Add to ORKGAbstract: The algorithm is outlined to derive the writing of the partial differential operator of the kinetic radiation transfer equation for the orthogonal curvilinear coordinates system. This writing for one-, two- and three-dimensional spherical models of the Earth atmosphere is presented. The first integrals of the transfer equation with the partial derivatives in the five-dimensional phase space are obtained.Note: Research direction:Mathematical modelling in actual problems of science and technic
Several methods for solving the radiative transfer equation in a spherical atmosphere are presented....
In this paper the methods developed in earlier papers are extended to solving the problem of radiati...
Forth-and-back implicit Λ-iteration has been developed to solve radiative transfer (RT) problems wit...
Abstract: The radiation transport in the Earth atmosphere is being investigated to scale o...
Abstract: The optical radiation transport in the Earth atmosphere is being investigated to...
A new model for computing radiative transfer in a spherically symmetric atmosphere has been develope...
Abstract: The problem of the sun radiation transport in the Earth atmosphere is being cons...
Abstract: The mathematical models of the azimuthal and spherical harmonics for solving of ...
Abstract: The characteristic equations of the differential transfer operator with the part...
Based on the well known solution of the time-independent radiative transfer equation along a ray and...
A new spherical-shell radiative transfer model has been developed, with particular emphasis on the a...
Abstract: The problem is considered of taking account of the terrestrial surface in the mo...
For the interpretation of satellite limb observations we investigate the linearization capability of...
The differential operator of the monochromatic polarized radiative transfer equation is studied in c...
Several methods for solving the radiative transfer equation in a spherical atmosphere are presented....
Several methods for solving the radiative transfer equation in a spherical atmosphere are presented....
In this paper the methods developed in earlier papers are extended to solving the problem of radiati...
Forth-and-back implicit Λ-iteration has been developed to solve radiative transfer (RT) problems wit...
Abstract: The radiation transport in the Earth atmosphere is being investigated to scale o...
Abstract: The optical radiation transport in the Earth atmosphere is being investigated to...
A new model for computing radiative transfer in a spherically symmetric atmosphere has been develope...
Abstract: The problem of the sun radiation transport in the Earth atmosphere is being cons...
Abstract: The mathematical models of the azimuthal and spherical harmonics for solving of ...
Abstract: The characteristic equations of the differential transfer operator with the part...
Based on the well known solution of the time-independent radiative transfer equation along a ray and...
A new spherical-shell radiative transfer model has been developed, with particular emphasis on the a...
Abstract: The problem is considered of taking account of the terrestrial surface in the mo...
For the interpretation of satellite limb observations we investigate the linearization capability of...
The differential operator of the monochromatic polarized radiative transfer equation is studied in c...
Several methods for solving the radiative transfer equation in a spherical atmosphere are presented....
Several methods for solving the radiative transfer equation in a spherical atmosphere are presented....
In this paper the methods developed in earlier papers are extended to solving the problem of radiati...
Forth-and-back implicit Λ-iteration has been developed to solve radiative transfer (RT) problems wit...