Study of electrophysical characteristics of blood formed elements using intracavity laser spectroscopy. I. Simulation of light-scattering by an ensemble of biological cells with complicated structures

Optical characteristics of an ensemble of arbitrarily oriented particles are studied in an optical cavity. The study is based on the self-consistent conjugation with respect to nonuniform optical cavities with the results of scattering by an ensemble of arbitrarily oriented spherical particles with different shapes and structures. A new electrodynamic model for the interaction of laser radiation with blood cells is constructed with allowance for the structure of cells for the prediction of optical properties in vivo.