Submitted to Univ. of Minnesota, Minneapolis. The gas model of neutron thermalization for a general moderator mass was studied by formulating the thermalization process as an integral equation. The relation of the model to the slowing-down theory was investigated. A discussion of the theory of scattering cross sections for neutrons is presented. The Wigner-Wilkins model was considered for moderator atoms of the same mass as the neutron. The analysis was extended to the case of a gaseous moderator with atoms of general mass. (M.C.G.
A method is suggested for obtaining the collision density as a function of lethargy for neutrons slo...
The slowing down spectra of neutrons are obtained for heavy water, light water, and mixtures of heav...
This paper is concerned with the derivation of new generalized heavy gas models for the infinite med...
In this paper we present the analytical expression for the neutron scattering law for an isotropic s...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
In this paper we set up an integral equation governing the energy distribution of neutrons that are ...
Experimental and theoretical work on the interaction mechanisms by which neutrons exchange energy wi...
Analytical formula for the equation of the neutron scattering for isotropic neutron source, which in...
In an earlier paper we extracted an asymptotic series solution in half-integral powers of (kTE) from...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
The Theory of Neutron Slowing Down in Nuclear Reactors focuses on one facet of nuclear reactor desig...
The effect of non-uniform temperature on the Maxwellian distribution of thermal neutrons in a non-ca...
The time-dependent thermal neutron energy spectra, for times greater thsn the slowing-down time, wer...
>The excitation by nuclear collisions of the acoustic modes of a metal hydride crystal was investiga...
A method is suggested for obtaining the collision density as a function of lethargy for neutrons slo...
The slowing down spectra of neutrons are obtained for heavy water, light water, and mixtures of heav...
This paper is concerned with the derivation of new generalized heavy gas models for the infinite med...
In this paper we present the analytical expression for the neutron scattering law for an isotropic s...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
In this paper we set up an integral equation governing the energy distribution of neutrons that are ...
Experimental and theoretical work on the interaction mechanisms by which neutrons exchange energy wi...
Analytical formula for the equation of the neutron scattering for isotropic neutron source, which in...
In an earlier paper we extracted an asymptotic series solution in half-integral powers of (kTE) from...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
The Theory of Neutron Slowing Down in Nuclear Reactors focuses on one facet of nuclear reactor desig...
The effect of non-uniform temperature on the Maxwellian distribution of thermal neutrons in a non-ca...
The time-dependent thermal neutron energy spectra, for times greater thsn the slowing-down time, wer...
>The excitation by nuclear collisions of the acoustic modes of a metal hydride crystal was investiga...
A method is suggested for obtaining the collision density as a function of lethargy for neutrons slo...
The slowing down spectra of neutrons are obtained for heavy water, light water, and mixtures of heav...
This paper is concerned with the derivation of new generalized heavy gas models for the infinite med...