Zero drift caused by differential polarization loss can be eliminated, while caused by differential direction loss and magnetic circular dichroism loss can not be eliminated. 结果表明,偏振差损的影响可以消除,而方向和磁圆二向色性差损无法通过改变磁场和失谐频率消除。
The magnetic circular dichroism beam-line in the NSRL Phase II Project is introduced. 本文对合肥同步辐射(NSRL)二期工程软X射线磁性圆二色光束线进行了介绍。
Measurement of Magneto-optic Rotation Spectra and Magnetic Circular Dichroism(MCD) Spectra 磁光旋转谱和磁圆二向色性谱测量
First, the theory of Faraday effect, magnetic circular dichroism, magnetic linear birefringence and Kerr effect are argued. 在磁光理论部分,分别对Faraday效应与磁致圆二向色性、磁致线双折射与线二向色性、磁致克尔效应等磁光效应进行了理论推导与分析;
Effect of magnetic circular dichroism on Faraday rotator's extinction ratio 磁致圆二向色性对法拉第旋转器消光比的影响