In the present work inverse radiative transfer problems in two-dimensional heterogeneous
participating media are considered. An implicit formulation is used in which the cost …

EXTENSIVE studies for radiative transfer exist in the open literature. However, although
some researchers have presented approximate or simplified approaches to the problem of …

The problem of radiation transfer through a scattering and absorbing finite plane-parallel
medium is solved using an efficient and accurate method of analysis which utilizes trial …

An accurate method is used for solving the scattering and absorbing Milne problem. This
method used trail functions based on Case's eigenvalues plus a linear combination of …

An approximate model, which is developed previously, is extended to solve the half–space
problems in the case of extremely anisotropic scattering kernels. The scattering kernel is …

Radiation transfer problem in an absorbing and anisotropic scattering homogeneous semi-
infinite plane parallel medium subjected to externally incident radiation is considered. Trial …

Particle transport problem in an absorbing, scattering and homogeneous semi-infinite
medium with pure-triplet scattering is considered. The medium is subjected to externally …

We consider the two-region Milne problem, defined as the steady-state monoenergetic
linear transport problem for two adjoining homogeneous source-free half-spaces, with …

The ow of neutral particles which interact with a background material but not with
themselves is described in some generality by a linear kinetic, or transport, equation. This …

The Milne problem is studied for the case of one speed, time independent, plane symmetric
transport equation. The scattering law is assumed isotropic plus a backward and forward …