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The influences of migration behaviors on annihilation of point defects trapped into grain boundaries in Tungsten
Journal of Nuclear Science and Technology ( IF 1.5 ) Pub Date : 2020-09-14 , DOI: 10.1080/00223131.2020.1817809 Wenhao He 1 , Liangfu Zhou 1 , Xing Gao 2 , Dong Wang 3 , Tielong Shen 2 , Zhiguang Wang 2 , Dongyan Yang 1 , Yuhong Li 1 , Juntao Liu 1 , Zhiyi Liu 1
Journal of Nuclear Science and Technology ( IF 1.5 ) Pub Date : 2020-09-14 , DOI: 10.1080/00223131.2020.1817809 Wenhao He 1 , Liangfu Zhou 1 , Xing Gao 2 , Dong Wang 3 , Tielong Shen 2 , Zhiguang Wang 2 , Dongyan Yang 1 , Yuhong Li 1 , Juntao Liu 1 , Zhiyi Liu 1
Affiliation
The nano-crystalline materials generally show better irradiation resistance than common poly-crystalline materials since grain boundaries (GBs) can usually enhance the annihilation of irradiation-i...
中文翻译：
迁移行为对钨晶界点缺陷湮灭的影响
纳米晶材料通常表现出比普通多晶材料更好的耐辐照性，因为晶界（GBs）通常可以增强辐照的湮灭-i...
更新日期：2020-09-14
中文翻译：
迁移行为对钨晶界点缺陷湮灭的影响
纳米晶材料通常表现出比普通多晶材料更好的耐辐照性，因为晶界（GBs）通常可以增强辐照的湮灭-i...
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