磁光数据存储系统中的Mueller矩阵工具

B. Bell
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引用次数: 0

摘要

用穆勒矩阵描述了光弹性调制器(PEM)型椭偏仪的工作原理。正交偏振分量之间的相移(δ)和相对振幅比(tan)包含在Mueller矩阵元素中,可以通过不使用机械运动的测量矩阵元素的组合来获得。无需校准,相移测量精度为±0.2°。δ和均为±0.01°的短期重复性。描述了一种计算机控制的实现以及提取椭偏常数的简单算法。将磁光薄膜系统的穆勒矩阵与漏式分束器的穆勒矩阵结合使用,形成理想系统的光学读出系统矩阵。其中一个Stokes参数与MO数据检测方案中常用的差分检测信号成正比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mueller Matrix Tools in Magneto Optic Data Storage Systems
The operation of a Photo Elastic Modulator (PEM) type ellipsometer is described in Mueller matrix terms. The phase shift (δ) between orthogonal polarization components and the relative amplitude ratio (tan) is contained in the Mueller matrix elements and can be obtained via combinations of measured matrix elements using no mechanical motion. A phase shift measurement accuracy of ±0.2° has been obtained without calibration. The short term repeatibility of both δ and is ± 0.01°. A computer controlled implementation is described along with simple algorithms to extract the ellipsometric constants. The Mueller matrix of a magneto optic film system has been used along with one for a "leaky" beamsplitter to form the optical readout system matrix for an ideal system. One of the Stokes parameters is porportional to the differential detection signal often used in MO data detection schemes.
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