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图书馆类论文范例,与图书情报类文发表安徽省相关毕业论文格式
本论文是一篇图书馆类毕业论文格式,关于图书情报类文发表安徽省相关本科毕业论文范文。免费优秀的关于图书馆及计算机类及数据库方面论文范文资料,适合图书馆论文写作的大学硕士及本科毕业论文开题报告范文和学术职称论文参考文献下载。
understandingthesurfacestructureofmetalsinthe'strong-metalsupportinteraction'(SMSI)stateissummarized.Literatureisreviewedontheadsorptionandreactionofawidevarietyofinanicmolecules(H2,O2,H2O,CO,CO2,N2,NH3,NOx,sulfur-andhalogen-containingmolecules,raregases)aswellasanicmolecules(carboxylicacids,alcohols,aldehydesandketones,alkynes,pyridineanditsderivates,silanes,methylhalides).TheapplicationofTiO2-basedsystemsinphoto-activedevicesisdiscussed,andtheresultsonUHV-basedphotocatalyticstudiesaresummarized.
ThereviewendswithabriefconclusionandoutlookofTiO2-basedsurfacescienceforthefuture.
9.题名:TiO"2photocatalysisandrelatedsurfacephenomena
关 键 词:Titaniumdioxide,Titania,TiO2,Self-cleaningsurfaces,Superhydrophiliceffect,Aniondoping,Watersplitting,Environmentalcleaning
关 键 词:二氧化钛自清洁表面亲水性影响阴离子掺杂水裂解环境清洁SurfaceScienceReports,Volume63,Issue12,December2016,Pages515-582
作者:Fujishima,A.,Zhang,X.,Tryk,D.A.
摘 要:Thefieldofphotocatalysiscanbetracedbackmorethan80yearstoearlyobservationsofthechalkingoftitania-basedpaintsandtostudiesofthedarkeningofmetaloxidesincontactwithanicpoundsinsunlight.Duringthepast20years,ithasbeeanextremelywellresearchedfieldduetopracticalinterestinairandwaterremediation,self-cleaningsurfaces,andself-sterilizingsurfaces.Duringthesameperiod,therehasalsobeenastrongefforttousephotocatalysisforlight-assistedproductionofhydrogen.Thefundamentalaspectsofphotocatalysisonthemoststudiedphotocatalyst,titania,arestillbeingactivelyresearchedandhaverecentlybeequitewellunderstood.Themechanismsbywhichcertaintypesofanicpoundsaredeposedpletelytocarbondioxideandwater,forexample,havebeendelineated.However,certainaspects,suchasthephoto-inducedwettingphenomenon,remaincontroversial,withsomegroupsmaintainingthattheeffectisasimpleoneinwhichaniccontaminantsaredeposed,whileothergroupsmaintainthatthereareadditionaleffectsinwhichtheintrinsicsurfacepropertiesaremodifiedbylight.Duringthepastseveralyears,powerfultoolssuchassurfacespectroscopictechniquesandscanningprobetechniquesperformedonsinglecrystalsinultra-highvacuum,andultrafastpulsedlaserspectroscopictechniqueshavebeenbroughttobearontheseproblems,andnewinsightshavebeepossible.Quantumchemicalcalculationshavealsoprovidednewinsights.Newmaterialshaverecentlybeendevelopedbasedontitania,andthesensitivitytovisiblelighthasimproved.Thenewinformationavailableisstaggering,butwehopetoofferanoverviewofsomeoftherecenthighlights,aswellastoreviewsomeoftheoriginsandindicatesomepossiblenewdirections.
10.题名:Microstructure,martensitictransformationandmechanicalpropertiesofNi"5"0Mn"3"0Ga"2"0"-"xCu"xferromagicshapememoryalloys
关 键 词:Ni50Mn30Ga20xCux,Microstructure,Martensitictransformation,Mechanicalproperties
关 键 词:Ni50Mn30Ga20xCux,微观结构机械性能JournalofAlloysandCompounds,Volume538,October2016,Pages1-4
作者:Tan,C.L.,Dong,G.F.,Gao,L.,Sui,J.H.,Gao,Z.Y.,Cai,W.
摘 要:TheeffectofpartialsubstitutionofCuforGaonthemicrostructure,martensitictransformationandmechanicalpropertiesofNi50Mn30Ga20xCuxalloyswasinvestigatedbyopticalmicroscope(OM),differentscanningcalorimetry(DSC)andX-raydiffraction(XRD).TheresultsshowthattheNi50Mn30Ga20xCuxalloysexhibitthermoelasticmartensitictransformation.ThemartensitictransformationtemperaturesoftheNi50Mn30Ga20xCuxsampleincreaseremarkablywithincreaseofCucontent,whilethemartensitestructureofthesealloyschangesfrom7Mtonon-modulatedTmartensiteatroomtemperature.Inaddition,thepressivestrengthandfracturestrainofalloysareclearlyenhancedwithincreaseofCucontent,whichcanbeattributedtothestrengtheningofsolution.
11.题名:Carbonnanotube-polymerposites:Chemistry,processing,mechanicalandelectricalproperties
题名:碳纳米管聚合物复合材料:化学,加工,机械和电气性能
出处:ProgressinPolymerScience,Volume35,Issue3,March2016,Pages357-401
作者:Spitalsky,Z.,Tasis,D.,Papagelis,K.,Galiotis,C.
摘 要:Carbonnanotubeshavelongbeenrecognizedasthestiffestandstrongestman-madematerialknowntodate.Inaddition,theirhighelectricalconductivityhasrousedinterestintheareaofelectricalappliancesandmunicationrelatedapplications.However,duetotheirminisculesize,theexcellentpropertiesofthesenanostructurescanonlybeexploitediftheyarehomogeneouslyembeddedintolight-weigatricesasthoseofferedbyawholeseriesofengineeringpolymers.Wereviewthepresentstateofpolymernanopositesresearchinwhichthefillersarecarbonnanotubes.Inordertoenhancetheirchemicalaffinitytoengineeringpolymermatrices,chemicalmodificationofthegraphiticsidewallsandtipsisnecessary.Inthisreview,anextendedaccountofthevariouschemicalstrategiesforgraftingpolymersontocarbonnanotubesandthemanufacturingofcarbonnanotube/polymernanopositesisgiven.Themechanicalandelectricalpropertiestodateofawholerangeofnanopositesofvariouscar
图书馆类论文范例,与图书情报类文发表安徽省相关毕业论文格式参考文献资料：