近期论文
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2016~present
(1)SiO2-ModifiedPt/Al2O3forOxidativeDehydrogenationofEthane:APreparationMethodforImprovedCatalyticStability,EthyleneSelectivity,andCokingResistance
YanyanXi,JianmeiXiao,XufengLin*,WeiningYan,ChuangyeWang,ChenguangLiu
Industrial&EngineeringChemistryResearch2018,57,10137-10147
(2)Surfaceconcentrationorsurfaceexcess,whichonedominatesthesurfacetensionofmulticomponentmixtures?
ChuangyeWang,Xueling,Wang,FengLiu,ZhiyangJiang,XufengLin
Coll.Poyl.Sci.2018,296,89-93.
(3)Methaneactivationonnickeloxideclusterswithaconcertedmechanism:adensityfunctionaltheorystudyoftheeffectofsilicasupport
YanyanXi,BiliChen,XufengLin*,ChuangyeWang,HuiFu
J.Mol.Model.2016,22,R79.
(4)Thesubstituenteffectofthepentafluorophenylgroupsonruthenium-porphyrin-catalyzedintramolecularamidationofsulfamateester:ADFTstudy
XufengLin*,BiliChen,YanyanXi,ChuangyeWang,HuiFu
Comp.Theo.Chem.2016,1080,1-9.
(5)Theeffectofasilicasupport:adensityfunctionaltheorystudyoftheC-Hbondactivationofethaneonanickeloxidecluster
XufengLin*,BiliChen,Yanyan,Xi,DavidL.Phillps,WenyueGuo
J.Phys.Org.Chem.2016,29,134-144.
(6)Adensityfunctionaltheorystudyontheeffectofsilicasupport:Methaneactivationonnickeloxideclustersthrougharadicalmechanism
YanyanXi,BiliChen,XufengLin*,HuiFu,ChuangyeWang
Comp.Theo.Chem.2016,1076,65-73.
(7)Surfacestructureofaqueousionicsurfactantsolutionsandeffectsofsolventtherein-acomputersimulationstudy
ChuangyeWang,ZhiyangJiang,LingXu,AitingKan,HuiFu,XufengLin,
Coll.Poly.Sci.2016,294,575-581.
2011-2015
(1)Molecularstructureofionicsurfactantsolutionsurfaceandeffectsofcounter-iontherein-ajointinvestigationbysimulationandexperiment
ChuangyeWang,Yajie,Tan,ZhiyangJiang,XufengLin,SongqingHu,
Coll.Poly.Sci.2015,293,3479-3486.
(2)UsingneutralimpactcollisionionscatteringspectroscopyandangularresolvedX-rayphotoelectronspectroscopytoanalyzesurfacestructureofsurfactantsolutions
ChuangyeWang,AitingKan,ZhenLiu,GuodongZhang,XufengLin,HuiFu,
Coll.Poly.Sci.2015,293,1655-1666.
(4)Areactionmechanismofmethanecouplingonasilicasupportedsingle-sitetantalumcatalyst
X.F.Lin*,Y.Y.Xi.G.D.Zhang.D.L.Phillips,W.Y.Guo
Organometallics,2014,33,2172−2181.
(5)HydrogenolysisofGlycerolbytheCombinedUseofZeoliteandNi/Al2O3asCatalysts:ARouteforAchievingHighSelectivityto1‑ropanol
X.F.Lin*,Y.H.Lv,Y.Y.Xi,Y.Y.Qu,D.L.Phillips,C.G.Liu
Energy&Fuels,2014,28,3345−3351.
(6)Alumina-supportedFecatalystpreparedbyvapordepositionanditscatalyticperformanceforoxidativedehydrogenationofethane
L.Y.Xu,X.F.Lin*,Y.Y.Xi,X.M.Lu,C.G.Liu
MaterialsResearchBulletin,2014,59,254-260.
(7)Acidcatalyzedfirstdehydrationofglycerolatthesecondarysite:theeffectofglycerolconformation
X.F.Lin*,Y.Y.Qu,Y.Y.Xi,C.G.Liu,
JournalofTheoreticalandComputationalChemistry,2014,13,1450016-1~1450016-15.
(8)ControllablesynthesisofZnxCd1-xSnanowireswithtunableopticalproperties
X.F.Lin,Y.Y.Xi,D.L.Lin
ActaPhys.-Chim.Sin.2014,30,576-582.
(9)Acombinedexperimentalandcomputationalstudyonthecatalyticdehydrationofglycerolonmicroporouszeolites:Aninvestigationofthereactionmechanismandacroleinselectivity
X.F.Lin*,Y.H.Lv,Y.Y.Qu,G.D.Zhang,Y.Y.Xi,D.L.Phillips,C.G.Liu,
Phys.Chem.Chem.Phys.,2013,15,20120.
(10)Thefirstdehydrationandthecompetingreactionpathwaysofglucosehomogeneouslyandheterogeneouslycatalyzedbyacids
X.F.Lin*,Y.Y.Qu,Y.H.Lv,Y.Y.Xi,D.L.Phillips,C.G.Liu,
Phys.Chem.Chem.Phys.,2013,15,2967.
(11)Unravelingthereactionmechanismfornickel-catalyzedoxidativedehydrogenationofethanebyDFT:TheC-Hbondactivationstepanditsfollowingpathways
X.F.Lin*,Y.Y.Xi,J.Sun,
J.Phys.Chem.C,2012,116,3503.
(12)Acomputationalstudyonthecompetingintramolecularamidationandaziridinationreactionscatalyzedbydirhodiumtetracarboxylate
X.F.Lin*,Y.Y.Xi,J.Sun
ComputationalandTheoreticalChemistry,2012,999,74.
(13)Theoreticalstudyonthehypervalentlambda(3)-bromanestrategyforBaeyer-Villigeroxidationofbenzaldehydeandacetaldehyde:rearrangementmechanism
H.Fu,S.W.Xie,A.P.Fu,X.F.Lin,H.Zhao,T.X.Ye,
OrganicandBiomolecularChemistry,2012,10,6333.
(14)Computationalinterpretationofthestereoselectivityforadirhodiumtetracarboxylate-catalyzedamidationreaction
X.F.Lin*,J.Sun,Y.Y.Xi,BoPang,
ComputationalandTheoreticalChemistry,2011,963,284.
(15)HowracemicsecondaryalkylelectrophilesproceedtoenantioselectiveproductsinNegishicross-couplingreactions
X.F.Lin*,J.Sun,Y.Y.Xi,D.L.Lin
Oragnometallics,2011,30,3284.
2010andbefore
(1)OxidativedehydrogenationofethanewithoxygencatalyzedbyK-Yzeolitesupportedfirst-rowtransitionmetals
X.F.Lin,K.R.Poeppelmeier,E.Weitz,
AppliedcatalysisA-General,2010,381,114.
(2)Oxidativedehydrogenation(ODH)ofethanewithO2asoxidantonselectedtransitionmetal-loadedzeolites
X.F.Lin,C.A.Hoel,W.M.H.Sachtler,K.R.Poeppelmeier,E.Weitz,
JournalofCatalysis,2009,265,54.
(3)ADFTStudyontheMechanismofRh2(II,II)-CatalyzedIntramolecularAminationofCarbamates
X.F.Lin,C.Y.Zhao,C.M.Che,Z.F.Ke,D.L.Phillips,
Chem.AsianJ.2007,2,1101.
(4)Surface-enhancedRamanscatteringintheultravioletspectralregion:UV-SERSonrhodiumandrutheniumelectrodes
B.Ren,X.F.Lin,Z.L.Yang,G.K.Liu,R.F.Aroca,B.W.Mao,Z.Q.Tian,
J.Am.Chem.Soc.2003,125,9598.
(5)Electrochemicalandsurface-enhancedRamanspectroscopicstudiesontheadsorptionandelectrooxidationofC1moleculesonaroughenedRhelectrode
X.F.Lin,B.Ren,Z.Q.Tian,
J.Phys.Chem.B2004,108,981.
(6)Reactionmechanismandstereoselectivityofruthenium-Porphyrin-catalyzedintramolecularamidationofsulfamateester:ADFTcomputationalstudy
X.F.Lin,C.M.Che,D.L.Phillips,
J.Org.Chem.,2008,73,529.
(7)Densityfunctionaltheorystudyofwater-assisteddeprotonationoftheC8-intermediateinthereactionofthe2-FluorenylnitreniumionwithguanosinetoformaC8adduct
Z.Guo,X.F.Lin,C.Y.Zhao,D.L.Phillilps,
JournalofMolecularStructure-Theochem,2008,848,119.
(8)Densityfunctionaltheorystudiesofnegishialkyl-alkylcross-couplingreactionscatalyzedbyamethyiterpyridyl-Ni(I)complex,
X.F.Lin,D.L.Phillips,
J.Org.Chem.,2008,73,3680
(9)ModelingSN2reactionsinmethanolsolutionbyabinitiocalculationofnucleophilesolvent-substrateclusters
X.F.Lin,C.Y.Zhao,D.L.Phillips,
J.Org.Chem.,2005,70,9279.
(10)Water-catalyzedO-HInsertion/HIeliminationreactionsofisodihalomethanes(CH2X-I,whereX=Cl,Br,I)withwaterandthedehalogenationofdihalomethanesinwater-solvatedenvironments
X.F.Lin,X.G.Guan,W.M.Kwok.C.Y.Zhao,Y.Du,Y.L.Li,D.L.Phillips,
J.Phys.Chem.A,2005,109,981.
(11)Water-catalyzeddehalogenationreactionsoftheisomerofCBr4anditsreactionproductsandacomparisontoanalogousreactionsoftheisomersofdi-andtrihalomethanes
C.Y.Zhao,X.F.Lin,W.M.Kwok,X.G.Guan,Y.Du,D.Q.Wang,K.F.Hung,D.L.Phillips,
Chem.Euro.J.,2005,11,1093.
(12)AnabinitiostudyofthereactionsofCH2X-X(X=Cl,Br,I)isopolyhalomethaneswithnCH3OH
X.F.Lin,C.Y.Zhao,D.L.Phillips,
MolecularSimulation,2005,31,483.
(13)AbinitioinvestigationoftheO-Y(Y=CH3,H)insertion/HIeliminationreactionsofCH2I-IwithCH3OHandH2O:comparisonofmethanolandwatercatalyzedreactions
X.F.Lin,C.Y.Zhao,D.L.Phillips,
Chem.Phys.Lett.2004,397,488.
(14)UltravioletphotolysisofCH2I2inmethanol:O-HinsertionandHIeliminationreactionstoformadimethoxymethaneproduct
X.G.Guan,X.F.Lin,W.M.Kwok,Y.Du,Y.L.Li,C.Y.Zhao,D.Q.Wang,D.L.Phillips
J.Phys.Chem.A2005,109,1247
(15)Surface-enhancedRamanspectroscopywithultravioletexcitation
X.F.Lin,B.Ren,Z.L.Yang,G.K.Liu,Z.Q.Tian,
J.RamanSpectrosc.2005,36,606.
(16)Electrochemicallyroughenedrhodiumelectrodeasasubstrateforsurface-enhancedRamanspectroscopy
B.Ren,X.F.Lin,J.W.Yan,B.W.Mao,Z.Q.Tian,
J.Phys.Chem.B2003,107,899.
(17)Optimizingdetectionsensitivityonsurface-enhancedRamanscatteringoftransition-metalelectrodeswithconfocalRamanmicroscopy
B.Ren,X.F.Lin,Y.X.Jiang,P.G.Cao,Y.Xie,Q.J.Huang,Z.Q.Tian,
Appl.Spectrosc.2003,57,419.
(18)Aninvestigationoftheadsorptionofpyrazineandpyridineonnickelelectrodesbyinsitusurface-enhancedRamanspectroscopy
Q.J.Huang,X.F.Lin,Z.L.Yang,J.W.Hu,Z.Q.Tian,
J.Electroanal.Chem.2004,563,121.
(19)ProbingdifferentadsorptionbehaviorofCOonPtatsolid/liquidandsolid/gasinterfacesbyRamanspectroscopywithathree-phaseRamancell
B.Ren,L.Cui,X.F.Lin,Z.Q.Tian,
Chem.Phys.Lett.2003,376,130.
(20)Surface-enhancedRamanscatteringfromtransitionmetalswithspecialsurfacemorphologyandnanoparticleshape
Z.Q.Tian,Z.L.Yang,B.Ren,J.F.Li,Y.Zhang,X.F.Lin,J.W.Hu,D.Y.Wu,
FaradayDiscussions2006,132,159
(21)ConfocalmicroprobeRamanspectroscopyforinvestigatingtheelectrochemicalinterface
B.Ren,F.M.Liu,X.F.Lin,Z.Q.Tian,
Chin.J.Electrochem.2001,7,41
(22)RhasaUbiquitousSubstratesforsurfaceenhancedRamanspectroscopy
B.Ren,X.F.Lin,Z.Q.Tian,
Chin.J.Electrochem.2001,7,55
(23)InsituRamanspectroscopicstudiesonthereductionofthesurfaceoxidesofrhodiumatsolid/liquidandsolid/gasinterfaces
X.F.Lin,B.Ren,Y.Y.Liao,W.Y.Hu,Z.Q.Tian,
Chin.J.LightScattering2002,14,111.
发表教学论文
1、非化学专业物理化学课中的情境创设——以油气储运专业为例，林旭锋，王芳珠，杨国华，化学教育，2015年第18期。
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