The simulation of the de-excitation of nuclei requires some models and data in order to construct the nuclear level scheme and the associated transition intensities. The aim of this work is to focus on nuclear structure data used at low energy where electromagnetic transitions can be measured. The RIPL3 database linked to the FIFRELIN Monte Carlo code contains such data and their influence on fission observables is reviewed
Fission is probably the nuclear process the less accurately described with current models because it...
More accurate fission cross section calculations in presence of underlying intermediate st...
Detailed information on the fission process can be inferred from the observation, modeling and theor...
International audienceThe simulation of the de-excitation of nuclei requires some models and data in...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
International audienceEvaluated nuclear data are essential for nuclear reactor studies. In order tos...
AbstractThe characteristics of the fission fragments (FF) as well as those of the prompt neutrons an...
AbstractPrompt fission gamma spectra and multiplicities are investigated through the Monte Carlo cod...
More accurate fission cross section calculations in presence of underlying intermediate structure a...
A nuclear structure database has been created from the Table of Isotopes level-scheme file. This dat...
A large array of Ge detectors installed at ILL, around a 235U target irradiated with cold neutrons, ...
The prompt fission gamma spectra and multiplicities are investigated through the Monte Carlo code FI...
International audienceThe nuclear fission process gives rise to the formation of fission fragments a...
AbstractThe prompt fission gamma spectra (PFGS) and multiplicities (PFGM) are investigated from a Mo...
Fission observables in the case of 252Cf(sf) are investigated by exploring several models involved i...
Fission is probably the nuclear process the less accurately described with current models because it...
More accurate fission cross section calculations in presence of underlying intermediate st...
Detailed information on the fission process can be inferred from the observation, modeling and theor...
International audienceThe simulation of the de-excitation of nuclei requires some models and data in...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
International audienceEvaluated nuclear data are essential for nuclear reactor studies. In order tos...
AbstractThe characteristics of the fission fragments (FF) as well as those of the prompt neutrons an...
AbstractPrompt fission gamma spectra and multiplicities are investigated through the Monte Carlo cod...
More accurate fission cross section calculations in presence of underlying intermediate structure a...
A nuclear structure database has been created from the Table of Isotopes level-scheme file. This dat...
A large array of Ge detectors installed at ILL, around a 235U target irradiated with cold neutrons, ...
The prompt fission gamma spectra and multiplicities are investigated through the Monte Carlo code FI...
International audienceThe nuclear fission process gives rise to the formation of fission fragments a...
AbstractThe prompt fission gamma spectra (PFGS) and multiplicities (PFGM) are investigated from a Mo...
Fission observables in the case of 252Cf(sf) are investigated by exploring several models involved i...
Fission is probably the nuclear process the less accurately described with current models because it...
More accurate fission cross section calculations in presence of underlying intermediate st...
Detailed information on the fission process can be inferred from the observation, modeling and theor...