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Intensity distribution formed by eye lens modeled as a system of spherical particles

机译:由眼睛晶状体形成的强度分布作为球形颗粒系统建模

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The theoretical investigations of laser light radiation scattered by eye lens model as a system of spheres with various parameters in case of gaussian wave were performed on the base of Mie theory of electromagnetic scattering by a single sphere and by using Bromwich formulation. The amplitude matrix of light scattering, the intensity distribution of scattered light are received. The contrast analyses of obtained intensity distributions in dependence on size and amount of scatterers were carried out. The optical constants and dimensions of the particles were varied in a range of values corresponding to the normal and pathological lenses.
机译:通过单个球体的电磁散射MIE理论的基础和使用Bromwich制剂,对高斯波的基部进行了眼睛透镜模型作为具有各种参数的球体的球体的系统的理论研究。光散射的幅度矩阵,接收散射光的强度分布。进行了依赖性强度分布的对比度分析,依赖于散射体的大小和量。颗粒的光学常数和尺寸在与正常和病理透镜对应的一系列值中变化。

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