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Impact of activation cross-section uncertainties on the tritium production in the HFTM specimen cells

机译:激活截面不确定性对HFTM标本池中production产生的影响

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摘要

The prediction of the tritium production is required for handling procedures of samples, safety & maintenance and licensing of the International Fusion Materials Irradiation Facility (IFMIF). A comparison of the evaluated tritium production cross-sections with available experimental data from the EXFOR data base has shown insufficient validation. And significant discrepancies in evaluated cross-section libraries, including lack of tritium production reactions for some important elements, were found.udHere, we have addressed an uncertainty analysis to draw conclusions on the reliability of the tritium prediction under the potential impact of activation cross-section uncertainties. We conclude that there is not sufficient experimental validation of the evaluated tritium production cross-sections, especially for iron and sodium. Therefore a dedicated experimental validation program for those elements should be desirable.
机译:samples的生产预测对于样品的处理程序,安全与维护以及国际聚变材料辐照设施(IFMIF)的许可都是必需的。将评估后的tri生产横截面与EXFOR数据库中的可用实验数据进行比较表明,验证不足。并且在评估的截面库中发现了显着差异,包括某些重要元素缺乏production生成反应。 ud在此,我们已经解决了不确定性分析,以得出关于活化交叉的潜在影响下the预测的可靠性的结论。截面不确定性。我们得出结论,评估the生产截面的实验验证不足,特别是对于铁和钠。因此,应该有针对这些元素的专用实验验证程序。

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