moke

Research on the Second order Nonlinear Susceptibility in the MOKE

磁光克尔效应中二阶非线性极化率χ~（2）的研究

Sagnac fiber interferometer for high sensitivity MOKE measurements at cryogenic temperatures

用于低温下磁光科尔效应高精度测量的萨格奈克光纤干涉仪

This article mainly describes how to moke the state model and the feature model in the mechanical and intellectual making .

着重描述了在机械智能制造过程中，如何对智能制造环境下产品进行静态建模和特征模型的建立。

By using microscopic quantum formulation of the magneto-optical Kerr effect ( MOKE ), The paper deals with temperature dependence of MOKE of a ferromagnetic material and a sub-ferromagnetic material respectively .

从磁光Kerr效应的微观量子表述出发，分别研究了铁磁材料和亚铁磁材料的磁光Kerr效应的温度特性。

A magneto-optical Kerr effect ( MOKE ) setup with the sensitivity of about 1 nm was assembled using He-Ne laser , chopper , polarizer , photodiode , lock-in amplifier , electro-magnet and industrial computer .

利用He-Ne激光器、斩波器、起偏／检偏棱镜、光电探测器、锁相放大器、电磁铁、工控机搭建了一台分辨率在1nm左右的磁光Kerr效应装置。

According to the difference of polarization of incident light , magnetic-optical effect can be simply divided into two parts : Magnetic-optical Kerr effect ( MOKE ), which is based on line polarized light , and magnetic circle dichroism , which is based on circle polarized light .

根据入射光的偏振状态不同，磁光效应可以简单的归类为：基于线偏振光的磁光克尔效应（MOKE），和基于圆偏振光的磁圆二向色性（MCD）。