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1·A new method to extend the dynamic range of the magneto-optical current sensor is presented.

提出了一种扩大磁光式电流传感器动态范围的方法。

2·Results show that the magneto-optical Kerr effects are closely related to the particle size.

结果表明其磁光效应与颗粒尺寸密切相关。

3·A rubidium double magneto-optical trap (MOT) system for Bose-Einstein condensation experiments has been set up.

建立了一套用于玻色-爱因斯坦凝聚实验的铷原子双磁光阱装置。

4·The magneto-optical current sensor is based on Farada effect and Ampere's law to realize the current measurement.

磁光式电流传感器是基于法拉第效应和安培环路定律实现电流测量的。

5·The principle with the experimental configuration to measure both the magneto-optical Kerr and Faraday effects are given.

详细给出了一种测量完整克尔和法拉第效应的原理和实验装置。

6·Shear force topographic and near-field magneto-optical images of magneto-optical disk taken with the proposed method are shown.

利用这种方法获得了磁光盘样品表面的切变力形貌和近场磁光图像。

7·The peak position and intensity of the magneto-optical conductivity depend strongly on the filling factor and the broadened DOS.

研究结果表明磁光电导谱的峰值和强度强烈依赖于填充因子和态密度。

8·The influence of the magneto-optical coupling parameter and the wavelength stability of laser on the extracted clock is also analyzed;

分析了磁光耦合参量与光发射机的中心波长稳定性对所提取时钟质量的影响；

9·With light wave diffraction theory, the mathematical model of optical field at the recording layer is developed for magneto-optical disk.

运用光波衍射理论，针对磁光盘建立了记录光场的数学模型。

10·In this paper, we present a method to realize feature extraction on low contrast magnetic domain images of magneto-optical recording films.

提出了一种基于梯度分割的图像特征提取方法，对低对比度磁光记录薄膜磁畴图像进行处理。