典型文献
A theoretical investigation of glide dislocations in BN/AlN heterojunctions
文献摘要：
Glide dislocations with periodic pentagon-heptagon pairs are investigated within the theory of one-dimensional misfit dislocations in the framework of an improved Peierls-Nabarro(P-N)equation in which the lattice discreteness is fully considered.We find an approximate solution to handle misfit dislocations,where the second-order derivative appears in the improved P-N equation.This result is practical for periodic glide dislocations with narrow width,and those in the BN/AlN heterojunction are studied.The structure of the misfit dislocations and adhesion work are obtained explicitly and verified by first-principles calculations.Compared with shuffle dislocations,the compression force in the tangential direction of glide dislocations has a greater impact on the normal direction,and the contributions of the normal displacement to the interfacial energy cannot simply be ignored.
文献关键词：
中图分类号：
作者姓名：
Shujun Zhang
作者机构：
Department of Physics,Chongqing Three Gorges University,Wanzhou 404100,China
文献出处：
引用格式：
[1]Shujun Zhang-.A theoretical investigation of glide dislocations in BN/AlN heterojunctions)[J].中国物理B（英文版）,2022(11):455-462
A类：
heptagon,Peierls,Nabarro
B类：
theoretical,investigation,glide,dislocations,BN,AlN,heterojunctions,Glide,periodic,pentagon,pairs,investigated,within,theory,one,dimensional,misfit,framework,improved,equation,which,lattice,discreteness,fully,considered,We,find,approximate,solution,handle,where,second,order,derivative,appears,This,result,practical,narrow,width,those,studied,structure,adhesion,obtained,explicitly,verified,by,first,principles,calculations,Compared,shuffle,compression,force,tangential,direction,has,greater,impact,normal,contributions,displacement,interfacial,energy,cannot,simply,be,ignored
AB值：
0.56856
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