Persons

A comparison of the temporal distributions of the laser pulse passing through a homogeneous scattering layer, obtained by the classical and refined diffusion models, with time distributions, simulated by the Monte-Carlo. The inaccuracy of the temporal distributions obtained by means of diffusion models, due to insufficient light scattering has been. It that the refined diffusion model is in better agreement with the simulation results Monte-Carlo method in a wide range of the scattering layer thickness values.

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An analytic frequency domain solution of the transport equation under the nonstationary axial model assumption for calculation of time distribution of the ultra-short laser pulse, propagated through the homogeneous scattering layer, has been proposed.

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A new method of using a diffusion model of the radiative transfer to describe the temporal distributions laser pulse passed through the weak scattering layer has been proposed.

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