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Polarization structure of scattering radiation in anisotropic girotropic medium

机译:各向异性长各向异性介质中散射辐射的偏振结构

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摘要

The solution of the vector transfer equation in optically active media based on the Monte-Carlo method is considered. The algorithm suggested is used for studying the radiation polarization structure at narrow beams propagation. The preliminary polarization analysis has been made using a slightly anisotropy medium consisting of spherical particles. The particles are characterized by the index of refraction n = 1.55 and have log-normal distribution. The phase and extinction matrices were calculated using the Green's function in the weak-anisotropy approximation.
机译:考虑了基于蒙特卡罗方法的光学活性介质中矢量传递方程的解。所建议的算法用于研究窄光束传播时的辐射偏振结构。使用由球形颗粒组成的稍微各向异性的介质进行了初步的极化分析。颗粒的特征在于折射率n = 1.55,并具有对数正态分布。在弱各向异性近似中,使用格林函数计算相位和消光矩阵。

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