Abstract – We propose a simple analytical model to describe the statistics of the number of collisions undergone by fast neutrons during slowing down until they are absorbed. We assume that the moderator is homogeneous and account for scattering and absorption, but we do not consider thermalization. Although the problem cannot be solved in a compact form, a simple recurrent formula provides the solution in a very transparent way. The model can be readily evaluated numerically, and the results are in excellent agree-ment with the corresponding Monte Carlo simulations. Both the mean number and the variance of the number of collisions are calculated. The results are discussed and compared with the classical case of neutron slowing down to or p...
Various approximate solutions of the integral equation for neutron moderation are obtained by trunca...
We develop a fully analytic and self-contained description of the amplitude distribution of light pu...
In a recent paper, a physical/mathematical model was developed for neutron coincidence counting, tak...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
In a recent paper, we presented a simple analytical model to describe the statistics of the number o...
This paper presents a review of all the aspects of slowing down phenomena in which stochastic consid...
A method is suggested for obtaining the collision density as a function of lethargy for neutrons slo...
Submitted to Univ. of Minnesota, Minneapolis. The gas model of neutron thermalization for a general ...
Capture-gated neutron detectors are the object of recent investigations in the fields of nuclear saf...
It is well-known that the neutron slowing down equation has an exact solution in the case where the ...
The Theory of Neutron Slowing Down in Nuclear Reactors focuses on one facet of nuclear reactor desig...
The slowing down spectra of neutrons are obtained for heavy water, light water, and mixtures of heav...
We develop a fully analytic and self-contained description of the amplitude distribution of light pu...
International audienceWe investigate the spatial fluctuations of a neutron population close to criti...
Passive methods of nuclear safeguards determine the important parameters of an unknown sample from t...
Various approximate solutions of the integral equation for neutron moderation are obtained by trunca...
We develop a fully analytic and self-contained description of the amplitude distribution of light pu...
In a recent paper, a physical/mathematical model was developed for neutron coincidence counting, tak...
Abstract – We propose a simple analytical model to describe the statistics of the number of collisio...
In a recent paper, we presented a simple analytical model to describe the statistics of the number o...
This paper presents a review of all the aspects of slowing down phenomena in which stochastic consid...
A method is suggested for obtaining the collision density as a function of lethargy for neutrons slo...
Submitted to Univ. of Minnesota, Minneapolis. The gas model of neutron thermalization for a general ...
Capture-gated neutron detectors are the object of recent investigations in the fields of nuclear saf...
It is well-known that the neutron slowing down equation has an exact solution in the case where the ...
The Theory of Neutron Slowing Down in Nuclear Reactors focuses on one facet of nuclear reactor desig...
The slowing down spectra of neutrons are obtained for heavy water, light water, and mixtures of heav...
We develop a fully analytic and self-contained description of the amplitude distribution of light pu...
International audienceWe investigate the spatial fluctuations of a neutron population close to criti...
Passive methods of nuclear safeguards determine the important parameters of an unknown sample from t...
Various approximate solutions of the integral equation for neutron moderation are obtained by trunca...
We develop a fully analytic and self-contained description of the amplitude distribution of light pu...
In a recent paper, a physical/mathematical model was developed for neutron coincidence counting, tak...