直角棱镜

直角棱镜用作自准直反光镜的光学特性

The Optical Characteristics of Right Angle Prisms as Auto-collimating Mirror

直角棱镜加工误差的量值给定方法

Method of Determining the Errors for Right-Angle Prism Process

180°直角棱镜，使光栅产生的Talbot像与光栅自身产生Moire条纹，通过判断Moire条纹的取向来检验激光的准直性。

180 ° rectangular prism . The Moire fringe which is formed by an optical lattice and Talbot image is taken as the criterion for collimation .

直角棱镜干涉测角法的研究

Study on Angle Measurement of Right Angular Prism with Interference Method

直角棱镜-凹面镜谐振腔的失调灵敏度

Misalignment sensitivity of cube corner reflector - concave mirror resonators

提出了一种基于直角棱镜的滚转角测量方法。

A novel roll measurement method based on a rectangular-prism is presented .

直角棱镜刚性上盘高效生产技术研究

Research on the high effeciency manufacture technology of right angle prism rigid blocking

使用直角棱镜耦合器的新方法

A new method using a right angled prism coupler

双直角棱镜光腔的模式及损耗分析

Analysis of Modes and Losses of Optical Resonators Consisted of Two Porro Prisms

直角棱镜用作激光衰减器的研究

Investigation of the Rectangular Prism Used as Laser Attenuator

直角棱镜棱脊倾斜对方位瞄准的影响

Influence of right-angled prism tilt on azimuth laying accuracy

基于直角棱镜的光纤光度传感器

Photometric Measurement Based on Rectangular Prism with Optical Fiber

直角棱镜平面反射衰减在激光光束诊断中的应用研究

Application of Right Angle Prism ′ s Plane Reflection Attenuation in Laser Beam Diagnostic

基于直角棱镜的气体传感器在能见度测量中的应用

Application of Gas Sensor Based on Rectangular Prism in the Monitoring of Atmospheric Visibility

吸附在直角棱镜斜面上的分子膜产生的谐波和色散

Molecules absorbed on the obliqueness of a right angled prism generate harmonic waves and dispersion

进而阐明了直角棱镜误差给定的合理方法。

Further , the paper expounds the judicious method used to determine errors of right-angle prism .

目的研究在不同入射边及入射点位置条件下，将直角棱镜用作无畸变激光衰减器所需满足的条件。

Aim To investigate the rectangular prism used as aberration - free laser attenuator under different incident conditions .

通常是在导弹上安装直角棱镜，使直角棱镜棱脊与导弹轴线水平。

Usually , a right-angle prism on the missile is setup , and making the prism axis paralleling missile axis .

该结构用直角棱镜代替了普通的四分之一波片，提高了光学电压互感器的稳定性。

The structure substituted rectangular prism for common quarter wave , and improved the stability of the optical voltage transformer .

因此，基于直角棱镜的吸收池用于甲醛浓度测量中，可以提高测试速度和工作效率。

Thus , measuring efficiency is improved with the cell based on right-angle prism being used in the measurement of formaldehyde concentration .

在直角棱镜的反射光路中，通过对直角棱镜棱脊的方位监测，利用直角棱镜棱脊方位的变化来计算导弹的复位角度。

In the reflection optical path using right-angle prism , It is achieve measured with testing variety of prism axis 's azimuth .

本文介绍了实现这种监控方法的独特系统结构，即采用直角棱镜和自准直光路分离监控光束。

We demonstrated here the configuration of our unique right angle prism plus self-alignment lens , which is to split the monitoring light beam .

然后利用直角棱镜、透镜、波片等光学元件搭建了光路系统，该系统利用半导体激光器作为测量基准光线，两个互相垂直的直角棱镜作为反射元件，四象限探测器作为光电接收器。

In the system , a beam coming from semiconductor laser is as the standard light and two mutual perpendicular prisms are used as reflective device .

为改善吸收池的长期可靠性，提出了基于直角棱镜和角反射镜构造传感器吸收池的方法。

In order to improve the reliability of the cell , means of constructing the cell based on right angle prism and the corner cube are proposed .

本文通过对移相式数字波面干涉仪得到的测试波面进行处理实现锥体棱镜、屋脊棱镜和直角棱镜角度测试的数字化和自动化。

The automatic test of Corner Cube Reflector ( CCR ), Roof Prism and Right-angle Prism is achieved by calculating the wavefront got from the digital phase-shifting interferometer .

用旋转直角棱镜系统可以同时替代传统f&θ透镜系统和旋转多面体反射镜两个光学部件，实现高精度的光束恒速扫描。

By a rotating right-angle prism system , the traditional f & θ lens system and rotated polygon mirror can be replaced to perform a high-precision constant scanning .

为了提高双包层光纤激光器泵浦光的耦合效率，对泵浦光采用直角棱镜组进行了光束整形、空间滤波、非球面镜聚焦。

In order to raise the couple efficiency of pumping double cladding fiber laser , the beam is reshaped with rectangular prisms , spatial filtered and focused with aspheric lens .

进行了利用直角棱镜进行转折光路和绝对零位对测量结果影响的理论研究，设计了相关的误差分离原理验证实验进行验证。

Theoretical research on the influence of deflecting light path and absolute zero point on measuring result are carried out . Correlative preview experiment is designed to verify the influence .

对此结构吸收池的工作原理和探测光束的传输规律进行了深入分析和讨论，建立了基于直角棱镜和角反射镜的吸收池的测量方程。

The principle of the cells and the transmission rules of probing light are analyzed in detail . The measurement equations based on the right angle prism and the corner cube are established .

直角棱镜复合谐振腔具有交叉直角棱镜腔优异的横模选择特性以及三镜片腔较好的纵模选择特性，因此它可作为激光器优选腔型之一。

The right prism composite resonator has the excellent function of transverse mode selection of cross over right prism resonator and the better characteristic of axial mode selection , therefore it makes one of optimum resonators .