个人简介
个人简介:
2009年7月毕业于渭南师范学院,获工学学士学位;2012年7月毕业于陕西师范大学,获工学硕士学位。2013年6月至2017年9月在德国波恩大学攻读博士学位,于2017年9月获得德国波恩大学自然科学博士学位。参与并完成德国联邦教育及研究部项目2项,主持在研延安大学人才引进科研启动项目1项。目前已在Electrochim.Acta.,Beilstein.J.Nanotech.,J.Alloy.Compd.,J.Electroanal.Chem.,ECSElectrochem.Lett.等国际期刊上发表SCI收录论文9篇,核心3篇,专利1项,发表ECS,ISE和GDCh等国际会议论文7篇,参加国际会议3次。
主要课题及项目:
德国联邦教育及研究部项目(BMBF),项目编号:03X4624A。(参与)
德国联邦教育及研究部项目(BMBF),项目编号:03EK3027A。(参与)
延安大学人才引进科研启动项目。(主持)
研究领域
电化学储能材料与技术包括金属离子电池、金属空气电池等,电化学吸附和沉积现象,电化学催化
近期论文
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1.L.X.Zan,Z.H.Liu,Z.P.Yang,Z.L.Wang*.Asynergyeffectof2-MBTandPE-3650onthebottom-upfillinginelectrolesscopperplating[J].ElectrochemicalandSolid-StateLetters,2011,14(12):D107-D109.
2.L.X.Zan,Z.L.Wang*,Z.H.Liu,Z.P.Yang.Achievementofbottom-upelectrolessnickelfillingontheSiO2surfacewithPd-activatedSAM[J].ECSElectrochemistryLetters,2013,2(1):D1-D3.
3.H.Q.Tang,L.X.Zan,W.F.Mao,Z.Y.Tang*.Improvedrateperformanceofamorphouscarboncoatedlithiumzinctitanateanodematerialwithalginicacidascarbonprecursorandparticlesizecontroller[J].JournalofElectroanalyticalChemistry,2015,751:57–64.
4.H.Q.Tang,Y.K.Zhou,L.X.Zan,N.Q.Zhao,Z.Y.Tang*.Longcyclelifeofcarboncoatedlithiumzinctitanateusingcopperasconductiveadditiveforlithiumionbatteries[J].ElectrochimicaActa,2016,191:887–894.
5.H.Q.Tang,L.X.Zan,J.T.Zhu,Y.H.Ma,N.Q.Zhao,Z.Y.Tang*.Highratecapacitynanocompositelanthanumoxidecoatedlithiumzinctitanateanodeforrechargeablelithium-ionbattery[J].JournalofAlloysandCompounds,2016,667:82–90.
6.T.Liu,H.Q.Tang,L.X.Zan,Z.Y.Tang.ComparativestudyofLi2ZnTi3O8anodematerialwithgoodhighratecapacitiespreparedbysolidstate,moltensaltandsol–gelmethods[J].JournalofElectroanalyticalChemistry,2016,771:10-16.
7.S.Iqbal,L.X.Zan,E.Nardi,H.Baltruschat*.SurfacemorphologyandadlayerstructureofSeonRh(111)[J].PhysicalChemistryChemicalPhysics,2018,20:6176-6186.
8.H.Q.Tang1,L.X.Zan1,Z.Y.Tang.PredominantelectronicconductivityofLi2ZnTi3O8anodematerialpreparedinnitrogenforrechargeablelithium-ionbatteries[J].JournalofElectroanalyticalChemistry,2018,823:269-277.
9.L.X.Zan*,A.A.Abd-El-Latif,D.XingandH.Baltruschat*.AntimonydepositionontoAu(111)andinsertionofMg[J].SubmittedtoBeilsteinJournalofNanotechnology,2018.
国际会议论文:
1.H.Baltruschat,H.M.A.Amin,L.Zan,S.Ayata,M.Soltani.Anefficientsilver-metaloxidehybridbifunctionalcatalystforalkalineair-electrodes:DEMSandRRDEstudy.ECSConferencePaper,October2014.
2.H.M.A.Amin,L.X.Zan,M.Soltani,C.Bondue,H.Baltruschat.Synergisticelectrocatalyticeffectsonoxides+Ag-electrodesforoxygenreductionandevolution.ISEConferencePaper,October2015.
3.A.A.Abd-El-Latif,P.Hegemann,L.X.Zan,D.Xing,M.Hegemann,H.Baltruschat.Reversibilityofmagnesiumdeposition/dissolutionandthestabilityofelectrolyte.1stInternationalSymposiumonMagnesiumBatteries,July2016.
4.L.X.Zan,A.A.Abd-El-Latif,H.Baltruschat.InvestigationofantimonydepositiononAu(111)byEC-STM.ISEConferencePaper,August2016.
5.A.A.Abd-El-Latif,P.Hegemann,L.Zan,M.Hegemann,H.Baltruschat.Stabilityandcyclebilityofmagnesiumdeposition/dissolutionreactionsanditsapplicationasasecondarybattery.ISEConferencePaper,August2016.
6.A.A.Abd-El-Latif,P.Hegemann,L.X.Zan,D.Xing,M.Hegemann,H.Baltruschat.Reversibilityofmagnesiumdeposition/dissolutionandthestabilityofelectrolyte.GDChConferencePaper,September2016.
7.H.M.A.Amin,M.Soltani,C.Bondue,L.Zan,H.Baltruschat.Synergisticbifunctionalcatalyticeffectatmetaloxide-basedcatalystforoxygenelectrodes:influenceofsupportandinvestigationinDMSO.ECSConferencePaper,September2018.