Abstract
In this work a computational program, based on the Boltzmann transport integrodifferential equation, is applied. The scattering kernel is represented by the synthetic scattering model. The behaviour of thermal neutron in hydrogenous materials, which can be used as biological shields, are studied. These materials are water, polyethylene, Oak-Ridge concrete, ordinary concrete and manganese concrete. The data obtained are presented in tables. The results are analysed and compared with similar experimental values. Safety evaluation and environmental impact are discussed. 2 tabs.
Hathout, A M
[1]
- Nuclear engineering safety department, national center for nuclear safety and radiation, Nasr City Cairo, (Egypt)
Citation Formats
Hathout, A M.
Application of a calculational model for thermal neutrons through biological shields.
Egypt: N. p.,
1995.
Web.
Hathout, A M.
Application of a calculational model for thermal neutrons through biological shields.
Egypt.
Hathout, A M.
1995.
"Application of a calculational model for thermal neutrons through biological shields."
Egypt.
@misc{etde_456006,
title = {Application of a calculational model for thermal neutrons through biological shields}
author = {Hathout, A M}
abstractNote = {In this work a computational program, based on the Boltzmann transport integrodifferential equation, is applied. The scattering kernel is represented by the synthetic scattering model. The behaviour of thermal neutron in hydrogenous materials, which can be used as biological shields, are studied. These materials are water, polyethylene, Oak-Ridge concrete, ordinary concrete and manganese concrete. The data obtained are presented in tables. The results are analysed and compared with similar experimental values. Safety evaluation and environmental impact are discussed. 2 tabs.}
place = {Egypt}
year = {1995}
month = {Oct}
}
title = {Application of a calculational model for thermal neutrons through biological shields}
author = {Hathout, A M}
abstractNote = {In this work a computational program, based on the Boltzmann transport integrodifferential equation, is applied. The scattering kernel is represented by the synthetic scattering model. The behaviour of thermal neutron in hydrogenous materials, which can be used as biological shields, are studied. These materials are water, polyethylene, Oak-Ridge concrete, ordinary concrete and manganese concrete. The data obtained are presented in tables. The results are analysed and compared with similar experimental values. Safety evaluation and environmental impact are discussed. 2 tabs.}
place = {Egypt}
year = {1995}
month = {Oct}
}