polarizing prism
英 [ˈpəʊləraɪzɪŋ ˈprɪzəm]
美 [ˈpoʊləraɪzɪŋ ˈprɪzəm]
网络 偏振棱镜; 偏振起偏棱镜; 起偏镜; 偏光棱镜
双语例句
- Analysis of iceland crystal and barium fluoride ultraviolet polarizing prism ′ s compression effect on beam
冰洲石/氟化钡紫外偏光镜压缩光束作用的分析 - Polarizing prism is an important element in polarization coupling detection system.
偏振棱镜是偏振耦合测试系统中的重要器件。 - Transmissivity Analysis and Polarizing Characteristics Research for Two Grand-YVO_4 Prism
两种格兰型钒酸钇棱镜的透射比分析和偏光特性研究 - A polarizing prism was designed for distributed polarization coupling analyzer ( DPCA).
本文设计了用于光纤寄生偏振耦合测试系统（PCA）的偏振棱镜。 - The performance of a polarization-independent isolator using a new type polarizing splitting prism are analysed in theory and studied by experiment.
在理论上分析并用实验研究了采用新型光学棱镜作起偏器、检偏器后与偏振无关的光学隔离器性能的变化。 - In this paper, structure, polarizing principle and characteristics of the Rochon prism used in HITACHI180_Series Zeeman atomic absorption spectrophotometers are described.
简述了日立180系列塞曼原子吸收仪的洛匈棱镜的结构、起偏原理、偏振特性，以及常见故障。 - Application of Iceland Spar Polarizing Prism in Spectrophotometric Measurement
冰洲石偏光棱镜在分光光度测量中的应用 - High power YVO_4 crystal polarizing prism
高功率YVO4晶体偏振棱镜 - Today, polarizer used frequently and of excellent performance are polarizing prism and beam splitter prism, which are made by Iceland.
目前，使用最多、性能优良的偏光器件是由天然晶体冰洲石制作的棱镜型起（检）偏镜以及偏光分束镜。 - The design of Rochon polarizing prism
Rochon起偏分束棱镜的结构设计 - According to the multi-beam interference occurred at the air gap for the polarizing light of Taylor prism, the transmitted light intensity depends on the incident angle.
通过泰勒棱镜的单色偏振光束在空气隙处发生多束光的干涉，使得透射光强依赖于入射角的大小。 - Optimum thickness of air gap of air-spaced polarizing prism
空气隙偏光镜空气层厚度的优化设计 - Distributed Polarization Coupling Analyzer based on White Light Interferometry A polarizing prism was designed for distributed polarization coupling analyzer ( DPCA).
基于白光干涉的分布式偏振耦合测试系统本文设计了用于光纤寄生偏振耦合测试系统（DPCA）中的偏振棱镜。 - In this paper, the design of crystal mini polarizing prism used in an optical isolator along with its material selection and process methods was introduced.
本文以光隔离器用偏光棱镜为例介绍了微型晶体偏光棱镜的设计、材料选择以及加工方法。 - Making polarizing prism by the means of combination of optical glass and iceland can reduce the price apparently for the price of optical glass is cheap.
而光学玻璃的价格相对低得多，利用光学玻璃和冰洲石晶体组合的方法制作偏光棱镜可以大大降低生产成本，在一定程度上解决了上述矛盾。 - The research of the spectral character of the calcite/ BaF_2 UV polarizing prism beam deviation angle
calcite/BaF2紫外偏光镜光束偏离角光谱特性研究 - Polarizing beam splitter prism ( PBS) is based on the interference inside thin film and the law of Brewster.
薄膜偏光分束镜是基于薄膜内光的干涉作用和布氏角的特点研制而成。 - In order to save the rare iceland and increase the transmittance of polarizing prism, a type of polarizing prism combination of iceland and glass is designed. The prism have super high transmittance of o light when the incident angle is Brewster's angle.
为了节省稀有昂贵的冰洲石晶体材料，尽量提高偏光棱镜的透射率，提出了一种采用冰洲石晶体与光学玻璃组合的方法，给出了以布儒斯特角入射来提高o光透射率的偏光棱镜设计。 - Transmission of polarizing prism is affected by crystal thickness, air inter layer thickness and configuration angle.
晶体厚度，空气膜层厚度，棱镜结构角共同影响棱镜偏光镜的透射比。 - Based on interference effect at the air-gap cementing layer of Glan-Taylor prism and Glan-Foucault prism, the effect of air-gap polarizing prism on the transmitted light intensity distribution of single-mode Gaussian beam is analyzed.
根据光在格兰泰勒棱镜和格兰傅科棱镜空气隙胶合层中的干涉效应，分析了空气隙偏光棱镜对单模高斯光束光强分布的影响； - Theoretical Research of Effect of Crystal Membranous Layer on Light Transmission of Polarizing Prism
晶体膜层效应对棱镜偏光镜透射比影响的理论研究 - High performance polarizing beam splitter ( PBS) prism
高性能偏振分束棱镜 - Polarizing beam splitter prism replacing conventional crystal polarizing beam splitter can reduce greatly its cost.
采用偏振分光棱镜来取代传统晶体偏振分光元件，可大大降低成本； - Design of Polarizing Prism in Distributed Polarization Coupling Analyzer
偏振耦合测试系统中偏振棱镜的设计 - Study and design of the crystal mini polarizing prism used in an optical isolator
光隔离器用微型晶体偏光棱镜的研制 - The design method and manufactured process of high power laser polarizing prism using YVO_4 crystal are presented, the polarizing safety angle and transmittance are calculated and measured. The experimental results are satisfied.
提出了用YVO4晶体设计和制作高功率激光偏振棱镜的方法，计算并测量了它的偏振安全角和透过率，在实际应用中获得了较为满意的实验结果。