1) Faraday magnetic balance method
法拉第磁天平法
3) Faraday effect
法拉第磁光效应
1.
The fiber-optic current sensor that is based on the principle of the Faraday effect has many good characters,such as high resist of EMI,strong insulation,low price,simple configuration,little weight,etc.
以法拉第磁光效应为原理的光纤电流传感器因其无爆炸危险、抗高电磁干扰、绝缘性好、价格便宜、结构简单、质量轻等优点,将成为传统电磁式互感器的替代产品。
2.
In order to resolve such question,an optic-fiber current measurement system with simple structure and suitable for high voltage frequency converter was developed based on Faraday effect and principle of optic -fiber current sensors,where a high circular bi-refractive optic-fiber coil was used as a current s.
鉴于光纤传感可以解决上述问题,基于偏振态调制的光纤电流传感器原理,研究一种适用于高压变频器的小巧的,基于法拉第磁光效应的高圆双折射光纤电流检测系统,用Jones矩阵对光纤系统进行分析。
3.
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。
5) Faraday magneto optic effect
法拉第磁光效应
1.
Faraday magneto optic effect is established mathematically by using the method of matrix optics.
用矩阵光学的方法建立了基于法拉第磁光效应的三相光学电流互感器的数学模型，为相关的研究提供了理论基础。
6) paramagnetic Faraday effect
顺磁法拉第效应
