氙离子辐照后Hastelloy N合金的纳米硬度及其数值模拟
刘继召1,2,3, 黄鹤飞1,2(
), 朱振博1,2, 刘阿文1,2,3, 李燕1,2,3()
), 朱振博1,2, 刘阿文1,2,3, 李燕1,2,3()
Numerical Simulation of Nanohardness in Hastelloy N Alloy After Xenon Ion Irradiation
LIU Jizhao1,2,3, HUANG Hefei1,2(), ZHU Zhenbo1,2, LIU Awen1,2,3, LI Yan1,2,3()
), ZHU Zhenbo1,2, LIU Awen1,2,3, LI Yan1,2,3()
图8. 利用模型(VLM模型和Nix-Gao模型)计算出来的纳米硬度与实验测得的纳米硬度对比图
Fig.8. Comparison of nanohardness calculated by different models with the measured nanohardness of the samples before (a) and after Xe26+ ion irradiation with 0.5 dpa (b), 1.0 dpa (c) and 3.0 dpa (d) (HMeasured—the measured nanohardness, HVLM—the nanohardness calculated by VLM model, H0—the nanohardness in the limit of in?nite depth, HNG—the nanohardness calculated by Nix-Gao model)
