您的位置：首页>研究人员简介栗欢欢点击数：125【个人资料】姓名:栗欢欢性别:女出生日期:1982年9月职称:讲师联系电话:15996808161传真:
Email:lihuanh3513359@163.com【学习和工作经历】学习经历：2006年6月廊坊师范学院化学与材料科学学院化学专业理学学士2009年6月南开大学新能源材料研究所无机化学专业理学硕士2012年6月南开大学化学学院无机化学专业理学博士。工作经历:2012年7月至今，在江苏大学汽车与交通工程学院从事教学科研工作。【主讲课程】新能源汽车，材料科学基础，节能与环保

【研究方向】1、新能源汽车动力电池2、新能源材料【主要论著】1.HuanhuanLi,YapingWang^*,XiaoliangYang,LiangLiu,LongChen,JinpingWei*,Improvedelectrochemicalperformanceof5VLiCoPO₄cathodematerialsviayttriumdoping.SolidStateIonics2014,10.1016/j.ssi.2013.12.007(inpress)2.HuanhuanLi,WeiShi*,KainaZhao,HanLi,YanminBin,PengCheng*.HighSelectiveSorptionandLuminescentSensingofSmallMoleculesDemonstratedinaMultifunctionalLanthanideMicroporousMetal-OrganicFrameworkContaining1DHoneycomb-TypeChannels.Chem.-Eur.J.2013,19(10),pp3358-3365.3.HuanhuanLi,WeiShi*,KainaZhao,ZhengNiu,XitongChenandPengCheng*.ARobustPorousMetal-OrganicMaterialwithNewTopologyStructureDemonstratingPronouncedPorosityandHigh-EfficiencySorption/SelectivityPropertiesofSmallMolecules.Chem.-Eur.J.2012,18(18),pp5715-5723.4.HuanhuanLi,WeiShi*,KainaZhao,HanLi,YanminBin,PengCheng*.EnhancedHydrostabilityinNi-dopedMOF-5.Inorg.Chem.2012,51(17)pp9200?9207.5.HuanHuanLi,WeiShi*,NaXu,TianHan,ZhengNiu,ZhiChen,PengCheng*.StructuralDiversityofFourMetal-OrganicFrameworksBasedonLinearHomo/HeterotrinuclearNodeswithFuran-2,5-dicarboxylicAcid:CrystalStructures,LuminescentandMagneticProperties.Cryst.GrowthDes.2012,12(5),pp2602-2612.6.HuanhuanLi,ZhengNiu,TianHan,ZhenJieZhang,WeiShi,ChengPeng*.Amicroporouslanthanidemetal-organicframeworkcontainingchannels:Synthesis,structure,gasadsorptionandmagneticproperties.Sci.China.Chem.2011,54(9)pp1423-1429.7.H.H.Li,J.Jin,J.P.Wei*,Z.Zhou,J.Yan.Fastsynthesisofcore-shellLiCoPO₄/CnanocompositeviamicrowaveheatinganditselectrochemicalLiintercalationperformances.Electrochem.Commun.2009,11(1),pp95-98.8.栗欢欢，杨晓亮，魏进平，周震，阎杰。锰离子掺杂对LiCoPO₄性能的影响。电化学,2008,14(2),pp210-212。9.YapingWang,HuanhuanLi,YijingWang,*LifangJiao,HuatangYuan,HuaTang,XiaofeiYang.SolidstatesynthesisofFe₂Pnanoparticlesashigh-performanceanodematerialsfornickel-basedrechargeablebatteries.J.PowerSources2014(accepted)10.YapingWang,HuanhuanLi,YijingWang,*LifangJiao,HuatangYuan.Self-assembledFe-Bnanochains:facilesynthesis,magneticandelectrochemicalproperties.2014(accepted).11.J.Jin,H.H.Li,J.P.Wei*,X.K.Bian,Z.Zhou*,J.Yan.Li/LiFePO₄secondarybatterieswithroomtemperatureionicliquidaselectrolyte.Electrochem.Commun.2009,11(7),pp1500–1503.12.Li-MinZhao,Huan-HuanLi,YingWu,Shi-YuanZhang,Zhen-JieZhang,WeiShi,PengCheng*,Dai-ZhengLiao,Shi-PingYan.Synthesis,CrystalStructuresandMagneticPropertiesofMn(II),Co(II)andZn(II)CoordinationPolymersContaining1,2,4,5-BenzenetetracarboxylicAcidand4,4’-Azobispyridine.Eur.J.Inorg.Chem.2010,2010(13),pp1983–1990.13.PingCui,Yu-GuangMa,Huan-HuanLi,BinZhao*,Jian-RongLi,PengCheng,PerlaB.Balbuena*,Hong-CaiZhou.MultipointInteractionsEnhancedCO₂Uptake:AZeolite-likeZinc-TetrazoleFrameworkwith24-NuclearZincCages.J.Am.Chem.Soc.2012,134(46),pp18892-18895.14.M.Yang,J.X.Li,H.H.Li,L.W.Su,J.P.Wei,Z.Zhou*.Mesoporousslit-structuredNiOforhigh-performancepseudocapacitors.Phys.Chem.Chem.Phys.2012,14(31),pp11048-11052.15.YangFei,XiangchengKong,ZhuWu,HuanhuanLi,V.K.Peterson.InSituNeutron-DiffractionStudiesontheStructurechangeofTi₃₄V₃₂Cr₁₆Mn₁₈alloyduringHydrogenStorageProcess.J.PowerSources2013,241,pp355-35816.Zheng-JieZhang,WeiShi*,ZhengNiu,Huan-HuanLi,BinZhao,PengCheng*,Dai-ZhengLiaoandShi-PingYan.ANewTypeofPolyhedron-basedMetal-OrganicFrameworkswithInterpenetratingCationicandAnionicNetsDemonstratingIonExchange,AdsorptionandLuminescentProperties.Chem.Commun.2011,47(22),pp6425-6427.17.LiangWen,WeiShi*,XitongChen,HuanhuanLi,PengCheng*.APorousMetal-OrganicFrameworkBasedonTriazoledicarboxylateLigands-Synthesis,Structure,andGas-SorptionStudies.Eur.J.Inorg.Chem.2012,2012(12),pp3562-3568.18.王晓宇，栗欢欢，叶茂，魏进平*，周震，卞锡奎，阎杰,相转移法制备LiCo_xNi_1-xO₂。南开大学学报,2008,41,27–30。19.王晓宇,翟金玲,栗欢欢,叶茂,孙欣,杨晓亮,魏进平*,阎杰,超声法对锂离子正极材料LiCoO₂性能的影响。南开大学学报,2008,41,87–95。【科研项目】1、江苏省自然基金项目(青年项目)：基于金属-有机框架构筑多孔过渡金属氧化物/碳复合材料及其储锂性能研究(BK20130482)，主持；2、江苏省高校自然科学研究面上项目：多孔过渡金属氧化物/碳负极材料的制备与储锂性能研究(13KJB430008),主持；3、江苏省自然基金项目(青年项目)：新型锂离子电池负极材料MS2(M=W、V)/石墨烯的合成及性能研究(BK2012293),参与
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【上述资料更改日期】2013-12-16