考研真题笔记模板题库资源推介平台
工作时间:9:00 ~ 21:00
导师详细信息
姓名:许怀哲
性别:男
出生年份:1963
职称:教授
院系:物理科学与核能工程学院
首次聘任导师时间:2006
现聘任导师一级学科名称:物理学
现聘任导师二级学科名称:凝聚态物理
聘任在第二学科培养博士生专业名称:无
聘任在自主设置学科培养博士生专业名称:无
主要研究方向及特色:1.稀磁性半导体材料 、半导体自旋电子学、电子自旋量子霍尔效应2.低维半导体结构材料制备、低维半导体光学量子效应和电子量子输运研究3.氧化物基光催化和超导材料电子结构特性第一原理计算4.锂离子电池电极材料物理探索5.第一壁材料核辐照效应实验与理论分析7.
电子信箱:hzxu@bubb.edu.cn
办公电话:010-82337935
办公地点:教学区主楼330
通信地址:北京市海淀区学院路37号
个人简介:
个人情况简介:
许怀哲教授,博导 。兰州大学物理系1984年本科毕业 ,1990年硕士毕业,1995年凝聚态物理专业博士毕业,获理学博士学位。1997年6月中国科学技术大学研究生院(北京)博士后出站 ,1997-2000年任中国科学院半导体研究所,半导体材料科学重点实验室副研究员和课题组副组长。1999年元月到2003年4月间,先后在英国诺丁汉大学(NottinghamUniversity)物理与天文系(ResearchStaff,公派),日本筑波大学(TsukubaUniversity)物理工学系(助手 ,AssistantProfessor),美国俄克拉荷马大学(OklahomaUniversity)电机系(ResearchAssociate)等,从事半导体低维材料和红外激光器的分子束外延生长研究 ,在国际上最早实现了InGaAs量子点在GaAs(3110)B衬底上的二维有序生长 。从2003年5月起到2006年5月间,在日本国东北大学(TohokuUniversity),电气通讯研究所(RIEC) ,“铁磁半导体之父”---大野英男(HideoOhno)教授研究室,任职产学官连携研究员(ResearchFellow),参加了日本文部科学省RR2002ITProgram:“高性能 ,超低消耗电力存储器的开发 ”项目。已经发表论文116篇(第一作者49篇),其中SCI收录英文论文87篇(第一作者48篇,APL--6篇,Phys.Rev.B--2篇 ,J.Appl.Phys.--7篇),被引用500余次。2001和2002年分别发表的在美《Appl.Phys.Lett》上有关自旋电子学器件的论文已成为该领域研究必引的论文(已被他引96次和46次)。作为参加者和主要参加者,曾先后获得国家自然科学二等奖(2001年,排名第11),中国科学院自然科学一等奖(2000年,排名第11)和甘肃省省级科技进步一等奖(1995 ,排名第5)和二等奖(1996,排名第5)各一项 。2006年6月辞职回国,任北京航空航天大学凝聚态物理教授 ,博士生导师,物理科学与核能工程学院研究生教学副院长。兼职上海交通大学教育部“微纳技术”实验室客座教授;教育部“微纳测控与低维物理”实验室教授。目前主要从事有关稀磁性半导体材料中的自旋相关特性,低维半导体结构中的量子自旋电子输运 ,石墨烯能带调控和载流子相对论输运特性研究 。
教学及人才培养情况:
现讲授博士,硕士研究生《薄膜表面与界面物理》,《凝聚态物理综合课》 ,本科生《电动力学》课程。现有再读博士研究生4名,硕士研究生1名,毕业硕士研究生1名。拟每年招收1-2名博士生和1-2名硕士生 。目前承担国家“973 ”重点项目子课题“高容量 、长寿命纳米负极储锂材料制备及应用基础研究”100万元 ,欢迎有志从事低维半导体结构量子特性,半导体自旋电子学和锂离子电池材料物理研究的同学报考。
毕业博士生:程岩,长春应用化学研究所博士后。
林鑫,航天材料及工艺研究所 ,北京市丰台区东高地 。
邓红艳,清华大学物理系博士后。
王立英,北航材料学院博士后(2015年6月毕业)
陈健,中科院半导体研究所超晶格国家重点实验室博士后(2015年6月毕业)
毕业硕士生:崔正南 ,亿利资源集团技术中心,北京市西城区。
陈健,转为博士生
石晓玄 ,csc资助去法国读博士
林鑫,转为博士生
马姚,恒宝股份有限公司(北京)科技公司 。
王姊程 ,转为博士生
建志旭,转为(材料与物理学科交叉)博士生。
在读博士生:侯振华,徐建勋 ,王姊程
在读硕士生:周兰青
发表学术论文:
96.J.Chen,HuaizheXu,Y.P.Zhang,“Anisotropicintervalleyplasmonexcitationsingraphene”,Commn.Thero.Phys.xx,xxxx(2015).
95.S.B.Wang,Y.L.Xing,C.L.Xiao,X.Wei,HuaizheXuandS.C.Zhang,“Hollowcarbon-shell/carbon-nanorodarraysforhighperformanceLi-ionbatteriesandsupercapacitors”,RSCAdv.,5,7959-7963(2015)
94.S.B.Wang,C.L.Xiao,Y.L.Xing,HuaizheXuandS.C.Zhang,“Carbonnanofibers/nanosheetshybridderivedfromcornstalksasasustainableanodeforLi-ionbatteries ”,J.Mater.Chem.A,2015,AdvanceArticle,DOI:10.1039/C5TA00050E,Communication
93.JianxunXu,YiminCui,HuaizheXu,“ImprovementsofdielectricpropertiesofFedopedTbMnO3”,CeramicsInternational40,12193–12198(2014).
92.ShengbinWang,YalanXing,HuaizheXu,andShichaoZhang,“MnONanoparticlesInterdispersedin3DPorousCarbonFrameworkforHighPerformanceLithium-IonBatteries”ACSAPPL.MATER.INTERFACES,6,12713−12718(2014).
91.L.Y.Wang,HuaizheXu,H.L.WangandH.Pan,Y.P.Zhang,G.L.Zhang“Conductancespin-polarizationfilterinmonolayergraphenewithcombinedmagneto-electricmodulation ”,PhysicE61,185-190(2014).
90.HuaizheXu,L.Y.Wang,Q.Q.Yan,S.C.Zhang,“Spinfilteringmagneticmodulationandspin-polarizationswitchinginhybridferromagnet/semiconductorstructures”,SciChina-PhysMechAstron,57(6):1057-1062(2014).
89.Y.Cheng,R.Chen,H.F.Feng,W.C.Hao,HuaizheXu,Y.Wang,J.Li,“VariationofcoordinationenvironmentanditseffectonwhitelightemissionpropertyinMn-dopedZnO/ZnScomplexstructure”,PhysicalChemistryChemicalPhysics,16,4544(2014)
88.J.Chen,HuaizheXu,“Directionalplasmonfilteringinatwo-dimensionalelectrongasembeddedinhigh-indexcrystallographicplanes ”,Chin.Phys.Lett.,31,037301(2014).
87.HuaizheXu,L.Y.Wang,H.L.Wang,andS.C.Zhang;“Magneticcontrolspin-polarizationreversalinahybridferromagnet/semiconductorspinfilter”,J.MagnetismandMagneticMaterials,351,87(2014).
86.Y.Cheng,W.C.Hao,W.X.Li,HuaizheXu,R.Chen,andS.X.Dou,“VariationofMndopantdistributionstatesanditseffectonmagneticcouplingmechanismwithxinZn1-xMnxOnanocrystals”Chin.Phys.B22,107501(2013).
85.X.Lin,H.L.Wang,H.Pan,HuaizheXu,“TheUnconventionalTransportPropertiesofDiracFermionsinGraphyne ”,Chin.Phys.Lett.30,077305(2013).
84.Y.Cheng,W.C.Hao,HuaizheXu,Y.X.Yu,T.M.Wang,R.Chen,L.J.Zhang,Y.Du,X.L.Wang,andS.X.Dou,“ImprovingtheSolubilityofMnandSuppressingtheOxygenVacancyDensityinZn0.98Mn0.02ONanocrystalsviaOctylamineTreatment”ACSAPPLIEDMATERIALS&INTERFACES,4,4470-4475(2012).
83.H.Y.Deng,W.C.Hao,HuaizheXu,andC.ZWang,“EffectofIntrinsicOxygenVacancyontheElectronicStructureofγ-Bi2O3:First-PrinciplesCalculations”,TheJournalofPhysicalChemistryC116,1251–1255(2012).
82.X.Lin,H.L.Wang,H.Pan,HuaizheXu,“Gapopeningofsingle-layergraphenewithperiodicalscalarandvectorpotentials ”,Phys.Lett.A376(2012),pp.584-589.
81.C.Fan,J.L.Wang,N.Tang,H.X.Xu,G.K.Wei,HuaizheXu,“FabricationandPLofEr3+-dopedAl2O3thinfilmswithSol-Gelmethod”J.Nanosci.Nanotechnol.11,11147-11150(2011).
80.W.C.Hao,M.Sun,HuaizheXu,T.M.Wang,“AlDopedZnONanogranularFilmFabricatedbyLBLMethodandItsApplicationforGasSensors”,J.Nanosci.Nanotechnol.11,10649-10653(2011).AlsoINEC:20103RDINTERNATIONALNANOELECTRONICSCONFERENCE,VOLS1AND2页:1173-1174出版年:2010
79.Q.Q.Yan,J.Chen,H.Pan,HuaizheXu,“Resonanttunnelingindouble-barrierstructuresundertransversemagneticfield”,PhysicaB406,4361-43650(2011).
78.J.Shang,W.Zou,W.C.Hao,X.Xin,HuaizheXu,T.M.Wang,“Visible-lightphotocatalyticpropertiesofγ-Bi2O3compositedwithFe2O3 ”,RareMetals30,(SpecialIssue),140(2011).
77.H.Y.Deng,W.C.Hao,HuaizheXu,“First-principlescalculationsofnovelsillenitecompoundsBi24M2O40(M=SeorTe)”,RareMetals30,(SpecialIssue),135(2011).
76.H.Y.Deng,W.C.Hao,HuaizheXu,“ATransitionPhaseintheTransformationfromα-,β-andε-toδ-BismuthOxide”,Chin.Phys.Lett.28,056101(2011).
75.W.C.Hao,J.J.Li,HuaizheXu,J.O.Wang,T.M.Wang,“EnhancementofmagnetismofZn0.95Co0.05Ofilmsbyp-typeCu+doping ”,PROGRESSINNATURALSCIENCE-MATERIALSINTERNATIONAL,21,31-35(2011).
74.X.Lin,H.L.Wang,H.Pan,HuaizheXu,“Gapopeningandtuninginsingle-layergraphenewithcombinedelectricandmagneticfieldsmodulation”,ChinesePhys.B20 ,047302(2011)
73.H.Pan,HuaizheXu,R.Lv,“QuantumpumpinanAharonov-Bohminterferometerwithaquantumdotdrivenbyanacfield”.EuroPhys.J.B78,475-479,(2010).
72.H.Pan,HuaizheXu,R.Lv,“Chargeandspinpumpingeffectsinasingle-dotAharonov-Bohmringwithferromagneticleads ”,PhysicaE43,85-88(2010).
71.X.Lin,H.Pan,HuaizheXu,“MagneticmanipulationofmasslessDiracfermionsingraphenequantumdot”,Commn.Thero.Phys.54(6),1134(2010).
70.W.C.Hao,J.J.Li,HuaizheXu,J.O.Wang,T.M.Wang,"EffectsofAnnealingAtmospheresontheFerromagneticOrderingofZn0.95Co0.05ONanocrystalswithSurface-PreferentialCoDistribution",ACSAPPLIEDMATERIALS&INTERFACES,2(7),2053-2059(2010).
69.J.J.Li,W.C.Hao,HuaizheXu,T.M.Wang,andJ.Shi,“EnhancementofferromagnetisminZn0.95Co0.05Ofilmsbylithiumcodoping”,J.Appl.Phys.106,063915(2009).
68.J.J.Li,W.C.Hao,HuaizheXuandT.M.Wang,“VariationofStructuralandMagneticPropertieswithCoDopinginZn1-xCoxONanocrystals ”,J.Appl.Phys.105,053907(2009).
67.H.F.Qi,W.C.Hao,HuaizheXu,J.Y.Zhang,andT.M.Wang,“Synthesisoflarge-sizemonodispersepolystyrenemicrospheresbydispersionpolymerizationwithdropwisemonomerfeedingprocedure”,ColloidPolymSci.287,243(2009).
66.M.Sun,Y.Du,W.C.Hao,HuaizheXu,Y.X.Yu,andT.M.Wang,“FabricationandWettabilityofZnOnanorodarray”,J.Mater.Sci.Technol.25,53(2009).
65.HuaizheXu,Q.Q.Yan,“Electricaltunableofelectronspinpolarizationinhybridmagnetic–electricbarrierstructures ”,Phys.Lett.A,372,6216(2008).
64.HuaizheXu,“Correlationsbetweenelectronicenergybandspinsplittingandmagneticprofilesymmetryofmagneticsuperlattice”,PhysicaE40,2959(2008).
63.S.Ghosh,D.W.Steuerman,B.Maertz,andD.D.Awschalom,K.Ohtani,HuaizheXu,andH.Ohno,“ElectricalcontrolofspincoherenceinZnO”,Appl.Phys.Lett.,92,162109(2008).
62.L.Hao,X.G.Diao,HuaizheXu,B.X.Gu,T.M.Wang,“Thicknessdependenceofstructural,electricalandopticalpropertiesofindiumtinoxide(ITO)filmsdepositedonPETsubstrates” ,,Appl.Surf.Sci,254,3504-3508(2008).
61.J.Ma,W.C.Hao,R.Y.LuoandHuaizheXu,“EffectofcrystallizationqualityonferromagnetisminZn1−xCoxOnanopowders ”,MaterialsLetters,62,403–406(2008).
60.HuaizheXu,Q.Q.YanandT.MWang;“Effectofinteractionbetweenperiodic-dopinginbothwellandbarrierlayersonmodulationofsuperlatticebandstructure”,Phys.Lett.A,368,324(2007).
59.HuaizheXu,K.Ohtani,M.Yamao,andH.Ohno,“SurfacemorphologiesofhomoepitaxialZnOonZn-andO-polarsubstratesbyplasmaassistedmolecularbeamepitaxy”,Appl.Phys.Lett.89,071918(2006).
58.HongmeiWang,HuaizheXu,YafeiZhang,“Atheoreticalstudyofresonanttunnelingcharacteristicsintriangulardouble-barrierdiodes ”,Phys.Lett.A355,481-488(2006).
57.HuaizheXu,KeitaOhtani,MiyukiYamao,HideoOhno,“ControlofZnO(000)/Al2O3(110)surfacemorphologiesusingplasma-assistedmolecularbeamepitaxy”,Phys.Stat.Sol.(b)243,773-777(2006).
56.HongmeiWang,HuaizheXuandYafeiZhang,“Indispensablefactorsinfluencethequasi-boundlevelsofbiasedmulti-barrierquantumwellstructures”Phys.Lett.A340,347-354(2005).
55.HuaizheXuandZ.Shi,“Commenton"Effectsofthelocalizedstateinsidethebarrieronresonanttunnelingindouble-barrierquantumwells" ”,Phys.Rev.B69,237201(2004).
54.HuaizheXuandYafeiZhang,“Spin-filterdevicesbasedonresonanttunnelingantisymmetricalmagnetic/semiconductorhybridstructures”,Appl.Phys.Lett.84,1955(2004)
53.A.Majumdar,HuaizheXu,F.Zhao,J.C.Keay,L.Jayasinghe,S.Khosravani,X.Lu,V.Kelkar,andZ.Shi,“BandgapenergiesandrefractiveindicesofPb1–xSrxSe”,J.Appl.Phys.95,939(2004).
52.HuaizheXu,PijunLiuandYafeiZhang,“Spinpolarizationofphasedelaytimeinamagnetic-electricbarrierstructure ”,Phys.Stat.Sol.(b)240,169-175(2003).
51.HuaizheXu,F.Zhao,A.Majumdar,L.Jayasinghe,andZ.Shi,“Highpowermid-infraredopticallypumpedPbSe/PbSrSemultiple-quantum-wellvertical-cavitysurface-emittinglaseroperationat325K”,Electron.Lett.39,659(2003).
50.A.Majumdar,HuaizheXu,S.Khosravani,F.Zhao,L.Jayasinghe,andZ.Shi,“HighpowerlightemissionofIV–VIleadsaltmultiple-quantum-wellstructuregrownbymolecular-beamepitaxyon<111>BaF2substrate”,Appl.Phys.Lett.82,493(2003).
49.HuaizheXuandZ.Shi,“Strongwave-vectorfilteringandnearly100%spinpolarizationthroughresonanttunnelingantisymmetricalmagneticstructure ”,Appl.Phys.Lett.81,691(2002).
48.HuaizheXu,PijunLiu,JianshengWuandYafeiZhang,“Resonancequasi-levelsofcouplingbetweentransverseandlongitudinalwavethroughsymmetricaldouble-barrierstructures”,Phys.Lett.A303,25-29(2002).
47.HuaizheXu,K.Akahane,H.Z.Song,Y.OkadaandM.Kawabe,“Effectofbuffercompositiononlateralalignmentofself-assembledIn0.4Ga0.6AsislandarraysgrownonGaAs(311)Bsubstrates”,J.CrystalGrowth,237-239,1307-1311(2002).
46.HuaizheXu,K.Akahane,H.Z.Song,Y.OkadaandM.Kawabe,“Distinctlydifferenttwo-dimensionalorderingalignmentsofInGaAsislandarraysonGaAs(311)BandAlGaAs(311)Bsurfaces”,J.CrystalGrowth,234,509-515(2002).
45.H.Z.Song,Y.Okada,K.Akahane,HuaizheXU,andM.Kawabe,"NegativedifferentialconductanceofIn0.4Ga0.6As/GaAs(311)Blateralcoupledquantumdot",INSTITUTEOFPHYSICSCONFERENCESERIES(170):381-3862002.
44.HuaizheXuandY.Okada,“Analyticalcalculationoftheresonantquasi-levellifetimeindouble-barrierquantumstructures ”,PhysicaB305,113-120(2001).
43.HuaizheXuandY.Okada,“Doesamagneticbarrieroramagnetic-electricbarrierstructurepossessanyspinpolarizationandspinfilteringunderzerobias?”,Appl.Phys.Lett.79,3119(2001).
42.WeihongJiang,HuaizheXu,BoXu,WeiZhou,QianGong,DingDing,JibenLiang,andZhanguoWang,“SubstratedependenceofInGaAsquantumdotsgrownbymolecularbeamepitaxy”,J.Vac.Sci.Technol.B19,197(2001)
41.HuaizheXu,K.Akahane,H.Z.Song,Y.OkadaandM.Kawabe,“Spatialalignmentevolutionofself-assembledIn0.4Ga0.6AsislandarraysgrownonGaAs(311)Bsurfacebyatomichydrogen-assistedmolecularbeamepitaxy ”,Appl.Surf.Sci.,185,92-98(2001).
40.HuaizheXu,K.Akahane,H.Z.Song,Y.OkadaandM.Kawabe,“Two-dimensionalorderingarraysofInAsxP1−xislandsformedbyAs/PexchangereactiononInP(311)Bsurface”,J.CrystalGrowth,233,639-644(2001).
39.HuaizheXu,K.Akahane,H.Z.Song,Y.OkadaandM.Kawabe,“Strikinglywell-definedtwo-dimensionalorderedarraysofIn0.4Ga0.6AsquantumdotsgrownonGaAs(311)Bsurface”,J.CrystalGrowth,223,104-110(2001).
38.HuaizheXu,A.Bell,Z.G.Wang,Y.Okada,M.Kawabe,I.HarrisonandC.T.Foxon,“CompetitionbetweenbandgapandyellowluminescenceinundopedGaNgrownbyMOVPEonsapphiresubstrate ”,J.CrystalGrowth,222,96-103(2001).
37.HuaizheXu,K.Takahashi,C.X.Wang,Z.G.Wang,Y.Okada,M.Kawabe,I.HarrisonandC.T.Foxon,“EffectofinsituthermaltreatmentduringgrowthoncrystalqualityofGaNepilayergrownonsapphiresubstratebyMOVPE”,J.CrystalGrowth,222,110-117(2001).
36.R.Xia,HuaizhXu,I.Harrison,B.Beaument,A.Andrianov,S.R.A.Dods,J.M.MorganandE.C.Larkins,“Spectrallyresolvedelectroluminescencemicroscopyandμ-electroluminescenceinvestigationofGaN-basedLEDs”,J.CrystalGrowth,230,467-472(2001).
35.K.Akahane,HuaizheXu,Y.OkadaandM.Kawabe,“Formationoflateral-two-dimensionalorderinginself-assembledInGaAsquantumdotonhighindexsubstrates ”,PhysicaE11,94-98(2001).
34.H.Z.Song,K.Akahane,S.Lan,HuaizheXu,Y.Okada,andM.Kawabe,“In-planephotocurrentofself-assembledInxGa1–xAs/GaAs(311)Bquantumdotarrays”,Phys.Rev.B64,085303(2001).
33.H.Z.Song,Y.Okada,K.Akahane,S.Lan,HuaizheXuandM.Kawabe,“Metal–insulatortransitioninanIn0.4Ga0.6As/GaAs(311)Bquantumdotsuperlattice”,Phys.Lett.A284,130-135(2001).
32.HuaizheXu,Z.G.Wang,M.Kawabe,I.Harrison,B.J.AnsellandC.T.Foxon,“Fabricationandcharacterizationofmetal–semiconductor–metal(MSM)ultravioletphotodetectorsonundopedGaN/sapphiregrownbyMBE ”,J.CrystalGrowth,218,1-6(2000).
31.HuaizheXu,Z.G.Wang,I.Harrison,A.Bell,B.J.Ansell,A.J.Winser,T.S.Cheng,C.T.FoxonandM.Kawabe,“PhotoluminescenceandopticalquenchingofphotoconductivitystudiesonundopedGaNgrownbymolecularbeamepitaxy”,J.CrystalGrowth,217,228-232(2000).
30.W.H.Jiang,X.L.Ye,B.Xu,HuaizheXu,D.Ding,J.B.Liang,andZ.G.Wang“AnomaloustemperaturedependenceofphotoluminescencefromInAsquantumdots”,J.Appl.Phys.88,2529(2000).
29.WeihongJiang,HuaizheXu,BoXu,XiaolingYe,WeiZhou,DingDing,JibenLiangandZhanguoWang,“InfluenceofsubstrateorientationonIn0.5Ga0.5As/GaAsquantumdotsgrownbymolecularbeamepitaxy”,PhysicaE8,134-140(2000).
28.W.H.Jiang,HuaizheXu,B.Xu,X.L.Ye,J.Wu,D.Ding,J.B.LiangandZ.G.Wang,“AnnealingeffectonthesurfacemorphologyandphotoluminescenceofInGaAs/GaAsquantumdotsgrownbymolecularbeamepitaxy ”,J.CrystalGrowth,212,365-359(2000).
27.WeiZhou,BoXu,HuaizheXu,WeihongJiang,FengqiLiu,QianGong,DingDing,JibenLiang,ZhanguoWang,ZuomingZhuandGuohuaLi,“PhotoluminescencestudyofInAlAsquantumdotsgrownondifferentlyorientedsurfaces”J.Vac.Sci.Technol.B18,21(2000).
26.SunZhong-zhe,WuJu,LiuFeng-qi,XuHuaizhe,ChenYong-hai,YeXiao-ling,JiangWei-hong,XuBo,andWangZhan-guo,“StructuralandphotoluminescencepropertiesofIn0.9(Ga/Al)0.1Asself-assembledquantumdotsonInPsubstrate”,J.Appl.Phys.88,533(2000).
25.HuaizheXu,WeihongJiang,BoXu,WeiZhouandZhanguoWang,“Two-dimensionalorderingofself-assembledInxGa1-xAsquantumdotsgrownonGaAs(311)Bsurfaces ”,J.CrystalGrowth,206,279-286(1999).
24.HuaizheXu,WeihongJiang,BoXu,WeiZhouandZhanguoWang,“Two-dimensionalorderingofself-assembledInxGa1-xAsquantumdotsgrownonGaAs(311)Bsurfaces”,J.CrystalGrowth,205,481-488(1999).
23.HuaizheXu,QianGong,BoXu,WeihongJiang,JizhengWang,WeiZhouandZhanguoWang,“Structuralandopticalcharacteristicsofself-organizedInAsquantumdotsgrownonGaAs(311)Asubstrates”,J.CrystalGrowth,200,70-76(1999).
22.HuaizheXu,WeiZhou,BoXu,WeihongJiang,QianGong,DingDingandZhanguoWang,“IncompositiondependenceoflateralorderinginInGaAsquantumdotsgrownon(311)BGaAssubstrates ”,Appl.Surf.Sci.141,101-106(1999).
21.HuaizheXU,etal."LateralorderedInGaAsself-organizedquantumdotsgrownon(311)GaAsbyconventionalmolecularbeamepitaxy",Chin.Phys.Lett.16,68(1999).
20.W.H.Jiang,HuaizheXu,B.Xu,J.Wu,X.L.Ye,H.Y.Liu,W.Zhou,Z.Z.Sun,Y.F.Li,J.B.LiangandZ.G.Wang,“FabricationofInGaAsquantumdotswithanunderlyingInGaAlAslayeronGaAs(100)andhighindexsubstratesbymolecularbeamepitaxy”,J.CrystalGrowth,205,607-612(1999).
19.W.Jiang,HuaizheXU,etal."IndiumcompositiondependenceofthesizeuniformityofInGaAsquantumdotson(311)BGaAsgrownbyMBE",J.Mater.Sci.Technol.,15,523(1999).
18.W.Zhou,Z.M.Zhu,F.Q.Liu,B.Xu,HuaizheXuandZ.G.Wang,“SubstratesurfaceatomicstructureinfluenceonthegrowthofInAlAsquantumdots”,J.CrystalGrowth,200,608-612(1999).
17.W.Zhou,B.Xu,HuaizheXU,etal."PLstudyoncoarseningofself-assembledInAlAsquantumdotsonGaAs(001)",J.ElectronicMaterials28,528(1999).
16.W.Zhou,B.Xu,HuaizheXU,etal."Redluminescencefromself-assembledInAlAs/AlGaAsquantumdotswithbimodalsizedistribution",Chin.Phys.Lett.16,298(1999).
15.YinyueWangandHuaizheXu,“Interfacevibrationalspectruminvestigationonreactively-sputtereda-Si:H/a-Ge:Hmultilayerfilms ”,ThinSolidFilms,299,10-13(1997).
14.HuaizheXu,MeifangZhuandBoyuanHou,“Analyticalexpressionsforresonant-tunnelinglifetimeinsymmetricaldouble-barrierstructures”,Phys.Lett.A223,227-231(1996).
13.P.Chen,HuaizheXU,etal.,Greenphotoluminescencefromnc-Geparticles,on“LiquidCrystalandDisplay”,Proc.SPIE.Vol.2892,158(1996).
12.HuaizheXuandGuanghuaChen,“Effectsofanimpuritysheetinthewellonresonanttunnelingindouble-barrierstructures ”,J.Appl.Phys.77,5478(1995).
11.HuaizheXu,GuanghuaChen,“Effectsoftheδ-DopingPositionintheWellonResonantTunnelinginDouble-BarrierStructures”,Phys.Stat.Sol.(b)191,K17-K22(1995).
10.HuaizheXu,GuanghuaChen,“EffectsofScatteringonResonantTunnelinginDouble-BarrierStructures”,Phys.Stat.Sol.(b)187,K37-K41(1995).
9.HuaizheXu,YinyueWang,GuanghuaChen,“Structuralchangesofprogressivelyannealeda-Si:H/a-Ge:Hmultilayers”,Phys.Stat.Sol.(a)143,K87-K90(1994).
8.HuaizheXu,GuanghuaChen,“Resonant-TunnelingLifetimeinSymmetricalDouble-Barrierandδ-DopedBarrierHeterostructures ”,Phys.Stat.Sol.(b)185,K69-K73(1994).
7.HuaizheXu,FangqingZhang,GuanghuaChen,“Resonanttunnelinginasymmetricalrectangulardouble-quantum-well/triple-barrierstructure”,Phys.Stat.Sol.(b)183,K37-K42(1994).
6.HuaizheXu,FangqingZhang,GuanghuaChen,“GeneralExpressionsforTransmissionCoefficientandResonanceConditionofaOne-DimensionalSymmetricalTriple-BarrierStructure”,Phys.Stat.Sol.(b)182,K73-K77(1994).
5.HuaizheXu,GongYu,FangqingZhang,GuanghuaChen,“TransmissionCoefficientinSymmetricalDouble-WellPotentialStructures ”,Phys.Stat.Sol.(b)179,K57-K60(1993).
4.G.Chen,HuaizheXUetal.,Dependenceofstructuralpropertiesofc-Ge:Hondepositiontemperature,Int’lPVSEC-7,Japan,193(1993).
3.HuaizheXu,YinyueWang,GuanghuaChen,“ShapeoftheTransmissionSpectruminRectang-ularDouble-BarrierStructures”,Phys.Stat.Sol.(b)171,K9-K12(1992).
2.HuaizheXu,“WellWidthDeterminationinaOne-DimensionalSymmetricalRectangularABCBA-TypeDouble-BarrierStructure”,Phys.Stat.Sol.(b)170,K33-K35(1992).
1.HuaizheXu,YinyueWang,FangqingZhang,GuanghuaChen,“ResonantTunnelingConditioninABCBA-TypeRectangularDouble-BarrierStructures ”,Phys.Stat.Sol.(b)163,K25-K27(1991).
原神