In this work were considered photometric tools for biomedical diagnostics, which contain a mirror ellipsoid of revolution. Proposed schemes with ellipsoidal reflectors for diagnostics in reflected and in reflected and transmitted light. A comparative analysis of measurement standards scattering surfaces was held.
The work is devoted to the analysis of tools for the research of the indicatrix of scattering optical radiation by biological objects and their systematization. Simulation of system of spatial photometry for biomedical diagnostics which is designed to research the scattering within the solid angle 4π and the system of determining the optimal photometric distance of various biological structures were made.
Possibilities of measuring systems that uses ellipsoidal reflectors for determining the
optical parameters of biological tissue are studied. The modified inverse Monte Carlo method was
designed for biomedical photometric system “biological tissue - ellipsoidal mirror.”