椭圆偏振光

关于椭圆偏振光与圆偏振光的实验验证

Experimental verifications of elliptically polarized light HOW TO TEST ELLIPTICALLY POLARIZED LIGHT

椭圆偏振光折反射时的状态变化

A change of state of elliptically polarized light when refracting and reflecting

椭圆偏振光研究O2~+注入Si的退火特性

Studies on Annealing Behaviours of O_2 ~ + Implantation into Si with Elliptically Polarized Light

如何直接验证椭圆偏振光真空紫外光直接光CVDSiO2膜的偏压温度处理

Treatment of the Bias Temperature for SiO_2 Film by Vacuum Ultra Violet Light Direct Photo CVD Method

利用Stokes矢量和Muller矩阵确定椭圆偏振光的方位角和长短轴之比

Using Stokes vector and Muller matrix to define the direction angle and length to short axis ratio of elliptical polarized light

基于OFI椭圆偏振光场等离子体中电离电子能量分布的研究

The study of the electron energy distribution driven by ellipse polarized laser

在飞利浦棱镜系统中，当一定大小孔径角的照明光束斜入射到分色合色薄膜后，S偏振分量和P偏振分量存在一定的相位差，使得线偏振光变成椭圆偏振光。

When illuminating light with a large numerical aperture incident on dichroic thin films at a non-normal angle in Philips prism system , linear polarized light is turned into elliptical polarized light because of the difference of the phase shift between s - and p-polarization component .

分析了光脉冲的自相位调制（SPM）特性，给出了磁光光纤等效非线性系数与本征椭圆偏振光椭圆率的关系。

For the self-phase modulation ( SPM ) characteristics , the relationship between the equivalent nonlinear coefficient and the ellipticity of eigen elliptical polarized light is obtained .

本文报道了纳米微孔SiO2薄膜的溶胶－凝胶（sol－gel）制备工艺，利用椭圆偏振光测试仪（Elipsometer）直接测量了薄膜的厚度、折射率，从而得到了SiO2薄膜的气孔率及气孔大小分布。

In this paper , we have reported the fabrication techniques of nanometer porous silica thin films prepared by the sol-gel method . Thickness , refractive indices , porosity and pore size distribution have been characterized by the molecule probe ellipsometry technique .

双λ/4波片复合效应与椭圆偏振光的实验验证六氰合铁酸锰铬修饰电极的原位椭圆偏振表征

Characterization of Manganese / Chromium Hexacyanoferrate Modified Electrode with In-Situ Ellipsometry

本实用新型是一种新型快速椭圆偏振光测量仪。

The utility model relates to fast elliptical polarized light measuring equipment .

关于椭圆偏振光旋向及其判断的讨论

Discussion of rotational direction and judgment of elliptical polarized light

两个椭圆偏振光场的计算

Calculation of interference field with two elliptic polarized lights

因此，线偏振光径全反射后将变成椭圆偏振光。

Linearly polarized light will in consequence become elliptically polarized on total reflection .

椭圆偏振光参量的测定光抽运二氟甲烷激光器

Measuring the parameters of the elliptical polarization light An Optically Pumped Difluoromethane Laser

椭圆偏振光与部分偏振光检验的理论分析

Theoretical analyses of the detection of elliptically polarized light and partially polarized light

椭圆偏振光光矢量旋转方向的几种判断方法

Methods of Judging the Revolving Direction of Light Vector of Elliptical Polarized Light

所有其它波长的光将以椭圆偏振光或圆偏振光出射。

All the other wavelengths will emerge as either elliptically or circularly polarized light .

椭圆偏振光参量的测定

Measuring the parameters of the elliptical polarization light

椭圆偏振光验证方法的进一步分析

Analysing the method for demonstrating elliptically polarized light

用椭圆偏振光方法研究铬薄膜的氧化过程

The Oxidation of Chromium Film Studied by Ellipsometry

关于椭圆偏振光的两个问题的研究

Study on Two Problems of Elliptical Polarized Light

手性介质中椭圆偏振光诱导非线性旋光的表征

Expresses of Nonlinear Optical Activity Induced by The Elliptical Polarized Light in Chiral Media

反射椭圆偏振光椭圆形状的变化

The change of elliptic shape by reflection

椭圆偏振光的全反射光的偏振态

The total reflection of elliptically polarized light

椭偏术是一种利用线偏振光经样品反射后转变为椭圆偏振光这一性质以获得样品的光学常数的光谱测量方法。

Ellipsometery is a method that utilizes the property of slight elliptical polarization of reflecting light .

常见的线偏振光，圆偏振光和椭圆偏振光都是均匀偏振光。

It is familiar to us that light with linear , circular and elliptical polarization is homogeneous .

本实用新型涉及实验与检测设备，特指一种椭圆偏振光分析装置。

The utility model refers to an experimental and testing apparatus , in particular relates to an elliptically polarized light analysis device .

利用矩阵光学的方法，从理论上推导了椭圆偏振光和部分偏振光检验的依据；

In order to detect elliptical polarized light and partially polarized light , we deduce the theoretical basis by using matrix optics method ;

采用琼斯矢量变换的方法，分析了四分之一波片对入射椭圆偏振光偏振面的变换过程。

The transformation course of a quarter-waveplate ′ s rotating polarization plane of elliptically polarized light is deeply analyzed by the Jones vector transformation .