1.
Design and experimental research of new test system of surface magneto-optic Kerr Effect
新型表面磁光克尔效应实验测量系统
2.
A New Measurement System of Longitudinal Surface Magneto-Optic Kerr Effect in Large Magnetic Field
一种新型大场纵向表面磁光克尔效应测量系统
3.
Hysteresis loop of ferromagnetic materials are measured by using surface magneto-optic Kerr effect, and the Kerr rotation angle is obtained.
用表面磁光克尔效应测量铁磁材料的磁滞回线，并求得在饱和状态下的克尔旋转角。
4.
Measurement of film’s magnetic parameters based on the principle of surface magneto-optic Kerr effect
用表面磁光克尔原理测量薄膜材料的磁性参数
5.
Theoretical Study of Kerr Effect of Second-Harmonic That It's Surface Reflection of Magnetic-Optic Film
磁光薄膜表面反射二次谐波Kerr效应的理论研究
6.
Research on Plane Polishing Using Instantaneous Tiny Grinding Wheel Based on Magnetorheological Effect
磁流变效应即效微磨头平面抛光研究
7.
Studies of Electric-field-Induced Pockels Effect and Optical Rectification in Silicon
硅材料场致普克尔斯效应和光整流效应的研究
8.
For magnetic thin films, the magnetic axis is in the longitudinal direction, where Kerr effect is obvious.
对于很多磁性薄膜，易磁轴方向为纵向，通常纵向克尔效应较明显。
9.
The Nonlinear Effect of Circle Spot Laser Beam in Kerr-Medium;
环形斑激光束在克尔介质中的非线性效应
10.
A CW Optically Heterdyned Raman Indnced Kerr-effect Spectroscopy Experiment
一个连续波光外差喇曼感应克尔效应光谱学实验
11.
Fluorescence enhancement of Rh6G on mechanically polished metallic substrates
机械抛光金属衬底表面对Rh6G的荧光增强效应
12.
Maxwell's Equations; Electromagnetic Plane Wave; Reflection and Refraction; Wave Guide; Electromagnetic Radiation.
电磁学温习、克思威尔方程式、面电磁波、磁波的反射与透射、波、磁辐射。
13.
The Darwinism also shows the same negative effect now.
达尔文主义正在表现出相同的负面效应。
14.
Electromagnetic Effect of Surface Enhanced Raman for Bioanalytical Applications;
表面增强拉曼散射的电磁场效应在生化分析中的应用
15.
Suppression of the Nonlinear Kerr Effect in Optical Fiber Communication Systems by Dispersion Management and Optical Phase Conjugation;
利用色散管理和相位共轭抑制光纤通信系统中的克尔效应
16.
Studies of Photographing for Magnetic Base of Polarized Light Faraday Magneto-optic Effecting;
基于偏振光法拉第磁光效应的磁场成像研究
17.
Stark-tuned laser
斯塔克效应调谐激光器
18.
Influence On Kerr Magneto- Optical Effects Derived From Optical Anisotropy;
光学各向异性对Kerr磁光效应的影响