The summary of the survey of codes relevant to design of transmutation of actinide by spallation is presented. The accelerator actinide incinerator has been studied by using the codes of nuclear cascade calculation including a high energy fission. The validity of the codes has been examined by comparing the experimental data of the yields of neutrons, and of spallation and fission products by a...

A study of future energy requirements and of the potential of various energy sources (coal, oil, gas, nuclear power, hydropower and solar energy) indicates that the contribution to be made by nuclear fission, now competitive with conventional energy sources, will grow steadily over the next few decades. Whereas the amount of fuel which has to be fabricated each year for the operation of a nucle...

Fission data are essential inputs to reaction networks involved in nucleosynthesis simulations and nuclear forensics. In such applications as well the description of multi-chance fission, characteristics fission for odd-mass nuclei just important those even-even nuclei. The theories that aim at explicitly describing dynamics typically based on some variant mean-field theory. cases, treatment sy...

UO2 is the standard nuclear fuel used in modern, conventional power reactors (e.g. PWR, BWR and AGR). The oxide phase of fissile uranium provides the necessary thermodynamic stability required in operating conditions. It then follows that an extensive knowledge of the properties of this material is necessary. Unfortunately, experimental research is costly, especially if fission products are con...

Model-independent reactor isotopic cross sections per fission are determined by global fits of the antineutrino data from High-Enriched Uranium (HEU) rates, Low-Enriched (LEU) and fuel evolution data. Taking account implicit quasi-linear relationship between fractions $^{239}\rm{Pu}$ $^{241}\rm{Pu}$ in LEU data, Inverse-Beta-Decay (IBD) yields their correlations fissionable isotopes $^{235}\rm{...