琼斯矩阵

参数空间法（parameterspacerepresentation）是基于液晶盒关态琼斯矩阵作出的一种确定液晶工作状态的方法。

Parameter space representation which based on the stationary Jones matrix of liquid crystal is a method that can decide the state of the liquid crystal cell .

采用分段模型和琼斯矩阵方法，分析了半导体光放大器（SOA）中的交叉增益调制、交叉相位调制和交叉偏振调制这三种非线性效应之间的联系。

The relationship among cross-polarization modulation , cross-gain modulation and cross-phase modulation in semiconductor optical amplifier ( SOA ) was analyzed based on a multi-section model and Jones Matrix method .

使用琼斯矩阵推导了基于高双折射光纤的Sagnac环滤波器和Sole型滤波器的传输函数，并通过理论模拟和实验对这两种滤波器进行了初步研究。

The transfer function of Sagnac loop filter and Solc filter based on high birefringence fiber is deduced using Jones matrix .

Lien的扩展琼斯矩阵法计算液晶的电光特性，建立了液晶器件电光特性模拟软件。

Lien 's Extended Jones Matrix Method to calculate the opto-electronic property of LCD , a LCD computer simulation program was developed .

主要分析讨论了PMD的几种研究方法：琼斯矩阵法、斯托克斯空间法和耦合非线性薛定谔方程。

In this paper , several study methods on PMD are analyzed , such as Jones matrix , Stokes vector and the coupled nonlinear Schrodinger equation .

运用琼斯矩阵，分别建立了轴向磁场作用下，单消偏陀螺系统和双消偏陀螺系统产生Faraday非互易相位差的理论模型。

The theoretical models of Faraday nonreciprocal phase error which is generated by axial magnetic field in Single-Depo-I-FOG and Twin-Depo-I-FOG are founded respectively through using Jones Matrix .

扩展琼斯矩阵在研究Solc滤波器离轴消光比中的应用

Application of simplified extended Jones Matrix in off-axes extinction ratio of Solc birefringent filters

用琼斯矩阵法讨论了PCSA式椭偏仪的测量区域问题。

The problem of measuring zones of PCSA ellipsometer was discussed by the method of Jones calculus .

本文阐述了琼斯矩阵特征值法测量PMD的原理，介绍了基于琼斯矩阵特征值法开发的PMD测量系统和测量试验。

The principle of Jones Matrix Eigenanalysis Method for measuring PMD is illustrated in this paper , and an automated measuring system based on it is introduced , with some experimental results .

研制出具有法拉第磁光效应的BSO晶体光纤，利用光线分析和琼斯矩阵方法对BSO晶体光纤进行了理论分析和实验验证。

The BSO crystal fiber having magneto-optical Faraday effect is developed . This effect is analysed theoretically by ray-analysis and Jones-matrix method , and proved experimentally .

以相干矩阵和琼斯矩阵为工具，描述了各光学器件的光学特性，并建立了闭环IFOG的系统模型；

The optical characteristic of all optical parts of IFOG were described and the model of closed-loop IFOG were build on interferential matrix and Jones matrix .

采用琼斯矩阵与随机耦合的波片模型（Monte-Carlo）方法相结合研究了在偏振模色散（PMD）和偏振相关损耗（PDL）共同作用下，超短光脉冲经光纤传输后脉冲被展宽的统计特性。

Using the Jones Matrix and Monte-Carlo method , we study the statistical broadening characteristic of ultra-short optical pulse induced by polarization mode dispersion ( PMD ) and polarization dependent loss in single mode fibers .

通过计算机仿真，运用琼斯矩阵理论分析了Faraday镜预转角对法拉第镜式光学电流互感器输出光偏振态的影响。

By the way of computer simulation , the influence of bias angle of Faraday mirror upon polarization state of output light of Faraday Mirror-typed Optical Current Transformer is analyzed using the theory of Jones Matrix .

基于液晶连续体理论，用琼斯矩阵描写偏振光，运用邦加球表示，对STN盒的参数进行了优化并设计了软件，实现了双膜补偿下很好的黑白显示。

Based on continuous theory of liquid crystal and Jones matrix representation , using Poincare Sphere method , our designing software optimizes the parameters of F STN , and obtains good black and white display of double F STN .

分析了琼斯矩阵本征分析法、波长扫描极值数计算法、主偏振态法、干涉法、波长扫描傅立叶变换法和偏振光时域反射法的不同特点，为PMD测量方法的选择提供了依据。

These methods are the Jones Matrix Eigen-analysis Method , the Wavelength-Scanning with Extreme Counting Method , the Principal State of Polarization Method , Poincare Sphere Method , the Interferometric Method , the Wavelength Scanning with Fast Fourier Transform Method , and POTDR Method .

介绍了法拉第（Faraday）磁光效应、偏振光的描述方法和琼斯矩阵；用琼斯矩阵推导出了FOCT的光路干涉结果和FOCT的比差。

The descriptions of the Faraday magneto-optical effect , polarized light and Jones matrix method were given , The ratio error and optical interference results of FOCT were derived by the Jones matrix .

为了加深对灵敏度问题的理解，这里以琼斯矩阵为数学工具，利用理论分析和计算机仿真的方法研究了重火石玻璃的Verdet常数色散特性及其对块状玻璃光学电流传感器灵敏度的影响。

The dispersion properties of the Verdet constant of the ZF-7 optical glass and its effect upon the ( sensitivity ) of a bulk-glass optical current sensor are theoretically analyzed using the Jones ' matrix as a mathematical tool and computer simulation .

双折射滤波片3种琼斯矩阵的数值计算及比较

Numerical calculation and comparison of three Jones matrix of a birefringent plate

双折射光纤琼斯矩阵的一般表达式及反射传输特性

General expression of Jones matrix in birefringent fibers and reflective transmission characteristics

椭圆双折射光纤的琼斯矩阵和法拉弟效应分析

Jones Matrix and Faraday Effect Analysis in the Elliptically-Birefringent Fibers

利用琼斯矩阵法对扭曲向列相液晶盒的等分角效应进行了分析。

Bisector effects of the twisted-nematic cells are analyzed using Jones matrix method .

应用琼斯矩阵方法，研究这种液晶盒的电光效应。

Electro-optical effect of liquid crystal cells is investigated with Jones matrix method .

喇曼感生克尔效应光谱的琼斯矩阵分析

Jones matrix analysis for Raman induced Kerr effect spectroscopy

本文用光学方法，即微分琼斯矩阵研究单模光纤的极化特性。

Polarization properties of single-mode fibers have been investigated by using the differential Jones-matrices .

偏振干涉滤光片性能评价的扩展琼斯矩阵方法

Extended Jones Matrix used for the Analysis of Angle Property of Polarization Interference Filter

虚拟坐标激光动态跟踪测量系统中光路的琼斯矩阵分析

The Jones matrix analysis of optical beam in virtual coordinate measurement by laser tracking

光场的偏振用圆基坐标下的琼斯矩阵表示。

Polarization of the optical modes is expressed by Jones matrix under circular coordinate .

运用琼斯矩阵，对去偏光纤陀螺轴向磁场灵敏度进行研究。

The axial magnetic sensitivity of fiber-optic depolarized gyro is studied through using Jones Matrix .

借助琼斯矩阵对全光纤电流互感器的偏振误差进行了研究。

Using the Jones Matrices formalism , the polarization errors of the FOCT was studied .

根据琼斯矩阵理论建立各个光学器件的矩阵模型及传感系统的理论输出模型。

Each optical device and sensing systemtheoretical modal were established according to Jones matrix theory .