Radiative transfer within non Beerian porous media with semitransparent and opaque phases in non equilibrium
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
Many porous media cannot be homogenized as Beerian semi transparent media. Ef-fective extinction, ab...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceMany porous media cannot be homogenized as Beerian semi-transparent media. Eff...
International audienceMany porous media cannot be homogenized as Beerian semi-transparent media. Eff...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
Many porous media cannot be homogenized as Beerian semi transparent media. Ef-fective extinction, ab...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceA local radiative transfer model is developed for strongly anisotropic porous ...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceThe homogenized phases associated with statistically anisotropic porous media,...
International audienceMany porous media cannot be homogenized as Beerian semi-transparent media. Eff...
International audienceMany porous media cannot be homogenized as Beerian semi-transparent media. Eff...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
International audienceThe original radiation transfer model is dedicated to strongly non homogeneous...
Many porous media cannot be homogenized as Beerian semi transparent media. Ef-fective extinction, ab...