summary:Transport equation for the function of the neutron density in a non-multiplying medium is discussed provided the initial distribution is given. The medium and source characteristics are considered generally to be functions of time. Existence and uniqueness for the initial value problem is proved and some previous results of the author are generalized. Besides, some consequences for the discussion of the behaviour of Knudsen's gas in a thermal bath are shown
The theory of the pulsed neutron experiment and the 2 zone exponential experiment is developed in th...
The solution to the one-energy-group diffusion equation for the case of a point neutron source on th...
This report treats the time-independent, one-speed neutron transport equation with anisotropic scatt...
summary:Transport equation for the function of the neutron density in a non-multiplying medium is di...
summary:The transport equation for the neutron density in an infinite absorbing and non-multiplying ...
Abstract: The different physical processes of neutron transport are considered in the case...
summary:In this paper, the initial-value problem, the problem of asymptotic time behaviour of its so...
The survey reviews the methods available in the literature which allow a discussion of corium recrit...
Abstract: The neutron transport equation in the case of moving medium is investigated. In ...
A simple model of time-independent neutron transport on a line as a stochastic process, using the me...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
The method of singular eigenfunctions introduced first by Van Kampen and developed later by Case and...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.17(CUED/A-NUCL/TR--3) / BLDSC -...
In this paper, whose purpose is pedagogic, we discuss some distinctive features of neutron transport...
Throughout the history of neutron transport theory, the study of simplified problems that have analy...
The theory of the pulsed neutron experiment and the 2 zone exponential experiment is developed in th...
The solution to the one-energy-group diffusion equation for the case of a point neutron source on th...
This report treats the time-independent, one-speed neutron transport equation with anisotropic scatt...
summary:Transport equation for the function of the neutron density in a non-multiplying medium is di...
summary:The transport equation for the neutron density in an infinite absorbing and non-multiplying ...
Abstract: The different physical processes of neutron transport are considered in the case...
summary:In this paper, the initial-value problem, the problem of asymptotic time behaviour of its so...
The survey reviews the methods available in the literature which allow a discussion of corium recrit...
Abstract: The neutron transport equation in the case of moving medium is investigated. In ...
A simple model of time-independent neutron transport on a line as a stochastic process, using the me...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
The method of singular eigenfunctions introduced first by Van Kampen and developed later by Case and...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.17(CUED/A-NUCL/TR--3) / BLDSC -...
In this paper, whose purpose is pedagogic, we discuss some distinctive features of neutron transport...
Throughout the history of neutron transport theory, the study of simplified problems that have analy...
The theory of the pulsed neutron experiment and the 2 zone exponential experiment is developed in th...
The solution to the one-energy-group diffusion equation for the case of a point neutron source on th...
This report treats the time-independent, one-speed neutron transport equation with anisotropic scatt...
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