A new experimental system is developed, which consists of long distance microscope, the three beam interferometer, digital image processing system and the software.
本实验系统中包含有长距离显微镜，三光束系统，数字图像采集和处理系统等。
Based upon the quasi-optical technique consideration, the dependence of the performance of a polarizing interferometer on the Gaussian beam parameters is analysed.
本文从准光技术考虑出发，分析了高斯光束参数对于极化干涉仪性能的影响。
The Michelson interferometer system which has two-beam interference is applied in Fourier Transform interferometer, the moving mirror could tilt in three directions in motion.
采用了双光束干涉的迈克尔逊干涉仪系统的傅里叶变换红外光谱仪，在动镜运动过程中，动镜可能在三个方向发生倾斜。
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