液体中激光烧蚀法制备纳米材料

,Groupmembers：OuQian,ChaoZhang,DanJia,YanpingSu,LuluWen,GangfengWei,YongkuiWang,DongfangWang,XiangyangSong,WenWang,HaiyingZheng.,NanomaterialsGeneratedbyLaserAblationinLiquids,BasicmechanismofLAL(laserablationinliquids),SketchofthemainstagesofLAL,Phys.Chem.Chem.Phys.,2013,15,3027-3046,BasicmechanismofLAL,Sketchoftheplasmaplumeformedbylaserablationofametaltarget.*Denotesexcitedand/orionizedstates,Phys.Chem.Chem.Phys.,2009,11,38053821,BasicmechanismofLAL,FeONanoparticlesbyLAL,Adv.Funct.Mater.2012,22,13331353,NanoparticlesDerivedfromLALmethod,Highactivityandreactivity,LAL-inducedNPs,Stableandsurfacepassivated,A(assembleorgrowth)A+B=CNewcompounds=ABComposites,ActivityandReactivity,C,Examples,1.LAL-basedtofabricatecarbon-encapsulatedmetalcarbides2.LAL-basedsynthesisofternaryoxides3.LAL-basedcomplexoxidenoblemetalnanocomposites,pulselaser,acetone,target,Tantalumtarget,1.LAL-basedtofabricatecarbon-encapsulatedmetalcarbides,TaCCNPs,Carbon,2013,55,108115,NbCC,MoxCC,Co3CC,Moinethonal,Nbinethonal,Coinacetone,Moreproductscanbesynthesized,theformationprocessofcarbon-encapsulatedmetalcarbides,2.LAL-basedsynthesisofternaryoxides,J.Mater.Chem.,2012,22,1721017214,DesignforternaryoxidesbasedonA+B=C,variousternaryoxides,Morphology,structureandsizecanbemodified,ReactiontemperatureReactiontimepHvalue,3.LAL-basedcomplexoxidenoblemetalnanocomposites,Adv.Mater.2013,25,20402044,BriefSummary,LAL-generatedNMspresentuniqueactivity,beneficialforobtainingnewpropertiesandnewstructuresLAL-generatedNMsdisplayuniquereactivitycanbeusedasprecursorsforpreparingne