偏光棱镜

偏光棱镜视场角的严格分析

An Exact Analysis of View Field Angle of Polarization prism

新型单元式激光偏光棱镜

A New Type Single - element Polarization Prism

Wollaston式平行分束与对称分束偏光棱镜设计

Design of parallel and symmetric beam splitting prism based on Wollaston prism

采用光束分割法及光的干涉原理，对线偏振激光通过泰勒（Taylor）偏光棱镜后的透射比变化情况进行了分析。

On the basis of the interference theory , by decomposing the single wave beam , the transmission of polarized light passing through a rotating Taylor analyzer is calculated .

以IR-460岛津双光束分光光度计为例提出一种用于5μ以下分光光度测量的红外格兰·空气隙偏光棱镜。

IR Glazebrook-air gap polarizing prism for spectrophotometric measurement below 5 μ wavelength by taking IR-460 Shimazu double-beam spectrophotometer for example .

研究了温度变化对偏光棱镜性质的影响。

Thermodynamic effects on properties of the polarizing prisms are studied .

偏光棱镜对激光束光强横截面分布的影响

Influence of Polarizing Prisms on Transverse Intensity Distribution of Laser Beam

偏光棱镜性能参量的求解新法

New Method in Solving Performance Parameters of Polarizing Prisms

晶体偏光棱镜光强透射比研究

Study of Light Intensity Transmission of Crystal Polarizing Prisms

入射角对偏光棱镜光强透射比的影响分析

Analysis of the effects of incident angle on light transmission of polarizing prisms

冰洲石偏光棱镜在分光光度测量中的应用

Application of Iceland Spar Polarizing Prism in Spectrophotometric Measurement

光隔离器用微型晶体偏光棱镜的研制

Study and design of the crystal mini polarizing prism used in an optical isolator

偏光棱镜温度特性的研究

The effect of temperature on the polarizing prisms

宽频偏光棱镜的视场角与设计

Design of the field angle of polarization prism

偏光棱镜在柱面会聚系统中的视场角分析及应用

Analysis and Application of View Field Angle of Polarization Prism in Cylindrical Converging System

空气隙型偏光棱镜干涉现象的研究

Study of the interference of air-spaced polarization prisms

作为偏光棱镜的一个重要参量的光强透射比就是其中之一。

Light transmission , an important parameter of polarizing prisms , is one of them .

新型对称分束偏光棱镜

Symmetric beam - splitting polarization prism

激光偏光棱镜消光比的测量

Measurement of Extinction Ratio of Polarizers

新型高透射比偏光棱镜

Neotype High Extinction Ratio Polarizer

对偏光棱镜两种方向的视场角进行了对比；

Angles of view field of two directions are compared . And spectral character of them is analyzed .

采用方解石&玻璃二元结构，提出了一类新型对称分束偏光棱镜；

A new kind of symmetric beam-splitting polarization prism is presented , which is structured of calcite-glass two elements .

叙述以布儒斯特角入射来提高偏光棱镜e光透射比的设计方案。

The design of the prism for super - high transmittance of e beam with the Brewster incident angle was described .

由该棱镜的理论设计和性能测试两方面都证明：冰洲石晶体与光学玻璃组合形式的偏光棱镜在一般情况下完全可以取代纯冰洲石晶体材料的偏光棱镜。

It can be approved that the prism can replacement the prism which is only made of iceland in general by the theory and experiment .

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。

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 .

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；

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 .

绪论部分主要介绍了激光偏光棱镜的发展概况，应用范围，制作材料，主要的设计形式以及对这一课题进行研究的意义。

The first chapter mainly introduces the general development of the polarizing devices , field of application , materials used , the primary forms of design of crystal polarizing prisms and the importance of the researches on this subject .

本论文致力于具有典型设计形式的激光偏光棱镜的光强透射比和出射光强分布的研究，文章的创新工作重在深入探讨影响光强透射比和光强分布的因素，并设计了实验进行测试。

The thesis emphasis on the study of light transmission and emergent light distribution of laser polarizing prisms with typical forms of design . The original work in the thesis lies in the thorough research of the factors that effect light transmission and distribution ;

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。

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 .

为了获得分束角对称的偏光分束棱镜，在双Wollaston棱镜结构的基础上，通过合理设计棱镜左右两端晶体光轴的取向，使棱镜整体呈中心切面对称；

With the view of obtaining symmetric splitting angle prism , on the basis of Bi - , through designing the orientation of the crystal optic axis rationally , make the prism plane-symmetry about center tangent plane ;