全反射角

光轴在入射面内的负单轴晶体e光全反射角公式

The extraordinary light total reflection angle formula of negative uniaxial crystal with the optical axis in incidence plane

表面层外全反射角X射线能谱微分析

External-total reflection angle X-ray microanalysis of surface layer

用琼斯算法对YAG激光用全反射角立方反射镜的偏振特性进行了分析，并利用薄膜的偏振特性设计了两膜系对其进行了补偿；

The polarization characteristics of the corner-cube prism for YAG laser are analyzed , and two kinds of optical thin films are designed to compensate its polarization properties .

本文介绍一种折射率测定方法，它是利用棱镜耦合反射装置测定全反射角来确定折射率的。

In this paper , the method of measuring refractive index using the Prism-Couoled ATR device is introduced .

理论计算与实验曲线符合的较好，证明掠出射X射线荧光实验中用单晶的全反射临界角标定掠出射角度的方法是可行的。

The experimental curve fits quite well with the theoretical one , which indicates that the method using the critical angle of total reflection of monocrystal to calibrate the grazing-exit angle is feasible .

通过对δ与θ和δ与n的关系分析，显示了扩大材料选择范围的可行性。结果表明，较大的全内反射角的选择有利于改善延迟器件的消色差性。

Through analyzing relation between δ and θ,δ and n , it is shown that the material selecting scope can be extended and that the bigger angle of total reflection can improve chromatism of the delay device .

同时还采用了全反射临界角法进行自动聚焦。

In addition , critical angle method is introduced for automatic focusing .

非常光线的全反射临界角

The discussion on the extraordinary ray 's total reflection

得到在入射角大于全反射临界角时，在很宽的禁带背景中，透射谱存在一系列通带的结果。

In wide gap , there are a series of transmission bands composed of some discrete peaks .

利用稳态相位法研究了当入射角小于全反射临界角时双棱镜结构中透射光束的古斯汉欣位移。

The Goos-Hnchen ( G-H ) shift of reflected and transmitted light beams in this configuration is theoretically investigated by stationary-phase approach .

在此基础上分析了以纵波全内反射角入射时动态波纹振幅与入射声波频率变化的关系，得相应数学模型；

Other more , detailed analysis about acoustic-wave-transmitting-law to the optical polishing layered-media model , on the basis of the incident angle equal to total internal reflection angle , is finished .

光学全反射与折射角

Total Optical Reflection and Angle of Refraction

同时对双正交全反射法和临界角入射法这两种设计方案中加工精度对传感器精度的影响进行了比较，得出了双正交全反射法在加工精度要求方面较临界角入射法宽松的结论。

The influences of the manufacturing error of sensor heads with dual-layer circuit method and critical angle method have been compared as well , the manufacturing accuracy required by the former method is lower than that of the latter method .