Characteristics of scattered light in different models of eye lens

Summary form only given. Light scattering by spherical particles for the case of a plane wave were performed on the base of a complete general solution of the problem of interactive electromagnetic scattering by clusters of arbitrary configured nonidentical spheres. The optical model of the lens tissue was presented by a system of spherical particles spaced at distances on the order of their diameter, the latter was more less then radiation wavelength (0.63 /spl mu/m). The number of particles was varied from one to several tens. The spatial distribution of scatterers was taken in a definite order near to a cubic lattice.