Presented here is the application of an adjoint technique for solving source-detector discrete
ordinates (SN) transport problems by using a spectral nodal method. For slab-geometry …

A hybrid spectral nodal method is developed for the solution of multigroup discrete ordinates
(SN) eigenvalue problems with isotropic scattering in X, Y geometry. In this method, the …

Presented here is an application of the Response Matrix (RM†) method for adjoint discrete
ordinates (SN) problems in slab-geometry applied to energy-dependent neutral particle …

We present a study of two dimensional, fixed-source neutron transport problems on a
heterogeneous medium. It is an extension of a methodology used for solving neutron …

We present the positive features in the shifting strategy that we use in the homogeneous
component of the general solution of the monoenergetic, slab-geometry, adjoint discrete …

A generalization of the Response Matrix spectral nodal method is applied to fixed–source
discrete ordinates (SN) radiative transfer and neutron transport problems in slab geometry …

Analytical solutions for the Boltzmann transport equation are typically limited to specific
scenarios, prompting the research transport community to extensively explore numerical …

Over the last six decades, the discrete spectrum of the neutron transport operator has been
widely studied. Important theoretical results can be found in the literature regarding the one …

Presented here is an application of the one-speed Response Matrix (RM) method for adjoint
discrete ordinates (SN) problems in slab geometry applied to source-detector problems. The …

A new approach for the application of the coarse–mesh Modified Spectral Deterministic
method to numerically solve the two–dimensional neutron transport equation in the discrete …