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This work is devoted to creation and research of the multichannel optical processor allowing us to carry out the diffractometric and polarimetric analysis for assessment of optiko-physical properties as biological microobjects and is exemplary optically transparent randomly inhomogeneous medium.
We derive an analytical parameterization of the amplitude and Mueller scattering matrices of a system composed of a small number of electric dipoles. The appeal of this derivation is that it provides a wide range of light-scattering polarization states with a minimal number of parameters. Such a tool can be used to interpret observations in terms of physical parameters. We aim to utilize these results...
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