原子能科学技术2012，Vol.46Issue(2)：129-132,4.
Ar+辐照Hastelloy C276显微结构演化多尺度模拟研究及实验验证
Multiscale Modeling and Experiment Validation of Microstructure Evolution Induced by Ar+ Irradiation in Hastelloy C276
摘要
Abstract
The microstructure evolution induced by Ar+ irradiation (room temperature, about 10 dpa) in nickel based alloy Hastelloy C276 was studied using molecular dynamics and cluster dynamics, and a multiscale modeling code Radieff was constructed based on rate theory. The nucleation and growth of interstitial dislocation loops and void were studied by Radieff code. C276 was irradiated by 115 keV Ar+ at room temperature as validation experiment using transmission electron microscope (TEM)-implanter/accelerator interface facility at Wuhan University, and the microstructure evolution was observed by TEM. The size of dislocation loops simulated by Radieff is in good agreement with experiment.关键词
多尺度模拟/串列加速器-离子注入机-透射电镜一体化联机装置/显微结构Key words
multiscale modeling/TEM-implanter/accelerator interface facility/micro-structure分类
能源科技引用本文复制引用
贺新福,郭立平,吴石,杨鹏,杨文..Ar+辐照Hastelloy C276显微结构演化多尺度模拟研究及实验验证[J].原子能科学技术,2012,46(2):129-132,4.基金项目
国家自然科学基金资助项目(10975194) （10975194）
973计划资助项目(2011CB610503) （2011CB610503）
