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Abstract
The elements of the Mueller matrix for polydisperse systems of irregular, randomly oriented particles have been measured in absolute terms as functions of scattering angle for two wavelengths. These results have been compared to the matrix elements that were calculated for assemblae of spherical particles (Mie scattering, Mie theory, Mie calculations) that fit the same size distribution function and have the same (real) refractive index. [Reprinted by permission of the Optical Society of America]
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