In recent times the Faraday effect has been put to even more exciting and promising USES.
目前，法拉第效应还有更令人鼓舞的，有前途的应用。
The separate detecting system of detecting Verdet constant of solute is designed based on Faraday effect principle.
文章基于法拉第磁光效应原理，设计了溶质维尔德常数分离检测系统。
This paper describes the principle, device and experimental results of magneto-optics modulation applying Faraday effect.
本文介绍利用法拉第效应进行磁光调制的原理、装置和实验结果。
A new magnetic field measurement based on the Faraday effect and the measurement of differential group delay (DGD) in fiber grating was proposed.
提出了一种利用光纤光栅中法拉第效应和测量差分群时延(DGD)的直接测量磁感应强度的新方法，给出了理论分析和实验结果。
Based on the nonreciprocal property of Faraday effect, we investigate the light output from optical reflection cavity filled with Faraday optical rotation medium.
根据法拉第磁光效应的非互易性，分析了旋光反射腔的光强输出特性，表明这种反射腔具有旋光增强效应。
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.
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 sum of the square of birefringence in the Cotton-Moutton effect and the square of birefringence in the Faraday effect is the square of total birefringence in magnetic-optic effect.
总的双折射率的平方为科顿·莫顿效应所引起的双折射率平方与法拉第效应所产生的圆双折射率平方和。
Fiber magnetic field sensor may be achieved by using Faraday magneto optic effect.
利用法拉第磁光效应可以设计光纤磁场传感器。
Under an applied magnetic field, the Faraday magnetic-optical effect of composite media is dependent on the calculation of dielectric tensor.
在外磁场作用下，复合介质的法拉第磁光效应依赖于颗粒膜电介质张量。
Optical current transducer (OCT) may be structured by utilizing the Faraday magneto-optic effect.
利用法拉第磁光效应可构成光学电流传感器(oct)。
The effect of Faraday rotation on the helicity computation using observations from the Solar Magnetic Field Telescope at the Huairou Solar Observing Station.
法拉第效应对利用怀柔磁场望远镜观测的矢量磁场计算电流螺度的影响。
The material base is magneto-optic material that Faraday magneto-optic effect brings about, which is the result that plane polarized light interact between magneto-optic material.
法拉第磁光效应发生的物质基础是磁光介质，磁致旋光效应正是线偏光与该介质发生作用的结果。
The new equipment is based on Faraday Magneto-Optical Effect, and transforms the distribution of magnetic field into laser polarization figure.
新型磁光显微镜装置基于法拉第磁光效应，将磁场分布转化为激光偏振图形。
A magneto-optic switch is presented by using Faraday magneto-optic effect and the properties of optic polarization.
利用旋光现象和偏振光学特性设计了一种磁光开关；
A magneto-optic switch is presented by using Faraday magneto-optic effect and the properties of optic polarization.
利用旋光现象和偏振光学特性设计了一种磁光开关；
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