This paper is the second of two dealing with light diffusion in a turbid cylinder. The diffusion
equation was solved for an N-layered finite cylinder. Solutions are given in the steady-state …

This paper is the first of two dealing with light diffusion in a turbid cylinder. The diffusion
equation was solved for a homogeneous finite cylinder that is illuminated at an arbitrary …

We deal with light diffusion in N-layered turbid media. The steady-state diffusion equation is
solved for N-layered turbid media having a finite or an infinitely thick N'th layer. Different …

Solutions of the diffusion approximation to the radiative transport equation are derived for a
turbid (rectangular) parallelepiped using the method of image sources and applying …

We deal with light diffusion in mismatched N-layered turbid media having a finite or an
infinitely thick N'th layer. We focus on time-resolved light propagation in both the frequency …

We present an analytical solution for the scattering of diffuse photon density waves from an
infinite circular, cylindrical inhomogeneity embedded in a homogeneous highly scattering …

Abstract An accurate Monte Carlo (MC) computer model is used to calculate the reflectances
(R) and transmittances (T) of isotropic scattering media for the case of collimated beam …

We construct an integral equation for the flux intensity in a scattering and absorbing two-
region turbid spherical medium using the integro-differential form of the radiative transfer …

The diffusion approximation is widely invoked to model the propagation of light in turbid
media. When absorption is not weak in comparison with scattering, there is currently a …

Light propagation in two-layered turbid media having an infinitely thick second layer is
investigated in the steady-state, frequency, and time domains. A solution of the diffusion …