The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of discussion in recent publications on tissue optics. We compared several diffusion coefficients with the apparent diffusion coefficient from the more fundamental transport theory, D-app. Application to point sources in turbid media, for which exact solutions are available, showed that D-app has to be preferred. We give a simple equation to approximate D-app for several phase functions that apply to tissue optics. Reasons for the remaining discrepancies in diffusion coefficients applied to time-resolved and time-averaged descriptions of photon propagation in homogeneous turbid media are discussed. (C) 2000 Optical Society of America
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
The choice of the diffusion coefficient to be used in photon diffusion theory has been a subject of ...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
We present a unified derivation of the photon diffusion coefficient for both steady-state and time-d...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory is an approximation of the equation of radiative transport, that is used to describ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...
Diffusion theory and similarity relations were used to calculate the optical diffuse reflectance of ...
International audienceWe revisit the definition of the diffusion coefficient for light transport in ...