近期论文
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2020年:
[1]Z.-Z.Lin*andX.Chen,Ultra-ThinScatteringSpinFilterandMagneticTunnelJunctionImplementedbyFerromagnetic2DvanderWaalsMaterial,Adv.Elec.Mat.6,1900968(2020).
[2]Z.-Z.Lin*,X.Chen,C.Yin,L.YueandF.-X.Meng,ElectrochemicalCO2ReductioninConfinedSpace:EnhancedActivityofMetalCatalystsbyGrapheneOverlayer,Int.J.Energ.Res.44,784(2020).
[3]Z.-Z.Lin*andX.Chen,TunablemassiveDiracfermionsinferromagneticFe3Sn2kagomelattice,Phys.StatusSolidiRRL14,1900705(2020).
[4]Z.-Z.Lin*andX.Chen,1TGdN2Monolayer—Spin-OrbitInducedMagneticDiracSemiconductorstableatRoomTemperature,insubmission
2019年:
[1]X.Chen*,Z.-Z.Lin,M.JuandL.-X.Guo*,Confinedelectrochemicalcatalysisundercover:EnhancedCO2reductionattheinterfacebetweengraphdiyneandCusurface,Appl.Surf.Sci.479,685(2019).
2018年:
[1]X.Chen,Z.-Z.Lin*andM.Ju,ControllableBandAlignmentTransitioninInSe-MoS2vanderWaalsHeterostructure,Phys.StatusSolidiRRL12,1800102(2018).
[2]X.ChenandZ.-Z.Lin*,APrimaryExplorationtoQuasi-Two-DimensionalRare-EarthFerromagneticParticles:Holmium-DopedMoS2SheetasRoom-TemperatureMagneticSemiconductor,J.Nanopart.Res.20,129(2018).
[3]X.ChenandZ.-Z.Lin*,Single-layergraphdiyne-coveredPt(111)surface:Improvedcatalysisconfinedundertwo-dimensionaloverlayer,J.Nanopart.Res.20,136(2018).
2017年:
[1]Z.-Z.Lin*,Two-dimensionalC12Mn2/C12Cr2asroom-temperaturehalfmetal/antiferromagneticsemiconductor:Asystematicalstudy,Phys.Chem.Chem.Phys.19,3394(2017).
2016年:
[1]Z.-Z.Lin*,Graphdiyne-supportedsingle-atomScandTicatalystsforhigh-efficientCOoxidation,Carbon108,343(2016).
[2]Z.-Z.Lin*andX.Chen,Transition-metal-decoratedgermaneneaspromisingcatalystforremovingCOcontaminationinH2,Materials&Design107,82(2016).
[3]C.Yin,Z.-Z.Lin*,M.LiandH.Tang,Understandingtheformationmechanismoftwo-dimensionalatomicislandsoncrystalsurfacesbythecondensingpotentialmodel,Z.Naturforsch.A71,321(2016).
[4]Q.Wei*,H.Yan,X.Zhu,Z.LinandR.Yao,TheoreticalInvestigationsontheElasticandThermodynamicPropertiesofRheniumPhosphide,Z.Naturforsch.A71,1(2016).
2015年:
[1]Z.-Z.Lin*,GraphdiyneasapromisingsubstrateforstabilizingPtnanoparticlecatalyst,Carbon86,301(2015).
[2]Z.-Z.Lin*,TheoreticalinvestigationonisomerformationprobabilityandfreeenergyofsmallCclusters,Chin.Phys.B24,068201(2015).
[3]Z.-Z.Lin*,TunablelaserandphotocurrentsfromlinearatomicCchains,Mod.Phys.Lett.B29,1550108(2015).
[4]Q.Fan,Q.Wei*,C.Chai,H.Yan,M.Zhang,Z.Lin,Z.Zhang,J.Zhang,andD.Zhang,Structural,mechanical,andelectronicpropertiesofP3m1-BCN,J.Phys.Chem.Solids79,89(2015).
[5]Q.Wei*,M.Zhang,H.Yan,R.Li,X.Zhu,Z.LinandR.Yao,ANewSuperhardPhaseofC3N2Polymorphs,Z.Naturforsch.A70,1001(2015).
2014年:
[1]Z.-Z.Lin*,Q.WeiandX.Zhu,Modulatingtheelectronicpropertiesofgraphdyinenanoribbons,Carbon66,504(2014).
[2]Z.-Z.Lin*andX.Chen,Spin-polarizedcurrentgeneratedbymagneticFeatomicchain,Nanotechnology25,235202(2014).
[3]Z.-Z.Lin*,Theoreticalinvestigationofthermodynamicbalancebetweenclusterisomersandstatisticalmodelforpredictingisomerizationrate,J.Nanopart.Res.16,2201(2014).
[4]Z.-Z.Lin,W.-Y.Li,andX.-J.Ning*,Astatisticalmodelforpredictingthermalchemicalreactionrate,Chin.Phys.B23,050501(2014).
[5]Y.-G.Xu,C.Ming,Z.-Z.Lin,F.-X.Meng,J.Zhuang,andX.-J.Ning*,Cangraphynesturnintographeneatroomtemperature?,Carbon73,283(2014).
[6]Q.Wei*,M.Zhang*,H.Yan,Z.LinandX.Zhu,Structural,electronicandmechanicalpropertiesofImma-carbon,EPL107,27007(2014).
2013年:
[1]Z.-Z.Lin*andX.Chen,Predictingthechemicalstabilityofmonatomicchains,EPL101,48002(2013).
[2]Z.-Z.Lin*andX.Chen,Singlemoleculecapturebyadopedmonatomiccarbonchain,J.Phys.:CodensMatter25,205302(2013).
[3]Z.-Z.Lin*andX.Chen,UltrafastdynamicsandfragmentationofC60inintenselaserpulses,Phys.Lett.A377,797(2013).
[4]W.-F.Yu,Z.-Z.LinandX.-J.Ning*,MassdependenceoftheSoretcoefficientforatomicdiffusionincondensedmatter,Phys.Rev.E87,062311(2013).
[5]W.-F.Yu,Z.-Z.LinandX.-J.Ning*,Simplestatisticalmodelforpredictingthermalatomdiffusiononcrystalsurfaces,Chin.Phys.B22,116802(2013).
[6]Q.Wei*,M.Zhang,L.Guo,H.Yan,X.Zhu,Z.Lin,P.Guo,AbinitiostudiesofnovelcarbonnitridephaseC2N2(CH2),Chem.Phys.415,36(2013).
2012年:
[1]Z.-Z.Lin,J.Zhuang,andX.-J.Ning*,High-efficienttunableinfraredlaserfrommonatomiccarbonchains,EPL97,27006(2012).
[2]W.-Y.Li,Z.-Z.Lin,J.-J.Xu,andX.-J.Ning*,Astatisticalmodelforpredictingthermalchemicalreactionrate:Applicationtobimoleculereactions,Chin.Phys.Lett.29,080504(2012).
[3]陈熙,林正喆,殷聪,汤浩,胡蕴成,宁西京*,铂纳米颗粒生长和结构的理论预测,物理学报61,076801(2012).
[4]C.Ming,Z.-Z.Lin,R.-G.Cao,W.-F.Yu,andX.-J.Ning*,Aschemeforfabricatingsinglewallcarbonnanoconesstandingonme[ant]talsurfacesandanevaluationoftheirstability,Carbon50,2651(2012).
[5]C.Ming,Z.-Z.Lin,J.Zhuang,andX.-J.Ning*,Electronicrectificationdevicesfromcarbonnanocones,Appl.Phys.Lett.100,063119(2012).
2011年:
[1]Z.-Z.Lin,W.-F.Yu,Y.Wang,andX.-J.Ning*,Predictingthestabilityofnanodevices,EPL94,40002(2011).
[2]Z.-Z.LinandX.-J.Ning*,Controllingtheelectronicpropertiesofmonatomiccarbonchains,EPL95,47102(2011).
[3]Z.-Z.Lin,X.Chen,C.Yin,H.Tang,Y.-C.Hu,andX.-J.Ning*,TheoreticalpredictionofthegrowthandsurfacestructureofPtandNinanoparticles,EPL96,66005(2011).
2010年:
[1]Z.-Z.Lin,C.Ming,Y.Wang,W.Zhang,J.Zhuang,andX.-J.Ning*,Excitationoflarge-scaledelocalizedquantumstatebylocalinteractions,EPL92,17005(2010).
[2]Z.-Z.Lin,J.Zhuang,andX.-J.Ning*,Multi-photonresonanceenhancedsuperhigh-orderharmonicgeneration,Chin.Phys.B19,113204(2010).
[3]X.-J.Han,Y.Wang,Z.-Z.Lin,W.Zhang,J.Zhuang,andX.-J.Ning*,Statisticalmodelforsmallclusterstransformingfromoneisomertoanother,J.Chem.Phys.132,064103(2010).
[4]C.Ming,Z.-Z.Lin,Y.Wang,W.Zhang,J.Zhuang,andX.-J.Ning*,IonAccelerationbytheCoulombExplosionofGraphene,Jpn.J.Appl.Phys.49,045103(2010).
[5]韩小静,王音,林正喆,张文献,庄军,宁西京*,团簇异构体生长几率的理论预测,物理学报59,3345(2010).
[6]曹荣根,王音,林正喆,明辰,庄军,宁西京*,一种制备单原子碳链的方案,物理学报59,6438(2010).
2010年以前:
[1]Y.Wang,Z.-Z.Lin,W.Zhang,J.Zhuang,andX.-J.Ning*,Pullinglonglinearatomicchainsfromgraphene:Moleculardynamicssimulations,Phys.Rev.B80,233403(2009).
[2]Y.Wang,X.-J.Ning*,Z.-Z.Lin,andP.Li,Preparationoflongmonatomiccarbonchains:Moleculardynamicsstudies,Phys.Rev.B76,165423(2007).
[3]J.Gao,Z.-Z.Lin,andX.-J.Ning*,IsomersofC36andfreeenergycriteriaforclustergrowth,J.Chem.Phys126,174309(2007).