Computing Scattering Phase Function by Recursive Formula of Mie Theory
HU Xiao-yong
Abstract
HU Xiao-yong
Abstract
Scattering phase function is a very important physical parameter in lidar detection of multiple scattering returns.In this paper,scattering phase function of one particle radius is calculated by recursive formula of Mie theory.The result of forward and backward scattering peaks increase when the radius of particle has added according to the theory of scattering.At the same time,scattering phase function of non-one particle radius is calculated by recursive formula of Mie theory,which can use for research on multiple scattering of aerosols such as atmosphere,fog,clouds and so on.
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Scattering phase function is a very important physical parameter in lidar detection of multiple scattering returns.In this paper,scattering phase function of one particle radius is calculated by recursive formula of Mie theory.The result of forward and backward scattering peaks increase when the radius of particle has added according to the theory of scattering.At the same time,scattering phase function of non-one particle radius is calculated by recursive formula of Mie theory,which can use for research on multiple scattering of aerosols such as atmosphere,fog,clouds and so on.
Key concepts: Mie scattering, Scattering, Scattering theory, RADIUS, Physics, Codes for electromagnetic scattering by spheres, Scattering length, Phase function