The calculation of the components of the light scattering matrices for the medium under study is based on measurements of the polarized intensities of the scattered beam at various states of polarization of the irradiating beam. To estimate the energy measurement error, we compared the experimentally determined values of the brightness coefficient of reference samples depending on the scattering angle with the data presented in the literature.
The paper presents the results of the research, based on the matrix method of optics of light-scattering media, influence of irradiation of polymer molecules of amphiphilic character on their optical-geometric and polarization characteristics. A comparative characterization of the regularities of the angular was carried out distribution of the normalized components of the scattering matrices of the unirradiated and irradiated polymer pellicle with high concentration of hard fixed bacteriorhodopsin molecules.
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