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室温下对钍基熔盐堆(TMSR)中候选合金结构材料Ni-Mo-Cr合金进行了能量为132 MeV的Ni10+离子辐照研究,辐照剂量分别为1 dpa、3 dpa和9 dpa.X射线衍射仪(XRD)分析显示离子辐照后Ni-Mo-Cr合金发生晶格畸变,维氏显微硬度的测量结果表明高剂量的离子辐照造成Ni-Mo-Cr合金的硬化,这主要归因于辐照导致材料内部形成大量缺陷.当辐照剂量为9 dpa时,维氏硬度测试结果袁明损伤的峰值出现的深度介于8.1~12.3μm之间,此结果与理论计算相吻合.

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