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Cu晶体[110]载荷下的理论强度
JrJW,[link widoczny dla zalogowanych]，ChrzanDC．IdealTensileStrengthof／／2Transition—metalAluminides[J]．PhysRevB，20o4，7O(5)：O54107．[11]TangMJ，YipS．AtomicSizeEffectsinPressure—inducedAmorphizationofaBinaryCovalentLattice[J]．PbysRevLett，1995，75(14)：2738—2741．[12]杨艳，许丽萍．Ag晶体的力学稳定性和理论强度[J]．材料导报，2009，23(6)：78—81．[13]ZhangJM，YangY，XuKW，eta1．TheoreticalStrengthandStructuralResponseofCuCrystal[J]．CompMaterSci，2008，43(2)：917—923．[14]WangJ,[link widoczny dla zalogowanych]，YipS，PhillpotSR，eta1．Crystalinstabilitiesatfinitestrain[J]．PhysRevLen，1993，71(25)：4182—4185．[15]FangF,[link widoczny dla zalogowanych]，ShuXL，DengHQ，eta1．ModifiedAnalyticEAMPo—tentialsfortheBinaryImmiscibleAlloySystems[J]．MatSCiEngA，2003，355(1—2)：357—367．[16]KittelC．Introductiontosolidstatephysics(5ed)[M]．NewYork：JohnWiley＆Sons,[link widoczny dla zalogowanych]，1976：74．[17]PokludaJ，eem孵M，§anderaP，eta1．CalculationsofTheoreti—calStrength：StateoftheArtandHistory[J]．JComput—AidedMater,[link widoczny dla zalogowanych]。2004，11：1—28．TheoreticalStrengthoftheCrystalCuUnder[110]LoadingYANGYan，XULi—ping(1．DepartmentofPhysics，CollegeofSciences，NorthUniversityofChina，Taiyuan030051，China；2．CollegeofPhysicsandInformationTechnology，ShaanxiNormalUniversity，Xilm710062，China)Abstract：ThemechanicalstabilityandtheoreticalstrengthofFCCcrystalCuunder[110]uniaxialloadingwereinvestigatedbycombiningMAEAMwithWangetalmodifiedBornstabilitycriteria．Theresultsrevealedthat．thecalculatedelasticmoduliofFCCphaseareingoodagreementwiththeexperimentalvalues．Thestableregionrangesfrom一263．4—4．03GPainthetheoreticals~engthor0．796—1．066inthestretch1correspondingly．Keywords：mechanicalstability；theoreticalstrength；Cu；MAEAM
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