Using Case's method for solving the one‐speed transport equation with isotropic scattering, the Milne problem solution, the solution for a constant source in one half‐space, and the Green's function solution are obtained for two adjacent half‐spaces. These problems have been solved previously by other methods. Here the derivations are greatly simplified by using Case's method.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/71048/2/JMAPAQ-5-5-668-1.pd
We present highly accurate solutions to the neutral particle transport equation in a halfspace. Whil...
Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equa...
In the present work is determined the analytical solution to the neutron transport equation in two-...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
Case's singular normal mode analysis of half-space transport problems is extended to include anisotr...
The eigenfunctions of the one-speed transport equation, as introduced by Case, are shown to have mor...
The solution of the Milne problem is studied by one-speed neutron transport equation in plane geomet...
An exact solution to the monoenergetic Boltzmann equation is obtained for the case of a plane isotr...
A Laplace transformation technique is used to determine the neutron distribution in a semi‐infinite ...
The interface current for the problem of two half‐spaces with a constant source in one half‐space is...
The integral form of the one-speed, steady-state Boltzmann transport equation is solved for a point ...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
A new method of treating problems involving the transport equation is discussed. Starting from Van K...
http://deepblue.lib.umich.edu/bitstream/2027.42/6515/5/bac8298.0001.001.pdfhttp://deepblue.lib.umich...
Transport solutions to the monoenergetic plane, spherical, and cylindrical critical problems with is...
We present highly accurate solutions to the neutral particle transport equation in a halfspace. Whil...
Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equa...
In the present work is determined the analytical solution to the neutron transport equation in two-...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
Case's singular normal mode analysis of half-space transport problems is extended to include anisotr...
The eigenfunctions of the one-speed transport equation, as introduced by Case, are shown to have mor...
The solution of the Milne problem is studied by one-speed neutron transport equation in plane geomet...
An exact solution to the monoenergetic Boltzmann equation is obtained for the case of a plane isotr...
A Laplace transformation technique is used to determine the neutron distribution in a semi‐infinite ...
The interface current for the problem of two half‐spaces with a constant source in one half‐space is...
The integral form of the one-speed, steady-state Boltzmann transport equation is solved for a point ...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
A new method of treating problems involving the transport equation is discussed. Starting from Van K...
http://deepblue.lib.umich.edu/bitstream/2027.42/6515/5/bac8298.0001.001.pdfhttp://deepblue.lib.umich...
Transport solutions to the monoenergetic plane, spherical, and cylindrical critical problems with is...
We present highly accurate solutions to the neutral particle transport equation in a halfspace. Whil...
Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equa...
In the present work is determined the analytical solution to the neutron transport equation in two-...