none4Results are presented on activation data analyses for materials of main relevance to fusion technology, referring to the activation data libraries EAF-2003 and FENDL/A-2 and to the FENDL/D-2 decay data library and to the relevant calculations performed with the European activation code ANITA-2000. The comparison is presented and discussed of these calculations with respect to integral decay heat measurements performed at the Fusion Neutronics Source FNS, JAERI, Tokai, Japan, with the aim to validate the same activation nuclear data by the adopted computational approach. The neutron flux distributions into the material samples were provided by JAERI as results of experiment simulations through the 3D Monte-Carlo MCNP transport code.Pres...
The neutron flux-spectrum in a fusion device is frequently determined with activation foils and adju...
Studsvik’s approach to spent nuclear fuel analyses combines isotopic concentrations and multi-group ...
Achieving the economically viable release of energy by the fusion process has proved a major scienti...
none3This paper presents the summary of the results of the comparison between the calculated and mea...
ANITA-2000 is a code package for the activation characterization of materials exposed to neutron irr...
A reliable estimation of the operational parameters is one of the primary concerns in the design of ...
In the framework of the EFF (European fusion file) - project of the European Fusion Technology Progr...
Studies of fusion technology rely on calculations of the activation of materials arising from the op...
The report summarizes the results of new contributes to the validation effort of the activation code...
We compare existing experimental decay heat data sets measured at the JAEA fusion neutron source (FN...
The present report outlines the results of new contributes to the validation effort of the two activ...
In this paper, we validate the decay heat calculation capability via a two-step method to analyze sp...
In this work, a study dedicated to the characterization of the neutronics aspect of the Spent Nuclea...
In this work, a study dedicated to the characterization of the neutronics aspect of the Spent Nuclea...
A co-ordinated international benchmark task has been conducted to validate the fusion evaluated nucl...
The neutron flux-spectrum in a fusion device is frequently determined with activation foils and adju...
Studsvik’s approach to spent nuclear fuel analyses combines isotopic concentrations and multi-group ...
Achieving the economically viable release of energy by the fusion process has proved a major scienti...
none3This paper presents the summary of the results of the comparison between the calculated and mea...
ANITA-2000 is a code package for the activation characterization of materials exposed to neutron irr...
A reliable estimation of the operational parameters is one of the primary concerns in the design of ...
In the framework of the EFF (European fusion file) - project of the European Fusion Technology Progr...
Studies of fusion technology rely on calculations of the activation of materials arising from the op...
The report summarizes the results of new contributes to the validation effort of the activation code...
We compare existing experimental decay heat data sets measured at the JAEA fusion neutron source (FN...
The present report outlines the results of new contributes to the validation effort of the two activ...
In this paper, we validate the decay heat calculation capability via a two-step method to analyze sp...
In this work, a study dedicated to the characterization of the neutronics aspect of the Spent Nuclea...
In this work, a study dedicated to the characterization of the neutronics aspect of the Spent Nuclea...
A co-ordinated international benchmark task has been conducted to validate the fusion evaluated nucl...
The neutron flux-spectrum in a fusion device is frequently determined with activation foils and adju...
Studsvik’s approach to spent nuclear fuel analyses combines isotopic concentrations and multi-group ...
Achieving the economically viable release of energy by the fusion process has proved a major scienti...