The joint evaluated fission and fusion nuclear data library 3.3 is described. New evaluations
for neutron-induced interactions with the major actinides^ 235 U 235 U,^ 238 U 238 U and …

Uncertainty analysis is a critical requirement in reactor simulation as it is used to quantify the
reliability of best-estimate calculation. A comprehensive uncertainty analysis should …

The computational bias of criticality safety computer codes must be established through the
validation of the codes to critical experiments. A large collection of suitable experiments has …

In recent years, large efforts have been devoted to Light Water Reactor (LWR) Uncertainty
Quantification (UQ). In 2006, the LWR Uncertainty Analysis in Modeling (UAM) benchmark …

Tremendous work has been done in the Light Water Reactor (LWR) Modelling and
Simulation (M&S) uncertainty quantification (UQ) within the framework of the Organization …

The accuracy of source term predictions is an important factor which determines the
efficiency of interim and final storage of spent nuclear fuel. To minimize the required number …

Criticality safety analyses rely on the availability of relevant benchmark experiments to
determine justifiable margins of subcriticality. When a target application lacks neutronically …

In view of massive operations with LWR spent nuclear fuel for the forthcoming final
geological disposal, as expected, eg, in Switzerland, needs are growing for exhaustive and …

There is a long-standing controversy on nuclear data uncertainty assessment for general
purpose nuclear data libraries. On the one hand, nuclear data users would like the libraries …

The EUCLID (Experiments Underpinned by Computational Learning for Improvements in
Nuclear Data) project created a library of sensitivities for nine different integral responses …