polarizing beam splitter meaning in Chinese
偏振光束分光器
Examples
- The fifth chapter introduces how to improve the light source cavity , polarizing beam splitter of the civil lcos helmet micro display and the reasons
第五章阐述了如何对民用lcos头盔微显示器的光源腔体、偏振分光系统进行改进及其原因。 - Polarizing beam splitter based resonant anomaly and achromatic polarizing beam splitter , narrow - band filters independent of polarization are theoretically designed and analyzed , the optical elements of which are applied widely in integration optics and optical fiber communication
理论上设计和分析了共振异常型偏振分离器、消色散型偏振分离器和与偏振无关的窄带滤波器，这些光学元件集成光学、光纤通信等中有广泛的应用。 - How to improve the three primary colors led light source cavity , polarizing beam splitter system of civil lcos hmd is discussed in this paper . in addition , a new eyepiece optical system with wide fov ( field of view ) 、 big exit pupil 、 long eye relief is also designed by an optical design program named zemax . the result is very successful
本文对民用lcos头盔微显示器的led三基色光源及其腔体、偏振分光系统进行了改进,借助zemax光学设计软件辅助设计出了大视场、大出瞳直径、长出瞳距离的目镜放大光学系统,获得了十分理想的效果。 - Polarizing beam splitter prism ( pbs ) is based on the interference inside thin film and the law of brewster . the merit is that it has big aperture , low dissipation and flexible design . without size limit , with low price and flexible design according to various design and manufacture method , so it is widely used in optical device , laser technology , optical display and optical store
其优点是：孔径大，损耗低，系统设计灵活；由于薄膜分光镜没有尺寸限制，同时可以以低价格生产出大尺寸器件，以及它们的结构根据设计和制作是多样的，因此被广泛应用曲阜师范大学研究生毕业论文稿纸第2页于先学仪器、激锯木、光电显示和光学存储等领域。 - This paper designs an optical system based on above to measure the small angle of the laser beam . a non - polarized beam splitter ( npbs ) is used to split the incident beam into two branches , and a rhombic prism agglutinated by two right - angle prisms is placed to realize total internal reflection twice in each branch . it not only improves the measurement sensitivity and linearity , but also increases antinoise ability by the differential optics
本文正是基于这一原理设计了测量光束微小偏转角的光路系统,用消偏振分光棱镜将入射光分为两路,并在两路分别用两个直角棱镜组成的斜方棱镜来实现两次全内反射,不但提高了测量灵敏度和线性,还利用差分光路的特点提高了抗干扰能力。