晶体相场法研究Kirkendall效应诱发的相界空洞的形成和演变*
卢艳丽(
),卢广明,胡婷婷,杨涛,陈铮
),卢广明,胡婷婷,杨涛,陈铮
PHASE FIELD CRYSTAL STUDY ON THE FORMATION AND EVOLUTION OF PHASE BOUNDARY VOID INDUCED BY THE KIRKENDALL EFFECT
Yanli LU(),Guangming LU,Tingting HU,Tao YANG,Zheng CHEN
),Guangming LU,Tingting HU,Tao YANG,Zheng CHEN
图 3. 取向差角较大的相界(q=12°)空洞的形成及演化过程
Fig.3. Void formation and evolution diagrams at the large misorientation (q=12°) phase boundary at T=8×103Dt(a), T=6×104Dt (b), T=8×104Dt (c), T=9×104Dt (d), T=1×105Dt (e), T=1.1×105Dt (f), T=1.3×105Dt (g), T=1.4×105Dt (h), T=1.6×105Dt (i) and T=2×105Dt (j)
