Calculation of the nuclear fission data based on the framework of the QMD + SDM

The quantum molecular dynamics (QMD), statistical decay model (SDM) and the statistical fission theory were used to analyze the mass distribution of the fission products, the prompt fission neutron spectrum (x(E)) and the prompt fission neutron multiplicities (nu-bar sub p sub f (E)) caused by the i...

Descripción completa

Detalles Bibliográficos
Autores principales: Rong Jian, Fukahori, T, Iwamoto, O
Lenguaje:eng
Publicado: Chin. Nucl. Inform. Cent. 2002
Materias:
Nuclear Physics
Acceso en línea:http://cds.cern.ch/record/748192
_version_ 1780904225805434880
author Rong Jian
Fukahori, T
Iwamoto, O
author_facet Rong Jian
Fukahori, T
Iwamoto, O
author_sort Rong Jian
collection CERN
description The quantum molecular dynamics (QMD), statistical decay model (SDM) and the statistical fission theory were used to analyze the mass distribution of the fission products, the prompt fission neutron spectrum (x(E)) and the prompt fission neutron multiplicities (nu-bar sub p sub f (E)) caused by the intermediate energy nucleon-induced fission. The semi-empirical formula of energy level density parameter used in the statistical process was also studied. Very few adjustable parameters were included in the present method. By some physical analysis, it can be thought that the present results are reasonable. The x(E) and nu-bar sub p sub f (E) can be obtained in the intermediate energy region by the present method
id cern-748192
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
publisher Chin. Nucl. Inform. Cent.
record_format invenio
spelling cern-7481922019-09-30T06:29:59Zhttp://cds.cern.ch/record/748192engRong JianFukahori, TIwamoto, OCalculation of the nuclear fission data based on the framework of the QMD + SDMNuclear PhysicsThe quantum molecular dynamics (QMD), statistical decay model (SDM) and the statistical fission theory were used to analyze the mass distribution of the fission products, the prompt fission neutron spectrum (x(E)) and the prompt fission neutron multiplicities (nu-bar sub p sub f (E)) caused by the intermediate energy nucleon-induced fission. The semi-empirical formula of energy level density parameter used in the statistical process was also studied. Very few adjustable parameters were included in the present method. By some physical analysis, it can be thought that the present results are reasonable. The x(E) and nu-bar sub p sub f (E) can be obtained in the intermediate energy region by the present methodChin. Nucl. Inform. Cent.CNIC-01638CNNC-0003oai:cds.cern.ch:7481922002
spellingShingle Nuclear Physics
Rong Jian
Fukahori, T
Iwamoto, O
Calculation of the nuclear fission data based on the framework of the QMD + SDM
title Calculation of the nuclear fission data based on the framework of the QMD + SDM
title_full Calculation of the nuclear fission data based on the framework of the QMD + SDM
title_fullStr Calculation of the nuclear fission data based on the framework of the QMD + SDM
title_full_unstemmed Calculation of the nuclear fission data based on the framework of the QMD + SDM
title_short Calculation of the nuclear fission data based on the framework of the QMD + SDM
title_sort calculation of the nuclear fission data based on the framework of the qmd + sdm
topic Nuclear Physics
url http://cds.cern.ch/record/748192
work_keys_str_mv AT rongjian calculationofthenuclearfissiondatabasedontheframeworkoftheqmdsdm
AT fukahorit calculationofthenuclearfissiondatabasedontheframeworkoftheqmdsdm
AT iwamotoo calculationofthenuclearfissiondatabasedontheframeworkoftheqmdsdm

Ejemplares similares