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Radiation Damage Study by Advanced Dual-Ion Irradiation Methods

机译：先进的双离子辐射方法研究辐射损伤

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摘要

For the systematic materials research for advanced energy systems, integrated research facilities are essential. As the part of the SPIRE Center, IAE, Kyoto University, Dual-ion irradiation experimental facility for energy research, DuET, has been established and operated. Its outstanding advantages are its wide flexibilities and excellent controllabilities in radiation damage studies. The design concept and the current features of the DuET facility are introduced followed to the brief introduction of the SPIRE center. Its contribution to the radiation damage studies is presented connecting with the DuET characteristics. As the typical outputs from the DuET, radiation damage effects on SiC/SiC composites, reduced activation ferritic steels, are provided. As the powerful tool to simulate neutron damage as functions of neutron energy, neutron flux, neutron fluence, irradiation environments and their combinations. application methodologies of DuET are presented and the clear insights of the radiation damage processes only obtainable from this facility are indicated.
机译：对于先进能源系统的系统材料研究，集成研究设施至关重要。作为京都大学IAE SPIRE中心的一部分，已经建立并运营了用于能源研究的双离子辐照实验设施DuET。它的突出优点是在辐射损伤研究中具有广泛的灵活性和出色的可控性。在介绍SPIRE中心之后，介绍了DuET设施的设计概念和当前功能。结合DuET特性介绍了其对辐射损伤研究的贡献。作为DuET的典型输出，提供了对SiC / SiC复合材料的辐射损伤效应，即降低了活化铁素体钢的含量。作为模拟中子破坏的有力工具，它是中子能量，中子通量，中子注量，辐照环境及其组合的函数。介绍了DuET的应用方法，并指出了仅可从该设施获得的辐射破坏过程的清晰见解。

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