Add to ORKGGRS Results for the Burnup Pin-cell Benchmark Propagation of Cross-Section, Fission Yields and Decay Data Uncertaintie
Background: Despite remarkable success of the statistical model (SM) in describing decay of excited ...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
Fission product yield data play an important role in simulations of nuclear fission reactors, aimed ...
Propagation of nuclear data uncertainties in reactor calculations is interesting for design purposes...
Fission yield uncertainties and correlations should be considered in the uncertainty quantification ...
Propagation of nuclear data uncertainties to calculated values is interesting for design purposes an...
Nuclear data, especially fission yields, create uncertainties in the predicted concentrations of fis...
In the present work, we analyze how fission yields uncertainties can be propagated in a burn-up calc...
A considerable support has been given in URANIE utilization by the research group of DEN/DER/SPRC/LE...
Uncertainty and sensitivity analyses with respect to nuclear data are performed with depletion calcu...
Nuclear data, especially fission yields, create uncertainties in the predicted concentrations of fis...
In order to derive the burnup of spent nuclear fuel from the concentration of selected fission produ...
To validate the nuclear data in JENDL-4.0 and obtain information to improve their accuracy, the anal...
International audienceFrom 1998 to 2004, a series of critical experiments referred to as the fission...
The key papers on estimating the uncertainties in nuclear data deal with the influence of these unce...
Background: Despite remarkable success of the statistical model (SM) in describing decay of excited ...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
Fission product yield data play an important role in simulations of nuclear fission reactors, aimed ...
Propagation of nuclear data uncertainties in reactor calculations is interesting for design purposes...
Fission yield uncertainties and correlations should be considered in the uncertainty quantification ...
Propagation of nuclear data uncertainties to calculated values is interesting for design purposes an...
Nuclear data, especially fission yields, create uncertainties in the predicted concentrations of fis...
In the present work, we analyze how fission yields uncertainties can be propagated in a burn-up calc...
A considerable support has been given in URANIE utilization by the research group of DEN/DER/SPRC/LE...
Uncertainty and sensitivity analyses with respect to nuclear data are performed with depletion calcu...
Nuclear data, especially fission yields, create uncertainties in the predicted concentrations of fis...
In order to derive the burnup of spent nuclear fuel from the concentration of selected fission produ...
To validate the nuclear data in JENDL-4.0 and obtain information to improve their accuracy, the anal...
International audienceFrom 1998 to 2004, a series of critical experiments referred to as the fission...
The key papers on estimating the uncertainties in nuclear data deal with the influence of these unce...
Background: Despite remarkable success of the statistical model (SM) in describing decay of excited ...
Nuclear data-induced uncertainties of infinite neutron multiplication factors (k) during fuel deplet...
Fission product yield data play an important role in simulations of nuclear fission reactors, aimed ...