Add to ORKGThe emergent flux for radiation transfer in inhomogeneous half-space for exponential c (x) = 1+ke −mx 1+be−mx is obtained by using Modied-Eddington method, where m, b, k are constants. As a result of this work, angular flux is obtained in terms of Jacobi polynomials
The analytical solution of the plane-parallel radiative transfer equation is obtained in the two-st...
Abstract: The general vectorial boundary-value problem for kinetic equation to describe th...
The local radiative flux in an isothermal spherical layer is systematically investigated. The functi...
The emergent flux for radiation transfer in a homogeneous half-space with internal source solved in ...
shown in $$80 and 97, entirely analogous results are possible for radiation in the limit that k,,/1 ...
We use the variable Eddington factor (VEF) approximation to solve the time-dependent two-dimensional...
In this paper, a geometric closure method for radiative transfer equations has been developed and in...
The radiative heat transfer equation in a participating medium is a Fredholm integral equation of th...
ABSTRACT. A very accurate approximation for the exponential integral £2 ( K) was achieved by approxi...
Methods for the solution of non-LTE radiative transfer equations in a cylinder, with external incide...
Abstract: The possibilities of using the perturbation method for solution of radiative tra...
Integral equations, which appear in the study of radiative transfer through a semi- infinite, emitti...
In the preceding paper, we obtained expressions for the electromagnetic field generated by the inter...
Available from British Library Document Supply Centre-DSC:DXN050245 / BLDSC - British Library Docume...
Exact numerical solutions are presented for the radiative flux and emissive power at the boundary of...
The analytical solution of the plane-parallel radiative transfer equation is obtained in the two-st...
Abstract: The general vectorial boundary-value problem for kinetic equation to describe th...
The local radiative flux in an isothermal spherical layer is systematically investigated. The functi...
The emergent flux for radiation transfer in a homogeneous half-space with internal source solved in ...
shown in $$80 and 97, entirely analogous results are possible for radiation in the limit that k,,/1 ...
We use the variable Eddington factor (VEF) approximation to solve the time-dependent two-dimensional...
In this paper, a geometric closure method for radiative transfer equations has been developed and in...
The radiative heat transfer equation in a participating medium is a Fredholm integral equation of th...
ABSTRACT. A very accurate approximation for the exponential integral £2 ( K) was achieved by approxi...
Methods for the solution of non-LTE radiative transfer equations in a cylinder, with external incide...
Abstract: The possibilities of using the perturbation method for solution of radiative tra...
Integral equations, which appear in the study of radiative transfer through a semi- infinite, emitti...
In the preceding paper, we obtained expressions for the electromagnetic field generated by the inter...
Available from British Library Document Supply Centre-DSC:DXN050245 / BLDSC - British Library Docume...
Exact numerical solutions are presented for the radiative flux and emissive power at the boundary of...
The analytical solution of the plane-parallel radiative transfer equation is obtained in the two-st...
Abstract: The general vectorial boundary-value problem for kinetic equation to describe th...
The local radiative flux in an isothermal spherical layer is systematically investigated. The functi...