Abstract
To solve the problem of space-energy neutron distribution in an elementary reactor cell, a combination of the multigroup procedure and the P{sub 3} approximation of the spherical harmonics method was chosen. The calculation was divided into two independent parts: the first part was to provide multigroup constants which serve as input data for the second part - the determination of the slow neutron spectra. In the present report only the first part of the problem will be discussed. The velocity dependence of cross-sections and scattering function in thermal range was interpreted by the monoatomic-gas model. A digital computer program was developed for the evaluation of the group values for these quantities (author00.
Matausek, M V;
Bosevski, T
[1]
- Institute of nuclear sciences Boris Kidric, Vinca, Beograd (Yugoslavia)
Citation Formats
Matausek, M V, and Bosevski, T.
Thermal neutron group constants in monoatomic-gas approximation.
Serbia: N. p.,
1965.
Web.
Matausek, M V, & Bosevski, T.
Thermal neutron group constants in monoatomic-gas approximation.
Serbia.
Matausek, M V, and Bosevski, T.
1965.
"Thermal neutron group constants in monoatomic-gas approximation."
Serbia.
@misc{etde_20840537,
title = {Thermal neutron group constants in monoatomic-gas approximation}
author = {Matausek, M V, and Bosevski, T}
abstractNote = {To solve the problem of space-energy neutron distribution in an elementary reactor cell, a combination of the multigroup procedure and the P{sub 3} approximation of the spherical harmonics method was chosen. The calculation was divided into two independent parts: the first part was to provide multigroup constants which serve as input data for the second part - the determination of the slow neutron spectra. In the present report only the first part of the problem will be discussed. The velocity dependence of cross-sections and scattering function in thermal range was interpreted by the monoatomic-gas model. A digital computer program was developed for the evaluation of the group values for these quantities (author00.}
place = {Serbia}
year = {1965}
month = {Dec}
}
title = {Thermal neutron group constants in monoatomic-gas approximation}
author = {Matausek, M V, and Bosevski, T}
abstractNote = {To solve the problem of space-energy neutron distribution in an elementary reactor cell, a combination of the multigroup procedure and the P{sub 3} approximation of the spherical harmonics method was chosen. The calculation was divided into two independent parts: the first part was to provide multigroup constants which serve as input data for the second part - the determination of the slow neutron spectra. In the present report only the first part of the problem will be discussed. The velocity dependence of cross-sections and scattering function in thermal range was interpreted by the monoatomic-gas model. A digital computer program was developed for the evaluation of the group values for these quantities (author00.}
place = {Serbia}
year = {1965}
month = {Dec}
}