|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
聚醋酸乙烯酯/纳米zno颗粒复合材料的等离子聚合及其光学性能
Keywords: 复合材料,？等离子聚合,？表面改性,？纳米zno
Abstract:
？采用等离子镀膜方法在纳米zno颗粒表面沉积一层有机薄膜,制备出聚合物/zno复合材料。用高分辨透射电子显微镜(hrtem)、傅立叶变换红外光谱(ftir)、光致发光光谱(pl)和紫外--可见吸收光谱(uv--vis)对其形貌、结构和性能进行表征,研究了聚合物/zno复合材料的光学性能以及聚合物与纳米zno颗粒的结合强度。结果表明,用等离子镀膜法可在纳米zno颗粒表面沉积一层醋酸乙烯酯(vac)聚合物薄膜,薄膜与无机纳米zno颗粒以共价键形式结合,结合牢固。这层聚合物薄膜改变了纳米zno的表面性能,导致聚合物/zno复合材料的紫外--可见吸收能力增强而光致发光性能降低。
| [1] | 1l.feng,c.cheng,b.d.yao,n.wang,m.m.t.loy,photoluminescencestudyofsingleznonanostructures:sizeeffect,appliedphysicsletters,95(5),053113(2009)
|
| [2] | 2y.l.wu,a.i.y.tok,f.y.c.boey,x.t.zeng,x.h.zhang,surfacemodificationofznonanocrystals,appliedsurfacescience,253(12),5473(2007)
|
| [3] | 10tianjiwen,chenmin,lichangmin,zhangqingyu,renchunsheng,advancesinbiomaterialsurfacem0dificationforbiomoleculesimmobilizationusinglowztemperatureplasma,materialsreview,19(3),10(2005)
|
| [4] | (田继问,陈敏,李长敏,张庆瑜,任春生,低温等离子体对生物材料表面改性固定生物分子的研究进展,材料导报,19(3),10(2005))
|
| [5] | 11z.n.utegulov,d.b.mast,p.he,d.l.shi,r.f.gilland,functionalizationofsingle–walledcarbonnanotubesusingisotropicplasmatreatment:resonantramanspectroscopy
|
| [6] | study,journalofappliedphysics,97(10),4(2005)
|
| [7] | 12m.w.shao,m.l.zhang,n.b.wong,d.d.d.ma,h.wang,w.w.chen,s.t.lee,ag–modifiedsiliconnanowiressubstrateforultrasensitivesurface–enhancedramanspectroscopy,
|
| [8] | 16d.s.vicentini,a.smania,m.c.m.laranjeira,chitosan/poly(vinylalcohol)filmscontainingznonanoparticlesandplasticizers,materialsscience&engineeringc–materialsforbiologicalapplications,30(4),503(2010)
|
| [9] | 18m.h.rashid,m.raula,r.r.bhattacharjee,t.k.mandal,low–temperaturepolymer–assistedsynthesisofshape–tunablezincoxidenanostructuresdispersibleinbothaqueousandnon–aqueousmedia,journalofcolloidandinterfacescience,339(1),249(2009)
|
| [10] | forinvivoimaging,advancedmaterials,19(22),4033(2007)
|
| [11] | 21l.p.peng,l.fang,x.f.yang,y.j.li,q.l.huang,f.wu,c.y.kong,effectofannealingtemperatureonthestructureandopticalpropertiesofin–dopedznothinfilms,journalofalloysandcompounds,484(1–2),575(2009)
|
| [12] | 19p.he,y.gao,j.lian,l.m.wang,d.qian,j.zhao,w.wang,m.j.schulz,x.p.zhou,d.l.shi,surfacemodificationandultrasonicationeffectonthemechanicalpropertiesofcarbonnanofiber/polycarbonatecomposites,compositesparta–appliedscienceandmanufacturing,37(9),1270(2006)
|
| [13] | 20d.l.shi,y.guo,z.y.dong,j.lian,w.wang,g.k.liu,l.m.wang,r.c.ewing,quantum–dot–activatedluminescentcarbonnanotubesviaananoscalesurfacefunctionalization
|
| [14] | 22j.zhang,l.d.sun,h.y.pan,c.s.liao,c.h.yan,znonanowiresfabricatedbyaconvenientroute,newjournalofchemistry,26(1),33(2002)
|
| [15] | 23g.xiong,u.pal,j.g.serrano,correlationsamongsize,defects,andphotoluminescenceinznonanoparticles,journalofappliedphysics,101(2),024317(2007)
|
| [16] | 24r.o.moussodia,l.balan,r.schneider,synthesisandcharacterizationofwater–solubleznoquantumdotspreparedthroughpeg–siloxanecoating,newjournalofchemistry,32(8),1388(2008)
|
| [17] | 25b.karthikeyan,c.s.s.sandeep,r.philip,m.l.baesso,studyofopticalpropertiesandeffectivethree–photonabsorptioninbi–dopedznonanoparticles,journalofappliedphysics,106(11),114304(2009)
|
| [18] | 26s.mandal,a.dhar,s.k.ray,growthandphotoluminescencecharacteristicsofznotripods,journalofappliedphysics,105(3),033513(2009)
|
| [19] | 27z.q.li,y.xie,y.j.xiong,r.zhang,anovelnon–templatesolutionapproachtofabricateznohollowsphereswithacoordinationpolymerasareactant,newjournalofchemistry,
|
| [20] | 27(10),1518(2003)
|
| [21] | 28a.glaria,m.l.kahn,t.cardinal,f.senocq,v.jubera,b.chaudret,lithiumionasgrowth–controllingagentofznonanoparticlespreparedbyorganometallicsynthesis,newjournalofchemistry,32(4),662(2008)
|
| [22] | 29y.h.tong,y.c.liu,s.x.lu,l.dong,s.j.chen,z.y.xiao,theopticalpropertiesofznonanoparticlescappedwithpolyvinylbutyral,journalofsol–gelscienceandtechnology,30(3),157(2004)
|
| [23] | 30g.g.khan,n.mukherjee,a.mondal,n.r.bandyopadhyayanda.basumallick,opticalandfieldemissioncharacteristicsofanodicaluminiumoxide/znohybridnanostructure,materialschemistryandphysics,122(1),60(2010)
|
| [24] | 31n.c.das,s.upreti,p.e.sokol,smallangleneutronscatteringandphotoluminescencepropertyofwetchemistryprocesssynthesisedznonanoparticles,journalofexperimental
|
| [25] | nanoscience,5(2),180(2010)
|
| [26] | 32h.c.zhu,j.iqbal,h.j.xu,d.p.yu,ramanandphotoluminescencepropertiesofhighlycudopedznonanowiresfabricatedbyvapor–liquid–solidprocess,journalofchemicalphysics,129(12),5(2008)
|
| [27] | 33q.j.yu,w.y.fu,c.l.yu,h.b.yang,r.h.wei,m.h.li,s.k.liu,y.m.sui,z.l.liu,m.x.yuan,g.t.zou,g.r.wang,c.l.shao,y.c.liu,fabricationandopticalpropertiesoflarge–scaleznonanotubebundlesviaasimplesolutionroute,journalofphysicalchemistryc,111(47),17521(2007)
|
| [28] | 34c.l.yang,j.n.wang,w.k.ge,l.guo,s.h.yang,d.z.shen,enhancedultravioletemissionandopticalpropertiesinpolyvinylpyrrolidonesurfacemodifiedznoquantumdots,journalofappliedphysics,90(9),4489(2001)
|
| [29] | 3l.c.chao,s.h.yang,growthandaugerelectronspectroscopycharacterizationofdonut–shapedznonanostructures,appliedsurfacescience,253(17),7162(2007)
|
| [30] | 4y.j.jang,c.simer,t.ohm,comparisonofzincoxidenanoparticlesanditsnano–crystallineparticlesonthephotocatalyticdegradationofmethyleneblue,materials
|
| [31] | researchbulletin,41(1),67(2006)
|
| [32] | 5j.eriksson,v.khranovskyy,f.soderlind,p.o.kall,r.yakimova,a.l.spetz,znonanoparticlesorznofilms:acomparisonofthegassensingcapabilities,sensorsand
|
| [33] | actuatorsb–chemical,137(1),94(2009)
|
| [34] | 6s.chakrabarti,b.k.dutta,photocatalyticdegradationofmodeltextiledyesinwastewaterusingznoassemiconductorcatalyst,journalofhazardousmaterials,112(3),
|
| [35] | 269(2004)
|
| [36] | 7m.l.curri,r.comparelli,p.d.cozzoli,g.mascolo,a.agostiano,colloidaloxidenanoparticlesforthephotocatalyticdegradationoforganicdye,materialsscience&engineeringc–biomimeticandsupramolecularsystems,23(1–2),285(2003)
|
| [37] | 8r.y.hong,t.t.pan,j.z.qian,h.z.li,synthesisandsurfacemodificationofznonanoparticles,chemicalengineeringjournal,119(2–3),71(2006)
|
| [38] | 9f.h.su,z.z.zhang,w.m.liu,frictionandwearbehaviorofhybridglass/ptfefabriccompositereinforcedwithsurfacemodifiednanometerzno,wear,265(3–4),311(2008)
|
| [39] | appliedphysicsletters,93(23),233118(2008)
|
| [40] | 13d.l.shi,j.lian,p.he,l.m.wang,w.j.vanooij,m.schulz,y.j.liu,d.b.mast,plasmadepositionofultrathinpolymerfilmsoncarbonnanotubes,appliedphysicsletters,81(27),5216(2002)
|
| [41] | 14d.l.shi,s.x.wang,w.j.vanooij,l.m.wang,j.g.zhao,z.yu,uniformdepositionofultrathinpolymerfilmsonthesurfacesofal2o3nanoparticlesbyaplasmatreatment,appliedphysicsletters,78(9),1243(2001)
|
| [42] | 15j.zhao,d.l.shi,j.lian,smallanglelightscatteringstudyofimproveddispersionofcarbonnanofibersinwaterbyplasmatreatment,carbon,47(10),2329(2009)
|
| [43] | 17e.kandare,j.m.hossenlopp,thermaldegradationofacetate–intercalatedhydroxydoubleandlayeredhydroxysalts,inorganicchemistry,45(9),3766(2006)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
