Abstract. The reliability of nuclear data for minor actinides was evaluated by using the results of the post-irradiation experiment for actinide samples irradiated at the Dounreay Prototype Fast Reactor. The burnup calculations with JENDL-3.3, ENDF/B-VI.8, and JEFF-3.0 were performed. From the comparison between the experimental data and the calculational results, in general, the reliability of nuclear data for the minor actinides are at an adequate level for the conceptual design study of transmutation systems. It is, however, found that improvement of the accuracy is necessary for some nuclides, such as 238Pu, 242Pu, and 241Am
Minor actinide (MA)-bearing metal fuels were irradiated in the fast reactor Phénix to understand the...
Minor actinides transmutation is one of the three main axis defined by the 2006 French law for manag...
An irradiation experiment on uranium–plutonium–zirconium (U–Pu–Zr) alloys containing 5 wt% or less m...
The nuclear data for minor actinides with high accuracy are playing an important role in nuclear tec...
Verification of neutron fission cross-sections of minor actinides from some recently available ev...
Minor actinides transmutation has been proposed as an alternative way to the high level radioactive ...
Abstract: This paper presents the reanalysis of the PROFIL and TRAPU irradiation experiments, perfor...
This report discusses the current status of results from an extensive experiment on the irradiation ...
This report discusses the current status of results from an extensive experiment on the irradiation ...
The paper shows the usage of destructive assay data from PWR fuel samples for the validation of the ...
Verification of neutron fission cross-sections of minor actinides from some recently available evalu...
Pursuing verification of the nuclear data for actinides, we have made a run of experiments to determ...
AbstractThe closure of uranium-based fuel cycle assumes that Uranium and Plutonium are extracted fro...
International audienceIn Fast Reactor systems the heterogeneous minor actinides transmutation is a p...
International audienceIn Fast Reactor systems the heterogeneous minor actinides transmutation is a p...
Minor actinide (MA)-bearing metal fuels were irradiated in the fast reactor Phénix to understand the...
Minor actinides transmutation is one of the three main axis defined by the 2006 French law for manag...
An irradiation experiment on uranium–plutonium–zirconium (U–Pu–Zr) alloys containing 5 wt% or less m...
The nuclear data for minor actinides with high accuracy are playing an important role in nuclear tec...
Verification of neutron fission cross-sections of minor actinides from some recently available ev...
Minor actinides transmutation has been proposed as an alternative way to the high level radioactive ...
Abstract: This paper presents the reanalysis of the PROFIL and TRAPU irradiation experiments, perfor...
This report discusses the current status of results from an extensive experiment on the irradiation ...
This report discusses the current status of results from an extensive experiment on the irradiation ...
The paper shows the usage of destructive assay data from PWR fuel samples for the validation of the ...
Verification of neutron fission cross-sections of minor actinides from some recently available evalu...
Pursuing verification of the nuclear data for actinides, we have made a run of experiments to determ...
AbstractThe closure of uranium-based fuel cycle assumes that Uranium and Plutonium are extracted fro...
International audienceIn Fast Reactor systems the heterogeneous minor actinides transmutation is a p...
International audienceIn Fast Reactor systems the heterogeneous minor actinides transmutation is a p...
Minor actinide (MA)-bearing metal fuels were irradiated in the fast reactor Phénix to understand the...
Minor actinides transmutation is one of the three main axis defined by the 2006 French law for manag...
An irradiation experiment on uranium–plutonium–zirconium (U–Pu–Zr) alloys containing 5 wt% or less m...