Spectroscopy of the spherical particles system as the eye lens biotissue by use of Monte-Carlo simulation

Abstract

The scattering spectra of low-absorptive disperse media are not much researched. It is stipulated by the same difficulties: in experiments, the theoretical investigations had low precision and some errors and the most precise Monte-Carlo method until quite recently was difficult to use in that aim in view of the large time expenses. However, that theme required investigation since the scattering spectra are very informative and make it possible to describe the internal structure of the studied object. It is important in researches of biotissues when the scattering spectra are the means of effective non-invasive diagostics. In our study the system of spherical particles which sizes are comparable with radiation wavelength that then applied to the tissue of eye lens, the internal parameters of which were changing depending on the pathology cases were modeled. And the results of theoretical investigations of scattering spectra of these objects obtained by the Monte-Carlo simulation are presented.