Abstract
The code CEM92M is intended for calculation of reaction, elastic, fission and total cross sections; nuclear fissilities; excitation functions; nuclide distributions; energy and angular spectra; double differential cross sections; mean multiplicities, mean energies and production cross sections for n, p, d, t, {sup 3} He, {sup 4} He, {pi}{sup -}, {pi}{sup 0} and {pi}+ emitted in nucleon-and pion-induced reactions using the Cascade-Exciton Model (CEM) of nuclear reactions. The main assumptions of the CEM are given. A large variety of nucleon-, pion- and {gamma}-induced reactions in the bombarding energy range of 0-3000 MeV have been analyzed and evaluated with it. It is shown that the CEM adequately describes nuclear reactions at intermediate energies, has one of the best predictive powers as compared to other available modern models and may be used for evaluation of medium energy nuclear data for science and applications. Further development and improvement of the code CEM92M are discussed. 21 refs., 7 figs.
Citation Formats
Mashnik, S G.
Physics of the CEM92M Code.
JINR: N. p.,
1994.
Web.
Mashnik, S G.
Physics of the CEM92M Code.
JINR.
Mashnik, S G.
1994.
"Physics of the CEM92M Code."
JINR.
@misc{etde_10125335,
title = {Physics of the CEM92M Code}
author = {Mashnik, S G}
abstractNote = {The code CEM92M is intended for calculation of reaction, elastic, fission and total cross sections; nuclear fissilities; excitation functions; nuclide distributions; energy and angular spectra; double differential cross sections; mean multiplicities, mean energies and production cross sections for n, p, d, t, {sup 3} He, {sup 4} He, {pi}{sup -}, {pi}{sup 0} and {pi}+ emitted in nucleon-and pion-induced reactions using the Cascade-Exciton Model (CEM) of nuclear reactions. The main assumptions of the CEM are given. A large variety of nucleon-, pion- and {gamma}-induced reactions in the bombarding energy range of 0-3000 MeV have been analyzed and evaluated with it. It is shown that the CEM adequately describes nuclear reactions at intermediate energies, has one of the best predictive powers as compared to other available modern models and may be used for evaluation of medium energy nuclear data for science and applications. Further development and improvement of the code CEM92M are discussed. 21 refs., 7 figs.}
place = {JINR}
year = {1994}
month = {Dec}
}
title = {Physics of the CEM92M Code}
author = {Mashnik, S G}
abstractNote = {The code CEM92M is intended for calculation of reaction, elastic, fission and total cross sections; nuclear fissilities; excitation functions; nuclide distributions; energy and angular spectra; double differential cross sections; mean multiplicities, mean energies and production cross sections for n, p, d, t, {sup 3} He, {sup 4} He, {pi}{sup -}, {pi}{sup 0} and {pi}+ emitted in nucleon-and pion-induced reactions using the Cascade-Exciton Model (CEM) of nuclear reactions. The main assumptions of the CEM are given. A large variety of nucleon-, pion- and {gamma}-induced reactions in the bombarding energy range of 0-3000 MeV have been analyzed and evaluated with it. It is shown that the CEM adequately describes nuclear reactions at intermediate energies, has one of the best predictive powers as compared to other available modern models and may be used for evaluation of medium energy nuclear data for science and applications. Further development and improvement of the code CEM92M are discussed. 21 refs., 7 figs.}
place = {JINR}
year = {1994}
month = {Dec}
}