Mathematical and Statistical Simulation in Problems of the Physics of Atmosphere, Ocean, and Environmental Protection
This paper proposes a weighted statistical modelling algorithm of estimation of polarized radiation asymptotic parameters, based on analytical evaluation of compact density of temporal distribution of radiance source. A modified local collision estimate for the scattered radiation with simulation of the Markov chain without absorption was used for evaluation of illumination on a boundary of scattering and capturing medium. To evaluate radiance intensity at the boundary a local estimate was used. In the both cases a modified method of free path simulation without particle escape was used. Results of numerical experiments demonstrating effectiveness of suggested algorithm are presented for two versions of the problem: with an aerosol scattering matrix and a Rayleigh scattering matrix.
Note. Abstracts are published in author's edition
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