The propagation of light through turbid media is of fundamental interest in a number of areas of optical science including atmospheric and oceanographic science, astrophysics and medicine amongst many others. The angular distribution of photons after a single scattering event is determined by the scattering phase function of the material the light is passing through. However, in many instances photons experience multiple scattering events and there is currently no equivalent function to describe the resulting angular distribution of photons. Here we present simple analytic formulas that describe the angular distribution of photons after multiple scattering events, based only on knowledge of the single scattering albedo and the single scatte...
We investigate the scattering and multiple scattering of a typical laser beam (lambda= 800 nm) in th...
The concentration dependence of the statistical properties of light scattered by a monodisperse sphe...
In this work we propose a generalization of the solution for light propagation in turbid media given...
The propagation of light through turbid media is of fundamental interest in a number of areas of opt...
We consider simulation of multiple scattering of waves in isotropic and anisotropic media. The focus...
Within the small-angle approximation, a multi-Gaussian phase function model provides a new descripti...
We present the results of a theoretical study providing details of propagation of laser radiation w...
Abstract Acquiring accurate scattering properties is important for rendering translucent materials. ...
Simple empirical equations based on experimental measurements of phase functions which connect angul...
Abstract: We study the accuracy of a number of simple approximate equations for the reflection chara...
The distributions of the angular transmission coefficient and of the total transmission are calculat...
The reflection and transmission of light from a slab containing a turbid medium provide a scattering...
Context. Properly modelling scattering by interstellar dust grains requires a good characterisation ...
Abstract — Mathematical models for the scattering of light (and other radiation) tend to fall into t...
It is shown that where μ̅s is the average cosine of scattering, then for any set of photons that und...
We investigate the scattering and multiple scattering of a typical laser beam (lambda= 800 nm) in th...
The concentration dependence of the statistical properties of light scattered by a monodisperse sphe...
In this work we propose a generalization of the solution for light propagation in turbid media given...
The propagation of light through turbid media is of fundamental interest in a number of areas of opt...
We consider simulation of multiple scattering of waves in isotropic and anisotropic media. The focus...
Within the small-angle approximation, a multi-Gaussian phase function model provides a new descripti...
We present the results of a theoretical study providing details of propagation of laser radiation w...
Abstract Acquiring accurate scattering properties is important for rendering translucent materials. ...
Simple empirical equations based on experimental measurements of phase functions which connect angul...
Abstract: We study the accuracy of a number of simple approximate equations for the reflection chara...
The distributions of the angular transmission coefficient and of the total transmission are calculat...
The reflection and transmission of light from a slab containing a turbid medium provide a scattering...
Context. Properly modelling scattering by interstellar dust grains requires a good characterisation ...
Abstract — Mathematical models for the scattering of light (and other radiation) tend to fall into t...
It is shown that where μ̅s is the average cosine of scattering, then for any set of photons that und...
We investigate the scattering and multiple scattering of a typical laser beam (lambda= 800 nm) in th...
The concentration dependence of the statistical properties of light scattered by a monodisperse sphe...
In this work we propose a generalization of the solution for light propagation in turbid media given...