MONTE-CARLO MODELING OF ULTRASHORT LASER PULSE TRANSPORT IN INHOMOGENEOUS MEDIUM WITH MOVING SCATTERERS
Results of numerical modeling of ultrashort laser pulse passage through a non-uniform layered medium with mobile scatterers based on a solution of a non-stationary equation for the radiation transmission by a method of Monte-Carlo are presented. Effects of the Doppler broadening of a backscattered radiation spectrum in biological tissues are considered. The dynamics of the ultrashort laser pulse propagation is analyzed within limits of a multilayered model for a human skin. Possibilities of tomography in the investigation of biological tissue layers based on an analysis of a scattered light pulse spectrum are investigated.