周恒辉主要文章与专利200.docx

周恒辉主要文章与专利200.docx

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周恒辉主要文章与专利200

周恒辉主要文章与专利（2002-）

1.QiL.Y.,ZhangY.W.,XinY.L.,ZuoZ.C.,WuB.,*ZhangX.X.，ZhouH.H.*,Rolling-ReprocessFabricationofOlive-LikeFe−Co−ONanoparticles@3DN-dopedReducedGrapheneOxideforHighPerformanceLithiumBattery，Nanoscale,2015,accepted

2.YangX.H.,ShenL.Y.,WuB.,ZuoZ.C.,MuD.B.,WuB.R.,*ZhouH.H.*,ImprovementofthecyclingperformanceofLiCoO2withassistanceofcross-linkedPANforlithiumionbatteries,JournalofAlloysandCompounds,2015,accepted.

3.LiG.Y.,HuangZ.L.,ZuoZ.C.，ZhangZ.J.*,ZhouH.H.*,UnderstandingtheTraceTiSurfaceDopingonPromotingtheLowTemperaturePerformanceofLiNi1/3Co1/3Mn1/3O2Cathode，J.PowerSources,2015,281:

69-76.

4.YangX.H.‡,MiY.Y.‡,ZhangW.D.,WuB.R.*,ZhouH.H.*,EnhancedElectrochemicalPerformanceofLiFe0.6Mn0.4PO4/CCathodeMaterialPreparedbyFerrocene-AssistedCalcinationProcess，J.PowerSources,2015,275:

823-830.

5.LinC.F.,LaiM.O.,ZhouH.H.*,LuL.*,MesoporousLi4Ti5O12–x/Csubmicrosphereswithcomprehensivelyimprovedelectrochemicalperformancesforhigh-powerlithium-ionbatteries，PhysicalChemistryChemicalPhysics，2014,16（45）:

24874-24883

6.ChenS,XinY.L.,ZhouY.Y.,ZhangF.,MaY.R.,ZhouH.H.*,QiL.M.*,BranchedCNT@SnO2nanorods@carbonhierarchicalheterostructuresforlithiumionbatterieswithhighreversibilityandratecapability，J.Mater.Chem.A,2014,2（37）,15582–15589

7.LinC.F.,LaiM.O.,LuL.*,ZhouH.H.*,Li3.33Cu1.005Ti4.665O12/CuOcompositewithP4332spacegroupforLi-ionbatteries:

synergisticeffectofsubstitutingandcompositing，RSCAdv.,2014,4,31196–31200

8.LiG.Y.,HuangZ.L.,ZuoZ.C.，ZhangZ.J.*,ZhouH.H.*,ProgressofElectrodeMaterialsforHighEnergyLithiumSecondaryBatteries,MaterialsTechnology:

AdvancedFunctionalMaterials,2014,29

（2）:

77-81

9.LinC.F.,LaiM.O.,LuL.*,ZhouH.H.*,SpinelLi4−2xCo3xTi5−xO12（0≤x≤0.5）forLithium-IonBatteries:

CrystalStructures,MaterialProperties,andBatteryPerformances，J.Phys.Chem.C,2014,118:

14246-14255

10.MiY.Y.,GaoP.,LiuW.*,ZhangW.D.,ZhouH.H.*,CarbonNanotube-loadedMesoporousLiFe0.6Mn0.4PO4/CMicrospheresasHighPerformanceCathodesforLithium-ionBatteries.J.PowerSources,2014,267:

459-468.

11.LinC.F.,XinY.L.,ChengF.Q.,LaiM.O.,ZhouH.H.*,LuL.*,RecentDevelopmentintheRatePerformanceofLi4Ti5O12,AppliedScienceandConvergenceTechnology,2014,23

（2）,72-77

12.LinC.F.,FanX.,XinY.L.,ChengF.Q.,LaiM.O.,ZhouH.H.*,LuL.*,MonodispersedmesoporousLi4Ti5O12submicrospheresasanodematerialsforlithiumionbatteries:

morphologyandelectrochemicalperformances，Nanoscale,2014,6（12）:

6651-6660

13.WangC.,WanW.,GuoH.,ZhouH.H.,ChenJ.T.*,ZhangX.X.,HuangY.H.*,HierarchicalMoS2nanosheet/activecarbonfiberclothasabinder-freeandfree-standinganodeforlithium-ionbatteries,Nanoscale,2014,6（10）:

5351–5358

14.WanW.,LeeH.S.,YuX.Q.*,WangC.,K.NamK.W.,YangX.Q.*,ZhouH.H.*,TuningtheelectrochemicalperformancesofanthraquinoneorganiccathodematerialsforLi-ionbatteriesthroughthesulfonicsodiumfunctionalgroup,RSCAdv.,2014,4,19878-19882

15.WangC.,SuC.,WanW.,GuoH.,ZhouH.H.,ChenJ.T.*,ZhangX.X.,HuangY.H.*,Highsulfurloadingcompositewrappedby3Dnitrogen-dopedgrapheneasacathodematerialforlithium–sulfurbatteries,J.Mater.Chem.A,2014,2,5018-5023

16.LinC.F.,FanX.,XinY.L.,ChengF.Q.,LaiM.O.,ZhouH.H.*,LuL.*,Li4Ti5O12-basedanodematerialswithlowworkingpotentials,highratecapabilitiesandhighcyclabilityforhigh-powerlithium-ionbatteries:

synergisticeffectofdoping,incorporatingaconductivephaseandreducingparticlesize,J.Mater.Chem.A,2014,2（26）:

9982-9993

17.李光胤，黄震雷,张占军*,周恒辉*，LiNi1/3Co1/3Mn1/3O2低温性能及动力学分析，中国科学•化学，2014，44（7）:

1-8

18.ChenS.,XinY.L.,ZhouY.Y.,MaY.R.,ZhouH.H.*,QiL.M.*,Self-supportedLi4Ti5O12nanosheetarraysforlithiumionbatterieswithexcellentratecapabilityandultralongcyclelife,EnergyEnviron.Sci.,2014，7（6）:

1924-1930.

19.WanW.,WangC.,HuangY.H.,ZhangW.D.,ChenJ.T.*,ZhouH.H.*,ZhangX.X.,ExcellentperformanceofnanoscaledFe3O4asanodematerialpromotedbymosaickingintoporouscarbonframework.Func.Mater.Lett.,2014,7

（2）:

1450005.

20.LinC.F.,DingB.,XinY.L.,ChengF.Q.,LaiM.O.,LuL.*,ZhouH.H.*,AdvancedelectrochemicalperformanceofLi4Ti5O12-basedmaterialsforlithium-ionbattery:

Synergisticeffectofdopingandcompositing,J.PowerSources,2014,248:

1034-1041.

21.ChengF.Q.,XinY.L.,HuangY.Y.,ChenJ.T.,ZhouH.H.*,ZhangX.X.,Enhancedelectrochemicalperformancesof5VspinelLiMn1.58Ni0.42O4cathodematerialsbycoatingwithLiAlO2.J.PowerSources,2013,239:

181-188.

22.ChengF.Q.,ChenJ.T.,ZhouH.H.*,ManthiramaA.∗,Structuralandelectrochemicalcharacterizationof（NH4）2HPO4-treatedlithium-richlayeredLi1.2Ni0.2Mn0.6O2cathodesforlithium-ionbatteries,J.Electrochem.Soc.,2013,160（10）:

A1-A7

23.ChenS.,WangM.,YeJ.F.,CaiJ.G.,MaY.R.,ZhouH.H.*,QiL.M.*,Kinetics-controlledgrowthofalignedmesocrystallineSnO2nanorodarraysforlithiumionbatterieswithsuperiorrateperformance,NanoResearch,2013，6（4）：

243-252

24.LinC.F.,LaiM.O.,LuL.*,ZhouH.H.*,XinY.L.,StructureandhighrateperformanceofNi2+dopedLi4Ti5O12forlithiumionbattery,J.PowerSources,2013,244:

272-279.

25.黄震雷，徐世国，张卫东，杨新河，周恒辉，锂离子电池正极材料产业化进展，新材料产业，2013，10：

9-12

26.ChengF.Q.,XinY.L.,ChenJ.T.,LuL.*,ZhangX.X.,ZhouH.H.*,MonodisperseLi1.2Mn0.6Ni0.2O2microsphereswithenhancedlithiumstoragecapability.J.Mater.Chem.A,2013，1（17）：

5301-5308

27.TanZ.,WangX.Y.*,ZhouH.H.*,Highlyenergydensityolivinecathodematerialsynthesizedbycoprecipitationtechnique.ElectrochimicaActa,2013,90:

957-603

28.LiuW.,GaoP.,MiY.Y.,ChenJ.T.*,ZhouH.H.*,ZhangX.X.,FabricationofhightapdensityLiFe0.6Mn0.4PO4/Cmicrospheresbyadoublecarboncoating-spraydryingmethodforhighratelithiumionbatteries.J.Mater.Chem.A,2013,1（7）:

2411-2417.

29.ZhangW.D.,WanW.,ZhouH.H.*,ChenJ.T.,WangX.Y.,ZhangX.X.,In-situsynthesisofmagnetite/expandedgraphitecompositematerialashighratenegativeelectrodeforrechargeablelithiumbatteries.J.PowerSources,2013,223:

119-124.

30.WangC.,WanW.,ChenJ.T.*,ZhouH.H.,ZhangX.X.,YuanL.X.,HuangY.H.*,Dualcore–shellstructuredsulfurcathodecompositesynthesizedbyaone-potrouteforlithiumsulfurbatteries,J.Mater.Chem.A,2013,1

（1）:

1716-1723.

31.LiuW.,WangM.,GaoX.L.,ZhangW.D.,ChenJ.T.*,ZhouH.H.*,XinxiangZhang.Improvementofthehigh-temperature,high-voltagecyclingperformanceofLiNi0.5Co0.2Mn0.3O2cathodewithTiO2coating.JournalofAlloysandCompounds,2012,543:

181-188.

32.ZhangW.D.,WangX.Y.,ZhouH.H.*,ChenJ.T.,ZhangX.X.,Fe3O4-Copenhollowsphereassembledbynanocrystalsanditsapplicationinlithiumionbattery.JournalofAlloysandCompounds,2012,521:

39-44.

33.GaoP.，TanZ.,ChengF.Q.,ZhouH.H.*,TanS.T.*,EffectofDopingwithTi4+IonontheElectrochemicalPerformanceofLiFe0.6Mn0.4PO4/C,ActaPhys.Chim.Sin. , 2012,28

（2）:

338-342

34.WangZ.P.,LiuW.,WangY.,ZhaoC.S.,ZhangS.P.,ChenJ.T.,ZhouH.H.,ZhangX.X.,SynthesisandcharacterizationofMgandTiionsco-dopedlithiumironphosphateanditslithiumionbatteries,ActaPhys.Chim.Sin. , 2012,28（9）:

2084-2090

35.ZhaoC.L.,LiQ.,WanW.,LiJ.M.,LiJ.J.,ZhouH.H.*,XuD.S.*.Coaxialcarbon-silicon-carbonnanotubearraysinporousanodicaluminumoxidetemplatesasanodesforlithiumionbatteries.J.Mater.Chem.,2012,22（24）:

12193-12197.

36.LiJ.M.,WanW.,ZhuF.,LiQ.,ZhouH.H.,LiJ.J.,XuD.S.*.Nanotube-basedhierarchicaltitanatemicrospheres.animprovedanodestructureforLi-ionbatteries.Chem.Commun.,2012,48（3）:

389-391.

37.刘文，王苗，陈继涛*,张新祥,周恒辉*，锂离子电池正极材料LiNi0.5Co0.2Mn0.3O2的合成及其高温容量衰减研究,电化学，2012,18

（2）:

118-124

38.黄震雷,王峰,向德波,郭晓丰,周恒辉*,锂离子动力电池三元正极材料的机遇与挑战，新材料产业，2012，9：

2-9

39.LiJ.M.,WaW.,ZhouH.H.*,LiJ.J.,XuD.S.*,HydrothermalsynthesisofTiO2（B）nanowireswithultrahighsurfaceareaandtheirfastcharginganddischargingpropertiesinLi-ionbatteries,Chem.Commun.,2011, 47:

3439-3441

40.YeJ.F.,LiuW.,CaiJ.G.,ChenS.,ZhaoX.W.,ZhouH.H.,QiL.M.*,NanoporousAnataseTiO2Mesocrystals:

Additive-FreeSynthesis,RemarkableCrystalline-PhaseStability,andImprovedLithiumInsertionBehavior，J.Am.Chem.Soc.,2011,133:

933–940

41.ChengF.Q.,WanW.,TanZ.,HuangY.Y.,ZhouH.H.*,ChenJ.T.,ZhangX.X.,Highpowerperformanceofnano-LiFePO4/Ccathodematerialsynthesizedvialauricacid-assistedsolid-statereaction,ElectrochimicaActa,2011,56：

2999-3005

42.TanZ.,GaoP.,ChengF.Q.,LuoH.J.,ChenJ.T.,ZhouH.H.*,TanS.T.,HighPowerPerformanceofMulticomponentOlivineCathodeMaterialforLithium-ionBatteries,Func.Mater.Lett.,2011,4（3）:

299-303

43.GuY.J.，HuY.，LiuH.Q.，ZhouH.H.，GuoZ.，HuZ.W.，SynthesisthePrecursorofLiNi0.5Mn0.5O2viaanImprovedCarbonateCo-precipitation，AdvancedMaterialsResearch，2011，233-235：

32-35

44.HuangY.Y.,ChenJ.T.,ChengF.Q.,WanW.,LiuW.,ZhouH.H.*,ZhangX.X.,AmodifiedAl2O3coatingprocesstoenhancetheelectrochemicalperformanceofLi（Ni1/3Co1/3Mn1/3）O2anditscomparisonwithtraditionalAl2O3coatingprocess,J.PowerSources,2010,195:

8267–8274

45.周恒辉，锂离子动力电池电极材料产业化进展，新材料产业，2010，10：

3-5

46.HuangY.Y.,ChenJ.T.,NiJ.F.,ZhouH.H.*,ZhangX.X.，AmodifiedZrO2-coatingprocesstoimproveelectrochemicalperformanceofLi（Ni1/3Co1/3Mn1/3）O2,J.PowerSources,2009,188

（2）:

538-545

47.谷亦杰，王翠玲，黄小文，周恒辉，徐小明，胡勇，卢诚,LiNi0.75Co0.15Mn0.1O2中锂氧八面体形状研究,电池工业，2009,14（5）:

291-293

48.LiC.Q.,SunN.J.,NiJ.F.,WangJ.Y.,ChuH.B.,ZhouH.H.,LiM.X.,LiY.*,Controllablepreparationandpropertiesofcomposite