Neutron transport and depletion calculations are performed in combination with various nuclear data libraries in order to assess the impact of nuclear data on safety-relevant parameters of sodium-cooled fast reactors. These calculations are supplemented by systematic uncertainty analyses with respect to nuclear data. Analysed quantities are the multiplication factor and nuclide densities as a function of burn-up and the Doppler and Na-void reactivity coefficients at begin of cycle. While ENDF/B-VII.0 / -VII.1 yield rather consistent results, larger discrepancies are observed between the JEFF libraries. While the newest evaluation, JEFF-3.2, agrees with the ENDF/B-VII libraries, the JEFF-3.1.2 library yields significant larger multiplication...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
International audienceThe characteristics of any nuclear power plant should be determined according ...
Under the cooperative effort of the Civil Nuclear Energy R&D Working Group within the framework ...
Neutron transport and depletion calculations are performed in combination with various nuclear data ...
The nuclear data evaluation process inherently yields a nuclear data set designed to produce accurat...
Nuclear data consists of measured or evaluated probabilities of various fundamental physical interac...
The paper presents the results of a comparative analysis of criticality calculations using a Monte-C...
International audienceThe Sodium-cooled fast neutron reactor ASTRID is currently under design and de...
Engineering of innovative reactor concepts requires computational tools capable of producing results...
The safety criteria to be met for Generation IV sodium fast reactors (SFR) require reduced and maste...
International audienceFor the next generation fast reactor design, theGeneration IV International Fo...
International audienceThe present work details a further investigation of the SNEAK-12A experimental...
Sodium-cooled fast reactor (SFR) technologies have the potential to guarantee energy supply and to r...
An analysis of the influence of addition of minor actinides (MA) to the fast reactor fuel on the mos...
The sensitivity of two operational output parameters, criticality and isotopic composition during bu...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
International audienceThe characteristics of any nuclear power plant should be determined according ...
Under the cooperative effort of the Civil Nuclear Energy R&D Working Group within the framework ...
Neutron transport and depletion calculations are performed in combination with various nuclear data ...
The nuclear data evaluation process inherently yields a nuclear data set designed to produce accurat...
Nuclear data consists of measured or evaluated probabilities of various fundamental physical interac...
The paper presents the results of a comparative analysis of criticality calculations using a Monte-C...
International audienceThe Sodium-cooled fast neutron reactor ASTRID is currently under design and de...
Engineering of innovative reactor concepts requires computational tools capable of producing results...
The safety criteria to be met for Generation IV sodium fast reactors (SFR) require reduced and maste...
International audienceFor the next generation fast reactor design, theGeneration IV International Fo...
International audienceThe present work details a further investigation of the SNEAK-12A experimental...
Sodium-cooled fast reactor (SFR) technologies have the potential to guarantee energy supply and to r...
An analysis of the influence of addition of minor actinides (MA) to the fast reactor fuel on the mos...
The sensitivity of two operational output parameters, criticality and isotopic composition during bu...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
International audienceThe characteristics of any nuclear power plant should be determined according ...
Under the cooperative effort of the Civil Nuclear Energy R&D Working Group within the framework ...