Abstract
The main results of the statistical approach to the calculations of neutron radiative capture cross sections are described. The calculations are based on compound-nucleus mechanism but the authors take into account their own predictions on the energy dependence of averaged total radiative width. This last is connected to the relative variance of excitons number. If it is used together with experimental neutron strength function, one was a useful model to describe the averaged neutron radiative cross sections up to 2 MeV neutron energy for nuclei mass numbers 100<=A<=200. 22 refs.; 3 figs.; 1 tab.
Citation Formats
Tan, Vyong Khyu, and Prokopets, G A.
The statistical calculation of the averaged cross sections of neutron radiative capture at the energy interval (1/2x10{sup 3}) keV; Statisticheskij raschet srednikh sechenij radiatsionnogo zakhvata nejtronov v intervale ehnergij (1/2kh10{sup 3}) kehV.
Ukraine: N. p.,
1989.
Web.
Tan, Vyong Khyu, & Prokopets, G A.
The statistical calculation of the averaged cross sections of neutron radiative capture at the energy interval (1/2x10{sup 3}) keV; Statisticheskij raschet srednikh sechenij radiatsionnogo zakhvata nejtronov v intervale ehnergij (1/2kh10{sup 3}) kehV.
Ukraine.
Tan, Vyong Khyu, and Prokopets, G A.
1989.
"The statistical calculation of the averaged cross sections of neutron radiative capture at the energy interval (1/2x10{sup 3}) keV; Statisticheskij raschet srednikh sechenij radiatsionnogo zakhvata nejtronov v intervale ehnergij (1/2kh10{sup 3}) kehV."
Ukraine.
@misc{etde_10157501,
title = {The statistical calculation of the averaged cross sections of neutron radiative capture at the energy interval (1/2x10{sup 3}) keV; Statisticheskij raschet srednikh sechenij radiatsionnogo zakhvata nejtronov v intervale ehnergij (1/2kh10{sup 3}) kehV}
author = {Tan, Vyong Khyu, and Prokopets, G A}
abstractNote = {The main results of the statistical approach to the calculations of neutron radiative capture cross sections are described. The calculations are based on compound-nucleus mechanism but the authors take into account their own predictions on the energy dependence of averaged total radiative width. This last is connected to the relative variance of excitons number. If it is used together with experimental neutron strength function, one was a useful model to describe the averaged neutron radiative cross sections up to 2 MeV neutron energy for nuclei mass numbers 100<=A<=200. 22 refs.; 3 figs.; 1 tab.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {The statistical calculation of the averaged cross sections of neutron radiative capture at the energy interval (1/2x10{sup 3}) keV; Statisticheskij raschet srednikh sechenij radiatsionnogo zakhvata nejtronov v intervale ehnergij (1/2kh10{sup 3}) kehV}
author = {Tan, Vyong Khyu, and Prokopets, G A}
abstractNote = {The main results of the statistical approach to the calculations of neutron radiative capture cross sections are described. The calculations are based on compound-nucleus mechanism but the authors take into account their own predictions on the energy dependence of averaged total radiative width. This last is connected to the relative variance of excitons number. If it is used together with experimental neutron strength function, one was a useful model to describe the averaged neutron radiative cross sections up to 2 MeV neutron energy for nuclei mass numbers 100<=A<=200. 22 refs.; 3 figs.; 1 tab.}
place = {Ukraine}
year = {1989}
month = {Dec}
}