We investigated the dependence of the diffusion coefficient on the absorption coefficient by
studying the propagation of light emitted by an isotropic source in an infinitely extended …

Photon migration in a randomly inhomogeneous, highly scattering and absorbing semi-
infinite medium with a plane boundary is considered by a Monte Carlo (MC) technique. The …

The diffusion approximation to the Boltzmann transport equation is commonly used to
analyze data obtained from biomedical optical diagnostic techniques. Unfortunately, this …

Two exact solutions for radiative transport in tissue are presented: the Monte Carlo and the
adding-doubling methods. Both methods are appropriate for tissues with internal reflection …

Light propagation in turbid media can be described by photon diffusion. In the frequency
domain, sinusoidally intensity-modulated light gives rise to diffusive waves which have a …

A rigorous technique using a Monte Carlo model has been developed to determine the
optical properties of biological tissue from goniometer and integrating sphere …

The integral equation for radiative transfer in a two-dimensional rectangular scattering
medium exposed to diffuse radiation is solved numerically by removing the singularity. This …