大尺寸参数多层球或长圆柱的正则散射系数向上递推算法

N. Shiloah
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引用次数: 4

摘要

Mie理论中出现的散射系数的计算涉及到贝塞尔函数或里卡蒂-贝塞尔函数的递归关系。规范建议对不同类型的函数同时使用向上递归和向下递归。这使得计算算法相当麻烦。我们在这里只使用向上递归证明了这个过程,其结果与规范建议一样稳定。Mie理论中出现的散射系数的计算涉及到贝塞尔函数或里卡蒂-贝塞尔函数的递归关系。规范建议对不同类型的函数同时使用向上递归和向下递归。这使得计算算法相当麻烦。我们在这里只使用向上递归证明了这个过程,其结果与规范建议一样稳定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Canonical Scattering Coefficients Upward Recursion Algorithm for Multilayered Sphere or Long Cylinder with Large Size Parameters
Calculation of the scattering coefficients appearing in Mie theory involves recursive relations for Bessel or Riccati-Bessel functions. Canonical recommendations prescribe using both upward and downward recursions for different types of functions. This makes the computational algorithm rather cumbersome. We have justified here the procedure using the upward recursions only, whose results are as stable as the canonical recommendations.Calculation of the scattering coefficients appearing in Mie theory involves recursive relations for Bessel or Riccati-Bessel functions. Canonical recommendations prescribe using both upward and downward recursions for different types of functions. This makes the computational algorithm rather cumbersome. We have justified here the procedure using the upward recursions only, whose results are as stable as the canonical recommendations.
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