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Workload foreseen for the IFMIF Post Irradiation Examination Facility

机译:IFMIF辐照后检查设施的预期工作量

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The workload for the Post Irradiation Examination Facility during the operation of IFMIF is evaluated in this paper based on the users' specifications. The foreseen irradiation and Post Irradiation Examination programmes presented in this paper are based on the IFMIF specifications proposed by IFMIF users' community, available irradiation volumes in the test modules and materials properties required to compile the materials database needed for design of DEMO reactors. Candidate materials to be tested, number of specimens, temperature range or radiation damage levels are the main parameters used as input for this assessment. The main assumptions made to draw a realistic scenario for the irradiation campaigns and post irradiation experiments are also described in this paper. An assessment of the required test machines is done. Long lasting experiments like fatigue test or crack growth test will determine the time required to complete the characterization of each set of specimens. In these cases several test machines working in parallel will be required.
机译:本文根据用户的要求评估了IFMIF运行期间的辐照后检查设施的工作量。本文提出的可预见的辐照和辐照后检查程序基于IFMIF用户社区提出的IFMIF规范,测试模块中的可用辐照量以及编译DEMO反应器设计所需的材料数据库所需的材料特性。待测试的候选材料,样品数量,温度范围或辐射损伤水平是该评估输入的主要参数。本文还描述了为辐照活动和辐照后实验绘制现实场景的主要假设。完成了对所需测试机的评估。诸如疲劳测试或裂纹扩展测试之类的长期实验将确定完成每组样品表征所需的时间。在这种情况下,将需要几台并行工作的测试机。

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