Computational Modelling in Support of Experiments at Jules Horowitz Reactor

朱尔斯·霍洛维茨反应堆(JHR)是目前在卡达拉奇CEA建造的最先进的实验设施。它将有能力满足当前和未来广泛的中子辐照和反应堆部件测试需求。英国政府通过国家核实验室(NNL)持有JHR国际联合体的股份，这将允许英国科学家和工业界访问JHR实验设施，并打开许多合作机会，参与这些实验设施的规划、设计和最终使用。未来在JHR进行的实验设计以及JHR的安全可靠运行需要反应堆和实验的精确计算模型。该项目将在上述CEA-NNL合作框架内进行，旨在开发与英国研究人员和JHR设计团队可能都感兴趣的实验相关的计算模型。在相关的实验活动期间，将使用各种建模工具(随机和确定性)来预测联合人力资源系统的行为，以确保预测的可靠性并量化其不确定性。

Jules Horowitz Reactor (JHR) is a state of the art experimental facility presently being built at CEA, Cadarache. It will have the capabilities to address a wide range of current and future neutron irradiation and reactor component testing needs. The UK Government holds a stake in JHR international consortium through the National Nuclear Laboratory (NNL) which will allow the UK scientists and industry to access the JHR experimental facilities as well as opens many collaboration opportunities to participate in planning, design and eventual use of these experimental facilities.The design of future experiments to be conducted at JHR as well as the JHR's safe and reliable operation require precise computational models of the reactor and of the experiments. This project will be conducted within the aforementioned framework of CEA-NNL collaboration and will aim to develop computational models relevant to the experiments that might be of interest to both UK researchers and JHR design team. A variety of modelling tools (both stochastic and deterministic) will be used to predict the JHR systems' behaviour during the relevant experimental campaigns to assure reliability of predictions and quantify their uncertainties.