单 位
职 称教授
学 历
E-mailfren@whu.edu.cn
研究方向
任峰FengREN
教授理学博士博士生导师Ph.DProfessor
武汉大学珞珈青年学者
教育部新世纪优秀人才支持计划获得者(2013年)
地址：武汉大学物理科学与技术学院DepartmentofPhysics,WuhanUniversity,Wuhan,Hubei,China430072
E-mail:fren@whu.edu.cn
主要学习及工作经历
2001.9年至2006.6月武汉大学物理科学与技术学院硕博连读。
2006.9月至2008.7月武汉大学物理科学与技术学院任教。
2008.7月至2010.1月美国LawrenceBerkeley国家实验室环境能源科学部博士后。
2010.2月至2010.7月美国LosAlamos国家实验室材料科学与技术部离子束材料实验室客座研究员。
Experience:
2001.6B.S.,DepartmentofPhysics,ShaoxingUniversity.
2006.6Ph.DDepartmentofPhysics,WuhanUniversity.
2006.7-2008.7Lecture,DepartmentofPhysics,WuhanUniversity.
2008.7-2010.1Postdoctor,LawrenceBerkeleyNationalLaboratory.
2010.2-2010.7GuestFaculty,LosAlamosNationalLaboratory.
主要研究方向
1.离子注入法金属和半导体纳米材料的制备与改性研究；
2.纳米材料的电子显微学研究；
3.纳米颗粒等离子体增强半导体发光机理研究；
4.先进抗辐照核材料；
5.用于制氢和环境治理的复合半导体材料。
Researchinterests
1.Ionbeammodificationofmaterials
2.Studyonnanomaterialsbyelectronmicroscopy
3.Couplingofsurfaceplasmonofmetalnanostructuresandsemiconductors
4.Radiationtolerancenanomaterials
发表的部分论文列表(Selectedpublications)
Dr.FengRenhaspublishedmorethan60researchpapersincludinginthejournalsofPRL,ACSnano,APL,JAP,EPL,etal.
49.YingLiu,FengRen*,ShaohuaShen,YanmingFu,ChaoChen,ChangLiu,ZhuoXing,DanLiu,XianghengXiao,WeiWu,XudongZheng,YichaoLiu,andChangzhongJiang,EfficientenhancementofhydrogenproductionbyAg/Cu2O/ZnOtandemtriple-junctionphotoelectrochemicalcell,AppliedPhysicsLetters106(2015)123901.
48.MengqingHong,FengRen*,YongqiangWang,HongxiuZhang,XianghengXiao,DejunFu,BingYang,ChangzhongJiang,Size-dependentradiationtoleranceandcorrosionresistanceinionirradiatedCrN/AlTiNnano?lms,NuclearInstrumentsandMethodsinPhysicsResearchB342(2015)137–143.
47.QingyongTian,WeiWu*,LinglingSun,ShuangleiYang,MeiLei,JuanZhou,YingLiu,XianghengXiao,FengRen*,ChangzhongJiang,VellaisamyA.L.Roy*,Tube-LikeTernaryalpha-Fe2O3@SO2@Cu2OSandwichHeterostructures:SynthesisandEnhancedPhotocatalyticProperties,ACSAppl.Mater.Interfaces,6(2014)13088?13097.
46.ZhuoXing,ShaohuaShen,MengWang,FengRen*,YingLiu,XudongZheng,YichaoLiu,XianghengXiao,WeiWu,ChangzhongJiang,Efficientenhancementofsolar-water-splittingbymodified“Z-scheme”structuralWO3-W-Siphotoelectrodes,AppliedPhysicsLetters105(2014)143902.
45.HongxiuZhang,FengRen*,YongqiangWang,MengqingHong,XianghengXiao,DanLiu,WenjingQin,XudongZheng,YichaoLiu,andChangzhongJiang,EnhancedradiationtoleranceofnanochannelVfilmsthroughdefectsrelease,NuclearInstrumentsandMethodsinPhysicsResearchSectionB,334(2014)1–7.
44MengqingHong,YongqiangWang,FengRen*,HongxiuZhang,DejunFu,BingYang,XianghengXiaoandChangzhongJiang,Heliumreleaseandamorphizationresistanceinionirradiatednanochannelfilms,EurophysicsLetters,106(2014)12001.
43.D.Liu,F.Ren*,G.X.Cai,Y.C.Liu,M.Q.Hong,J.J.Yin,Y.Liu,J.Zou,W.Wu,X.H.Xiao,C.Z.Jiang,FabricationofTiO2-basedcompositefilmsbysequentialionimplantationandsubsequentannealing,MaterialsResearchExpress,1(2014)025703.
42.X.D.Zheng,F.Ren*,G.X.Cai,M.Q.Hong,X.H.Xiao,W.Wu,Y.C.Liu,W.Q.Li,J.J.Ying,C.Z.Jiang,FormationofTiO2NanorodsbyIonIrradiation,JournalofAppliedPhysics,115(2014)184306.
41.YichaoLiu,FengRen*,GuangxuCai,XiaodongZhou,MengqingHong,WenqingLi,XianghengXiao,WeiWu,ChangzhongJiang,EnergydependenceonformationofTiO2nanofilmsbyTiionimplantationandannealing,MaterialsResearchBulletin,51(2014)376–380.
40.ShaofengZhang,FengRen*,WeiWu,JuanZhou,LinglingSun,ChangzhongJiang*,SizeEffectsofAgNanaoparticlesonPlasmon-inducedEnhancementofPhotocatalysisofAg-α-Fe2O3Nanocomposites,JournalofColloidandInterfaceScience427(2014)29-34.
39.JuanZhou,FengRen*,ShaofengZhang,WeiWu,XianghengXiao,YingLiu,ChangzhongJiang*,SiO2-Ag-SiO2-TiO2multi-shellstructures:plasmonenhancedphotocatalystswithwide-spectral-response,JournalofMaterialsChemistryA,1(2013)13128-13138.
38.GuangxuCai,FengRen*,YichaoLiu,WeiWu,DejunFu,XianghengXiao,andChangzhongJiang*,ANovelWaytoFabricateSuperhydrophilicandAntibacterialTiO2NanofilmsonGlassbyIonImplantationandSubsequentAnnealing,Jpn.J.Appl.Phys.52(2013)100207.
37.FengRen,Xiao-DongZhou,Yi-ChaoLiu,Yong-QiangWang,Guang-XuCai,Xiang-HengXiao,Zhi-GaoDai,Wen-QingLi,Shao-JianYan,WeiWu,ChaoZhang,Hong-WeiNi,andChang-ZhongJiang,FabricationandpropertiesofTiO2nanofilmsondifferentsubstratesbyanovelanduniversalmethodofTi-ionimplantationandsubsequentannealing,Nanotechnology24(2013)255603.
36.ShaofengZhang,FengRen,*WeiWu,JuanZhou,XianghengXiao,LinglingSun,YingLiu,ChangzhongJiang*,Controllablesynthesisofrecyclablecore–shellγ-Fe2O3@SnO2hollownanoparticleswithenhancedphotocatalyticandgassensingproperties,PhysicalChemistryChemicalPhysics15(2013)8228-8236.
35.MengqingHong,FengRen*,HongxiuZhang,XianghengXiao,BingYang,CanxinTian,DejunFu,YongqiangWang,andChangzhongJiang*,Enhancedradiationtoleranceinnitridemultilayerednanofilmswithsmallperiod-thicknesses,AppliedPhysicsLetters101(2012)153117.
34.JuanZhou,FengRen*,WeiWu,ShaofengZhang,XianghengXiao,JinxiaXu,ChangzhongJiang*,ControllablesynthesisandcatalysisapplicationofhierarchicalPS/Aucore–shellnanocomposites,JournalofColloidandInterfaceScience,JournalofColloidandInterfaceScience387(2012)47-55.
33.ShaofengZhang,FengRen*,WeiWu,JuanZhou,LinglingSun,XianghengXiao,JinxiaXu,ChangzhongJiang*,Modifiedinsituandself-catalyticgrowthmethodforfabricationofAg-coatednanocompositeswithtailorableopticalproperties,JournalofNanoparticleResearch,14(2012)1105.
32.ShaofengZhang,WeiWu,XianghengXiao,JuanZhou,JinxiaXu,FengRen*,ChangzhongJiang*,PolymerSupportedAg@AgAuBimetallicNanocomposites:SynthesisandCatalyticProperties,Chemistry-AnAsianJournal,7(2012)1781-1788.
31.X.D.Zhou,F.Ren*,X.H.Xiao,J.X.Xu,Z.G.Dai,G.X.Cai,C.Z.Jiang*,OriginofwhitelightluminescencefromSi+/C+sequentiallyimplantedandannealedsilica,JournalofAppliedPhysics,111(2012)084304.30.WeiWu,ShaofengZhang,JuanZhou,XianghengXiao,FenRen*,andChangzhongJiang*,ControlledSynthesisofMonodisperseSub-100nmHollowSnO2Nanospheres:Template-andSurfactant-FreeSolutionPhaseRoute,GrowthMechanism,OpticalPropertiesandApplicationasPhotocatalyst,Chemistry-AEuropeanJournal17(2011)9718－9719.29.X.D.Zhou,X.H.Xiao,J.X.Xu,G.X.Cai,F.Ren*,C.Z.Jiang*,MechanismoftheenhancementandquenchingofZnOphotoluminescencebyZnO-Agcoupling,EurophysicsLetters,93(2011)57009.28.T.Xu,N.N.Zhao,F.Ren,H.R.Lee,M.Tsang,J.Shu,S.S.Mao,B.Helms,Sub-NanometerPorousThinFilmsbytheCo-assemblyofNanotubeSubunitsandBlockCopolymers,ACSNano5(2011)1376–1384.27.S.F.Zhang,W.Wu,X.H.Xia,J.Zhou,F.Ren*,C.Z.Jiang*,PreparationandCharacterizationofSpindle-likeFe3O4MesoporousNanoparticles,NanoscaleResearchLetters,6(2011)89.26.FengRen,ChangZhongJiang,GuangXuCai,XiangHengXiao,Engineeringembeddedmetalnanoparticleswithionbeamtechnologyandtheirstabilitystudy,AppliedPhysicsA96(2009)317–325.25.FengRen,GuangXuCai,XiangHengXiao,LiXiaFan,ChangzhongJiang,Ionirradiationinducedhollowandsandwichednanoclusters,JournalofAppliedPhysics103(2008)155610.24.F.Ren,L.Y.Zhang,X.H.Xiao,L.Liao,G.X.Cai,L.X.Fan,C.Z.Jiang,ControllingthegrowthofZnOQuantumDotsembeddedinsilicabyZn/Fsequentialionimplantationandsubsequentannealing,Nanotechnology19(2008)155610.23.F.Ren,C.Z.Jiang,G.X.Cai,Q.Fu,Y.Shi,Fabricationofhollownanoclustersbyionimplantation,NuclearInstrumentsandMethodsinPhysicsResearchB262(2007)201–204.22.F.Ren,C.Z.Jiang,X.H.Xiao,Fabricationofsingle-crystalZnOfilmbyZnionimplantationandsubsequentannealing,Nanotechnology18(2007)285609.21.F.Ren,C.Z.Jiang,J.B.Wang,C.Liu,T.Oku,ControllingthemorphologyofAgNanoclustersbyIonImplantationtoDifferentDosesandSubsequentAnnealing,PhysicalReviewLetters97(2006)165501.(SelectedinVirtualJ.NanoscaleScience&Technology,October30,2006issue)20.F.Ren,C.Z.Jiang,C.Liu,J.B.Wang,FabricationandannihilationofnanovoidsinCunanoclustersbyionimplantationintosilicaandsubsequentannealing,AppliedPhysicsLetters88(2006)183114.19F.Ren,L.P.Guo,Y.Shi,D.L.Chen,Z.Y.Wu,C.Z.Jiang,FormationofZn-ZnOcore-shellnanoclustersbyZn/Fsequentialionimplantation,JournalofPhysicsD:AppliedPhysics39(2006)488–491.18F.Ren,C.Z.Jiang,Y.H.Wang,Q.Q.Wang,D.J.Chen,Y.Shi,Theproblemofcore/shellnanoclustersformationduringionimplantation,NuclearInstrumentsandMethodsinPhysicsResearchB245(2006)427-430.17.FengRen,Chang-ZhongJiang,De-JunFu,QiangFu,RamanscatteringstudiesonAgnanoclusterscompositesformedbyionimplantationintosilica,JapaneseJournalofAppliedPhysicspart1,44(2005)8512-8514.116.F.Ren,C.Z.Jiang,C.Liu,D.J.Fu,Y.Shi,InterfaceinfluenceonthesurfaceplasmonresonanceofAgnanoclustercomposite,SolidStateCommunications135(2005)268-272.15.FengRen,Chang-ZhongJiang,ChangLiu,YinShi,Jian-BoWang,Alloyandcore-shellnanoclustersformedbysequentialionimplantationandthermalannealing,JournaloftheKoreanPhysicalSociety46(2005)S43-S47.14.F.Ren,C.Z.Jiang,H.B.Chen,Y.Shi,C.liu,J.B.Wang,Metalalloyandmonoelementalnanoclustersinsilicaformedbysequentialionimplantationandannealinginselectedatmosphere,PhysicaB353(2004)92–97.13.F.Ren,C.Z.Jiang,L.Zhang,Y.Shi,J.B.Wang,R.H.Wang,FormationandmicrostructuralinvestigationofAg-CualloynanoclustersembeddedinSiO2formedbysequentialionimplantation,Micron35(2004)489–493.12.X.H.Xiao,F.Ren,X.D.Zhou,T.C.Peng,W.Wu,X.N.Peng,X.F.Yu,C.Z.Jiang,Surfaceplasmon-enhancedlightemissionusingsilvernanoparticlesembeddedinZnO,AppliedPhysicsLetters97(2010)071909-3.11.S.H.Shen,L.J.Guo,X.B.Chen,F.Ren,S.S.Mao,EffectofAg2Sonsolar-drivenphotocatalytichydrogenevolutionofnanostructuredCdS,InternationalJournalofHydrogen,35(2010)7110-7115.10.W.Wu,X.H.Xiao,S.F.Zhang,J.Zhou,L.X.Fan,F.Ren,C.Z.Jiang,Large-ScaleandControlledSynthesisofIronOxideMagneticShortNanotubes:ShapeEvolution,GrowthMechanism,andMagneticProperties,JournalofPhysicalChemistryC114(2010)16092-16103.9.J.X.Xu,X.H.Xiao,F.Ren,C.Z.Jiang,ControllingthemicrostructureofZnOnanoparticlesembeddedinSapphirebyZnionimplantationandsubsequentannealing,NuclearInstrumentsandMethodsinPhysicsResearchB268(2010)2702–2705.8.W.Wu,X.H.Xiao,S.F.Zhang,T.C.Peng,J.Zhou,F.Ren,C.Z.Jiang,SynthesisandMagneticPropertiesofMaghemite(γ-Fe2O3)Short-Nanotubes,NanoscaleResearchLetters,5(2010)1474-1479.7.X.H.Xiao,W.Dong,W.Wu,T.C.Peng,X.D.Zhou,F.Ren,C.Z.Jiang,Antibacterialsilver-containingsilicaglasspreparedbyionimplantation,JournalofNanoscienceandNanotechnology10(2010)6424-6427(4).6.W.Wu,X.H.Xiao,S.F.Zhang,L.X.Fan,T.C.Peng,F.Ren,C.Z.Jiang,FacileFabricationofUltrafineHollowSilicaandMagneticHollowSilicaNanoparticlesbyaDual-templatesMethod,NanoscaleResearchLetters5(2010)116-123.5.X.H.Xiao,F.Ren,L.X.Fan,G.X.Cai,C.Z.Jiang,ZnOsingle-crystalfilmsfabricatedbytheoxidationofzinc-implantedsapphire,Nanotechnology19(2008)325604.4.L.X.Fan,D.L.Guo,F.Ren,Q.Fu,C.Z.Jiang,Substrategrainboundaryeffectsontheorderingofnanoporesinanodicaluminumoxide,SolidStateCommunications148(2008)286–288.3.X.H.Xiao,J.Zhu,Y.R.Li,W.B.Luo,B.F.Yu,L.X.Fan,F.Ren,C.Liu,C.Z.Jiang,GreatlyreducedleakagecurrentinBiFeO3thinfilmbyoxygenionimplantation,JournalofPhysicsD:AppliedPhysics40(2007)5775-5777.2.H.Li,J.P.Sang,F.Mei,F.Ren,L.Zhang,C.Liu,ObservationofferromagnetismatroomtemperatureforCr+ionsimplantedZnOthinfilms,AppliedSurfaceScience253(2007)8524–8529.1.L.Liao,H.B.Lu,L.Zhang,M.Shuai,J.C.Li,C.Liu,D.J.Fu,F.Ren,EffectofferromagneticpropertiesinAl-dopedZn1-xCoxOnanowiressynthesizedbywater-assistancereactivevapordeposition,JournalofAppliedPhysics102(2007)114307.
奖励（Awards）
湖北省自然科学奖一等奖（2012年度），排名第三。
第十二届（2008年度）湖北省优秀学术论文特等奖。
专利(patent)
1.任峰，蒋昌忠，一种单晶ZnO纳米薄膜的制备方法(专利号ZL**5.7)
2.一种负载型银纳米复合材料的自催化生长制备方法，任峰，张少锋，周娟，吴伟，肖湘衡，蒋昌忠,(专利号ZL**4.7)
3.一种聚苯乙烯/金复合微球的制备方法，周娟，张少峰，任峰，吴伟，肖湘衡，蒋昌忠(专利号ZL**0.9)
4.一种负载型银纳米复合材料的自催化生长制备方法，任峰，张少锋，周娟，吴伟，肖湘衡，蒋昌忠,(专利号ZL**4.7)。
研究项目(Researchprojects)
12.″基于缺陷捕获和气体释放的新型抗辐照含纳米孔道材料的制备与性能研究″，国家自然科学基金面上项目(NationalNaturalScienceFoundationofChina)(No.**)(2015-2018)，主持。
11.苏州市纳米科学技术专项（2013-2015），主持。
10.教育部新世纪优秀人才支持计划（2013-2015），主持。
9.″核反应堆用耐高温、耐腐蚀金属氮化物多层膜新型核材料的制备、性能及抗辐照机理研究″，国家自然科学基金面上项目(NationalNaturalScienceFoundationofChina)(No.**)(2012-2015)，主持。
8.″金属纳米颗粒表面等离子体增强半导体发光研究″，湖北省自然科学基金(NationalNaturalScienceFoundationofHubeiProvince)(2009-2011)，主持。
7.″金属纳米颗粒与半导体量子点耦合效应机理研究″，国家自然科学基金，(NationalNaturalScienceFoundationofChina)(No.**)(2010.1-2012.12)，主持。
6.″ZnO单晶纳米薄膜的离子注入法制备及形成机理研究″，教育部博士点基金（新教师基金）(SpecializedResearchFundfortheDoctoralProgramofHigherEducation)(No.**)(2008-2010)，主持。
5.″ZnO单晶纳米薄膜的离子注入法制备及ZnO紫外探测器的研制″，武汉市晨光计划(No.**1)(2009-2010)，主持。
4.″空心纳米颗粒捕获原子构成三层结构纳米颗粒的形成机理和性能研究″，国家自然科学基金(No.**)(2008.1-2010.12)，参加
3.″高精度小型化电子磁罗盘与地磁导航技术研究″国家高技术研究发展计划(863计划)(No.2007AA12Z322)(2008-2010)，参加。
2.″加速器与电镜联机及其在材料科学中的应用″，国家自然科学基金重点项目(No.**)(2005-2008)，参加。
1.″抗辐照纳米金属多层膜的制备、表征及机理研究″，国家自然科学基金重大研究计划/培育项目(No.**)(2011-2013)，参加。
