… diffusing slab, is to present a complete set of formulas together with a discussion of the
simplifying assumptions necessary to obtain them. The slab geometry … the diffusion approximation …

… diffusing slab. The model, developed for a homogeneous slab, is based on the diffusion
approximation … the applicability limits of the approximated theory in different physical conditions. …

… A good fiitting was obtained by applying the fiirst-term approximation fior the 1-D slab
geometry, as expected (R2 > 0.95). In 3-D case, the considerable decay in starting the Regular …

… slab geometry with diffusion approximation … approximate boundary conditions are used in
the diffusion equation to account for prescribed incident flux on the outer boundaries of the slab…

… with diffusion approximation and … the diffusion approximation is not quite correct inside the
slab, even when the light emitted from the slab is well described by the diffusion approximation…

… A general nonlinear diffusion synthetic acceleration method for solving the NC equations in
slab geometry is … where HD is a discrete approximation to the following diffusion operator: …

… • When the scattering properties of the layers are identical, the analytical solutions are
exact within the limits of the diffusion approximation. Comparisons with the results of MC …

… new approximations are introduced to estimate the perturbative diffusivity (χ), convectivity (V),
and damping (τ) in cylindrical geometry… The approximations are based on semi-infinite slab …

… This paper solves the radiative transport equation in a slab using the diffusion approximation
in one-dimension. The absorption and scattering coefficients as well as the first moment of …

… H (2)> 1/2, they introduce an inner time-scale (corresponding to a few forward scatterings)
that is naturally accounted for in the diffusion approximation by defining the “transport" mfp. …