Employing multiple scattering formulation of T-matrix method, numerical simulations are developed and applied to polarized scatterng from random clusters of spatially-oriented, non-spherical particles. Polarized scattering are numerically calculated for the functional dependence on particle shape, size, spatial distribution, orientation and other physical paraemters. Comparisons between collective scattering from clusters and independent scattering from sparsely random particles are numerically derived.
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