Monte Carlo simulation of light scattering from size distributed sub-micron spherical CdS particles in a volume element |
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Authors: | S Roy GA Ahmed |
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Institution: | Optoelectronics and Photonics Laboratory, Department of Physics, School of Science and Technology, Tezpur University, Tezpur-784028, Assam, India |
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Abstract: | Simulation of polarized light scattering by spherical particles having modal radius of 180 nm is presented in this paper. A Monte Carlo method which is based on the Stokes-Mueller formalism developed in ANSI Standard C-language is used for simulation. Single scattering is considered in our program with monodispersed sub-micron sized spherical CdS particles. We have considered only θ dependent scattering as described by Mie theory for spherical CdS particles. The experiments for studying light scattering properties of these particles were conducted in a designed and developed laser based light scattering studies setup. The simulation results were compared with experimental results and theoretical results obtained purely from Mie theory. The closeness of agreement or disagreement between these results is discussed in this paper. |
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Keywords: | Light scattering Mueller matrix Mie theory Monte Carlo simulation |
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