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,1310 北京科技大学学报 第32卷 m nim during nanondentation Scripta Mater 2001.45(8): [10]Li JC M.Park C G.OhrS M.Chem ical driving force for dislo- 971 cation motion in hydrogen anbrittlement Scripta Metall 1986 [6]Zhang JM.XuK W.The measumment of creep mate sensitivity of 20(3):371 copper at moon empemature by usng nanoindentation Acta Phys [11]Wang Y B Chu W Y.Hsiao C M.Hydrogen induced dislocation Sm2004,53(8):2439 multiplication in a Fe3 Si single crystal Scripta Metall 1985 (张建民,徐可为.纳米压痕法测量C的室温蠕变速率敏感 19(10):1161 指数.物理学报,2004,53(8):2439) [12]LiY.Xn Y.Jiang C B.etal Shape memory effect of grain re- [7]Gao X.Q iao L J Su Y J etal Effectofhydmogen on nanondent fned N64 Mnes Gae alby with high transfomation lem pematire ation creep of type 316 stainless steel Acta MetallSin 2005.41 Script Mater 2004.51(9):849 (4):342 [13]Frick C P.LangTW,Spark K.et al Stress-nduced martensitic (郜欣,乔利杰,宿彦京,等.氢对不绣钢纳米压痕蠕变的影 transfomations and shape memory at nananeter scales Acta Ma- 响.金属学报,200541(4):342) e200654(8):2223 [8]LiW B Henshall JL HooperR M.etal The mechanisms of n- [14]Mullner P.Chemenko V A.KostorzG A m iemscopic appmach dentation ereep Acta Mater 1991.39(12):3099 to the magnetic-fiel-induced de fomation of marlensite (magne- [9]Chu W Y,QiaoL J GaoK W,etal Frachure and Envirommental toplasticity).JMagn Magn Mater 2003 267(3):325 Frachure Beijng Science Press 2000 [15]Rajasekhara S Ferreim P A dislocation model for the magnetic (褚武扬,乔利杰,高克玮,等.断裂与环境断裂,北京:科学 fiel induced shape memory effect n NiMnGa Scripta Mater 出版社,2000) 200553(7):817北 京 科 技 大 学 学 报 第 32卷 minium duringnanoindentation.ScriptaMater‚2001‚45(8): 971 [6] ZhangJM‚XuKW.Themeasurementofcreepratesensitivityof copperatroom temperaturebyusingnanoindentation.ActaPhys Sin‚2004‚53(8):2439 (张建民‚徐可为.纳米压痕法测量 Cu的室温蠕变速率敏感 指数.物理学报‚2004‚53(8):2439) [7] GaoX‚QiaoLJ‚SuYJ‚etal.Effectofhydrogenonnanoindent- ationcreepoftype316stainlesssteel.ActaMetallSin‚2005‚41 (4):342 (郜欣‚乔利杰‚宿彦京‚等.氢对不锈钢纳米压痕蠕变的影 响.金属学报‚2005‚41(4):342) [8] LiW B‚HenshallJL‚HooperRM‚etal.Themechanismsofin- dentationcreep.ActaMater‚1991‚39(12):3099 [9] ChuW Y‚QiaoLJ‚GaoKW‚etal.FractureandEnvironmental Fracture.Beijing:SciencePress‚2000 (褚武扬‚乔利杰‚高克玮‚等.断裂与环境断裂.北京:科学 出版社‚2000) [10] LiJCM‚ParkCG‚OhrSM.Chemicaldrivingforcefordislo- cationmotioninhydrogenembrittlement.ScriptaMetall‚1986‚ 20(3):371 [11] WangYB‚ChuW Y‚HsiaoCM.Hydrogeninduceddislocation multiplicationinaFe-3%Sisinglecrystal.ScriptaMetall‚1985‚ 19(10):1161 [12] LiY‚XinY‚JiangCB‚etal.Shapememoryeffectofgrainre- finedNi54Mn25Ga21 alloywithhightransformationtemperature. ScriptMater‚2004‚51(9):849 [13] FrickCP‚LangTW‚SparkK‚etal.Stress-inducedmartensitic transformationsandshapememoryatnanometerscales.ActaMa- ter‚2006‚54(8):2223 [14] MüllnerP‚ChernenkoVA‚KostorzG.Amicroscopicapproach tothemagnetic-field-induceddeformationofmartensite(magne- toplasticity).JMagnMagnMater‚2003‚267(3):325 [15] RajasekharaS‚FerreiraPJ.Adislocationmodelforthemagnetic fieldinducedshapememoryeffectinNi2MnGa.ScriptaMater‚ 2005‚53(7):817 ·1310·
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