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 illumination and for a wide range of absorption and scattering coefficients κ and σ per unit length. The MC results are presented by means of sets of curves with distance scaling in order to give an overall understanding of the subject. Numerical comparisons are made with analytical expressions obtained with a 3-flux model or derived from the equation of radiative transfer. These comparisons indicate the range of κ and σ values where these expressions are applicable. A simple diagram is constructed with accurate MC results and can be used for direct graphical determination...
The effect of a clear layer at the surface of a diffusive medium on measurements of reflectance and ...
The Monte Carlo (MC) method is an effective approach to simulate the radiative transfer in an inhomo...
International audienceA backward Monte Carlo method for modelling the spectral directional emittance...
A novel method, condensed Monte Carlo simulation, is presented that applies the results of a single ...
Abstract. We describe a fast, accurate method for determination of the optical coefficients of ‘semi...
In this dissertation, we first present a model for the diffuse reflectance due to a continuous beam ...
Although the radiative transport theory is widely used in various biomedical, ocean, and atmospheric...
International audienceWe present a new Monte Carlo computational package for solving the radiative t...
An efficient method is proposed for the evaluation of the absorption and the transport scattering co...
Abstract: In simulation of the light propagation the brightness of each ray is calculated ...
Light reflectance by semi-infinite turbid media is modeled by a hybrid of Monte Carlo simulation and...
A 3-D Monte Carlo (MC) ray-tracing radiative transfer model is tested for its ability to simulate th...
We examine the relative error of Monte Carlo simulations of radiative transport that employ two comm...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The Monte Carlo simulation algorithm of photon trajectory computation is implemented in object orien...
The effect of a clear layer at the surface of a diffusive medium on measurements of reflectance and ...
The Monte Carlo (MC) method is an effective approach to simulate the radiative transfer in an inhomo...
International audienceA backward Monte Carlo method for modelling the spectral directional emittance...
A novel method, condensed Monte Carlo simulation, is presented that applies the results of a single ...
Abstract. We describe a fast, accurate method for determination of the optical coefficients of ‘semi...
In this dissertation, we first present a model for the diffuse reflectance due to a continuous beam ...
Although the radiative transport theory is widely used in various biomedical, ocean, and atmospheric...
International audienceWe present a new Monte Carlo computational package for solving the radiative t...
An efficient method is proposed for the evaluation of the absorption and the transport scattering co...
Abstract: In simulation of the light propagation the brightness of each ray is calculated ...
Light reflectance by semi-infinite turbid media is modeled by a hybrid of Monte Carlo simulation and...
A 3-D Monte Carlo (MC) ray-tracing radiative transfer model is tested for its ability to simulate th...
We examine the relative error of Monte Carlo simulations of radiative transport that employ two comm...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The Monte Carlo simulation algorithm of photon trajectory computation is implemented in object orien...
The effect of a clear layer at the surface of a diffusive medium on measurements of reflectance and ...
The Monte Carlo (MC) method is an effective approach to simulate the radiative transfer in an inhomo...
International audienceA backward Monte Carlo method for modelling the spectral directional emittance...