The eigenfunctions of the one-speed transport equation, as introduced by Case, are shown to have more general orthogonality properties than previously known. In particular, for isotropic scattering, partial range and "two-media" orthogonality relations are derived. An extension to linearly anisotropic scattering is indicated. These results facilitate the application of Case's method to one-speed transport problems in plane geometry.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/32078/1/0000127.pd
Transport solutions to the monoenergetic plane, spherical, and cylindrical critical problems with is...
The critical slab problem for linearly anisotropic scattering is investigated using the singular eig...
AbstractPatterned after the operational calculus of functional analysis, a spectral theory is constr...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
A new approach to the solution of transport problems, based on the ideas introduced into transport t...
Using Case's method for solving the one‐speed transport equation with isotropic scattering, the Miln...
Case's singular normal mode analysis of half-space transport problems is extended to include anisotr...
A new method of treating problems involving the transport equation is discussed. Starting from Van K...
In a prevlous paper, some inequalities occurring in the one-veloclty theory of neutron transport wit...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
AbstractThere is a set of orthogonal polynomials {gn(x)} which plays a relevant role in the treatmen...
The eigenvalue spectrum is studied for one-speed neutrons in a slab with forward and backward scatte...
A method for solving various half‐space multigroup transport problems for the case of a symmetric tr...
Case's technique utilizing Green's functions for dealing with boundary‐value problems of the neutron...
Tureci, RG/0000-0001-6309-6300WOS: 000438485800002Discrete eigenvalues of a one-speed linear transpo...
Transport solutions to the monoenergetic plane, spherical, and cylindrical critical problems with is...
The critical slab problem for linearly anisotropic scattering is investigated using the singular eig...
AbstractPatterned after the operational calculus of functional analysis, a spectral theory is constr...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
A new approach to the solution of transport problems, based on the ideas introduced into transport t...
Using Case's method for solving the one‐speed transport equation with isotropic scattering, the Miln...
Case's singular normal mode analysis of half-space transport problems is extended to include anisotr...
A new method of treating problems involving the transport equation is discussed. Starting from Van K...
In a prevlous paper, some inequalities occurring in the one-veloclty theory of neutron transport wit...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
AbstractThere is a set of orthogonal polynomials {gn(x)} which plays a relevant role in the treatmen...
The eigenvalue spectrum is studied for one-speed neutrons in a slab with forward and backward scatte...
A method for solving various half‐space multigroup transport problems for the case of a symmetric tr...
Case's technique utilizing Green's functions for dealing with boundary‐value problems of the neutron...
Tureci, RG/0000-0001-6309-6300WOS: 000438485800002Discrete eigenvalues of a one-speed linear transpo...
Transport solutions to the monoenergetic plane, spherical, and cylindrical critical problems with is...
The critical slab problem for linearly anisotropic scattering is investigated using the singular eig...
AbstractPatterned after the operational calculus of functional analysis, a spectral theory is constr...