介绍了一种使用偏振分光棱镜的新型光桥式补偿技术。
A novel optic bridge compensation technique using polarization splitting prism is presented in paper.
偏振分光棱镜是由一对高精度棱镜胶合在一起，其中一个棱镜的斜边是在PBS介质镀膜。
The polarization splitting prism is composed of a pair of high precision prisms glued together, wherein a prism hypotenuse is plated on the PBS medium film.
本文对偏振分光棱镜进行了理论分析，简化了其设计过程，选用了合理的材料，完善了系统结构。
The basic theory including simplified design process and reasonable material of birefringent prisms were introduced, and the system structure was also well designed.
介绍了一种使用偏振分光棱镜的新型光桥式补偿技术，并对因棱镜消光比变化导致的误差进行了研究。
A novel optic bridge compensation technique using a polarization splitting prism is introduced, and the errors caused by the changes of prism's extinction ratio are studied.
另外，这种新型的多入射方向的分光棱镜的结构可以有效的降低偏振分光棱镜的厚度，扩大偏振分光棱镜的适用范围。
Furthermore, using this kind of structure, we can reduce the thickness of polarization beam splitting prism, and enlarge the applied area.
利用偏振分光棱镜及一维位相型空间光调制器，作者成功地实现了光学CC榕树网络，并给出了任意输入输出对间的连接控制方式。
Optical CC-banyan network has been implemented by using polarizing beam splitters and 1-d phase spatial light modulators, and the routing control between any input-output pair is given.
本文简单介绍了用于光纤传感技术中的棱镜偏振分光膜的设计与制作，并给出了测试结果。
This paper briefly described the design and fabrication of prism polarizing spectroscopic films in fiber optical sensing technology, the test results are also given in the paper.
通过带有偏振棱镜的分光光度计检测表明，液晶光固化体系具有一定的偏振特性。
But UV curable system was proved polarized by spectrophotometer when Liquid crystal was mixed.
通过带有偏振棱镜的分光光度计检测表明，液晶光固化体系具有一定的偏振特性。
But UV curable system was proved polarized by spectrophotometer when Liquid crystal was mixed.
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