AbstractWe develop the thermo-dynamical model for the application in nuclear fission and give expressions for the determination of the temperature of the micro-canonical ensemble of fission products. With the temperature the distribution functions for excitation energy and spin in the fission fragments are specified. The knowledge of the entry states in terms of excitation and spin allows the further use of the statistical model to calculate characteristics of neutron evaporation and prompt gamma decay. We propose a versatile spectrometer to test the model via the measurement of the decay characteristics
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
Abstract. The decay of fission fragments is studied through Monte Carlo Hauser-Feshbach model calcul...
With the goal of examining their effect on the spectra and multiplicities of the prompt neutrons emi...
AbstractWe develop the thermo-dynamical model for the application in nuclear fission and give expres...
AbstractThe prompt fission gamma spectra (PFGS) and multiplicities (PFGM) are investigated from a Mo...
An extension of the statistical model for the study of very excited nuclei is presented. The tempera...
An extension of the statistical model for the study of very excited nuclei is presented. The tempera...
Abstract. We review the statistical model and its application for the process of nuclear fission. Th...
We review the statistical model and its application for the process of nuclear fission. The expressi...
We present a model which allows for the calculation of fragment excitation and kinetic energy in nu...
AbstractRecently, a Monte-Carlo code, which simulates the fission fragment de-excitation process, ha...
The decay of fission fragments is studied throughMonte Carlo Hauser-Feshbach model calculations taki...
The GEF (" GEneral description of Fission observables ") model code is documented. It describes the ...
The GEF (" GEneral description of Fission observables ") model code is documented. It describes the ...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
Abstract. The decay of fission fragments is studied through Monte Carlo Hauser-Feshbach model calcul...
With the goal of examining their effect on the spectra and multiplicities of the prompt neutrons emi...
AbstractWe develop the thermo-dynamical model for the application in nuclear fission and give expres...
AbstractThe prompt fission gamma spectra (PFGS) and multiplicities (PFGM) are investigated from a Mo...
An extension of the statistical model for the study of very excited nuclei is presented. The tempera...
An extension of the statistical model for the study of very excited nuclei is presented. The tempera...
Abstract. We review the statistical model and its application for the process of nuclear fission. Th...
We review the statistical model and its application for the process of nuclear fission. The expressi...
We present a model which allows for the calculation of fragment excitation and kinetic energy in nu...
AbstractRecently, a Monte-Carlo code, which simulates the fission fragment de-excitation process, ha...
The decay of fission fragments is studied throughMonte Carlo Hauser-Feshbach model calculations taki...
The GEF (" GEneral description of Fission observables ") model code is documented. It describes the ...
The GEF (" GEneral description of Fission observables ") model code is documented. It describes the ...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
The de-excitation process of primary fission fragments can be simulated with the FIFRELIN Monte Carl...
Abstract. The decay of fission fragments is studied through Monte Carlo Hauser-Feshbach model calcul...
With the goal of examining their effect on the spectra and multiplicities of the prompt neutrons emi...