis was conducted by simulating the input end of the telescope.Furthermore,the 3-D spectral data was processed and calibrated.Results show that the stray light can be controlled well and the overall optical efficiency is better than 40%.
出处
《应用光学》
CAS
CSCD
北大核心
2015年第4期531-536,共6页
Journal of Applied Optics
基金
国家自然科学基金资助项目(11473049
11103053)
江苏省自然科学基金资助项目(BK2011874)
关键词
积分视场单元
像切割器
光谱
分辨率
integrated fileld unit
image slicer
spectrum
resolution
