金属W中辐照缺陷的产生、演化与热回复机制
易晓鸥1(
), 韩文妥1, 刘平平1, FERRONIFrancesco2, 詹倩1, 万发荣1
), 韩文妥1, 刘平平1, FERRONIFrancesco2, 詹倩1, 万发荣1
Defect Production, Evolution, and Thermal Recovery Mechanisms in Radiation Damaged Tungsten
YI Xiaoou1(), HAN Wentuo1, LIU Pingping1, FERRONI Francesco2, ZHAN Qian1, WAN Farong1
), HAN Wentuo1, LIU Pingping1, FERRONI Francesco2, ZHAN Qian1, WAN Farong1
图1. 金属W单个碰撞级联内辐照缺陷的空间分布统计[
(a) high-precision automated defect cluster detection and size analysis based on the mapping of defect contrasts to 2D Gaussians(b) analysis of spatial correlations of radiation defects based on 2D pairwise radial distribution function. ρ represents the separation distance of radiation defects. Conditions adopted for experiment data collection: 50-400 keV W+ irradiation, 30 K, fluence about 1016 W+/m2 (no cascade overlap), weak-beam dark-field contrast imaging with g= 200 and 110, excitation error sg=0.12-0.17 nm-1
Fig.1. Spatial distribution analysis of radiation defects in individual collision cascades of tungsten[
