… This paper discusses some of the present knowledge of the mathematical techniques
used to describe light diffusion in turbid material such as tissues. Attention will be paid to the …

… material. Calcium carbonate was available as a purified powder of approximately 10-μ particles
with very little light-… with a dull surface which diffused the light from the monochromator. It …

… of light by dense turbid media, which would be applicable, in particular, to opal diffusing …
absorbing material in contact with it, so that the light reaching it is not reflected back to the …

… 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 …

… turbid material, in which the scattering is strong enough to lead to diffusive motion of the light
… projection of the 3-dimensional diffusion equation of the light intensity in the medium. This …

… Light reflectance by semi-infinite turbid media is modeled by a hybrid of Monte Carlo simulation
and diffusion … speed of diffusion theory distant from the source. For example, when the …

… Light propagation in materials with microscopic inhomogeneities is affected by scattering. In
scattering materials, … We will now present three algorithms we used to invert wave diffusion. …

… In this paper, the light diffusion in turbid media is considered in the steady-state domain, …
20 the light diffusion in the frequency and time domains is analyzed. Turbid media consisting of …

… focus and concentrate light to an optimal small spot inside a turbid material. We find that the
size of the focal spot can only be understood if the vector nature of light is taken into account. …

… light is transported through these materials in a diffusion (figure 1). In the physics community
there has been substantial recent interest in such diffusing … turbid media using diffusing light …