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涂料工业  2006 

有机-无机纳米复合涂料的制备、结构和性能

Keywords: 有机-无机(o/i)纳米复合涂料,纳米粒子,溶胶-凝胶,自组装

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Abstract:

?近年来,有机-无机(o/i)纳米复合涂料发展迅速,已成为涂料领域最活跃的研究方向之一,其制备方法可以分成三类:纳米粒子填充法、溶胶-凝胶法和自组装法。本综述系统讨论了上述三种路线的制备方法以及结构和性能的影响因素,同时给出了一些评价和建议。

References

[1]  baerdr,burrowspe,el-azabaa.enhancingcoatingfunctionalityusingnanoscienceandnanotechnology,progorgcoat,2003(47):342-356.
[2]  zhousx,wulm,sunj,etal.effectofnanosilicaonthepropertiesofpolyester-basedpolyurethane[j].japplpolymsci,2003,88(1):189-193.
[3]  贾志谦,杜振霞,陈建峰,等.改性纳米cacolixiaoyansub3lixiaoyansubend悬浮液流变行为及填充聚酯氨基清漆性能研究[j].材料科学与工程,2000,18(1):100-102.
[4]  xiongmn,gugx,youb,etal.preparationandcharacterizationofpoly(styrenebutylacrylate)latexnano-znonanocomposites[j].japplpolymsci,2003,90(7):1923-1931.
[5]  lihy,chenyf,ruancx,etal.preparationoforganic-inorganicmultifunctionalnanocompositecoatingviasol-gelroutes[j].jnanoparticleres,2001,3(2-3):157-160.
[6]  allenns,edgem,ortegaa,etal.behaviourofnanoparticel(ultrafine)titaniumdioxidepigmentsandstabilisersonthephotooxidativestabilityofwaterbasedacrylicandisocyanatebaseda2cryliccoatings[j].polymdegradstabil,2002,78(3):467-478.
[7]  carusof,carusora,mohwaldh.nanoengineeringofinorganicandhybridhollowspheresbycolloidaltemplating[j].science,1998,282(5391):1111-1114.
[8]  hattorih.two-stepassemblytechniqueforpreparationofpolymer-particlecompositefilms[j].thinsolidfilms,2001,385(1-2):302-306.
[9]  “worldpremiereatmercedes-benz:innovativenano-particleclearcoatofferssignificantlygreaterscratchresistanceandimprovedgloss”,http://www.benzworld.org/news/news.asp?id=254,december3,2003.
[10]  “hardceramic-likecoatings”,http://www.nanopowderenterpris2es.com/hard.html.
[11]  fernandor.nanomaterialtechnologyapplicationsincoatings[j].jctcoatingstech,2004,1(5):32-38.
[12]  zhousx,wulm,sunj,etal.thechangesofthepropertiesofacrylicbasedpolyurethaneviaadditionofnano-silica[j].progorgcoat,2002,45(1):33-42.
[13]  yanll,wangk,yel.superhydrophobicpropertyofpvdfcacolixiaoyansub3lixiaoyansubendnanocompositecoatings[j].jmaterscilett,2003,22(23):1713-1717.
[14]  [11]xut,xiecs.tetrapod-likenano-particlezno/acrylicresincompositeanditsmulti-functionproperty[j].progorgcoat,2003(46):297-301.
[15]  allenns,edgem,ortegaa,etal.degradationandstabilisationofpolymersandcoatings:nanoversuspigmentarytitaniaparticles[j].polymdegradstabil,2004,85(3):927-946.
[16]  chengd,zhousx,liaohm,etal.preparationofacrylicbasedpolyurethanecolloidalsilicacompositecoatingsanditsmorphology[j].jcomposmater,2005,39(3):215-231.
[17]  chenyc,zhousx,yanghh,etal.structureandpropertiesofpolyurethanenanosilicacomposites[j].japplpolysci,2005,95(5):1032-1039.
[18]  robertsonma,rudkinra,parsonaged,etal.mechanicalandthermalpropertiesoforganicinorganichybridcoatings[j].jsol-gelscitechnol,2003,26(1-3):291-295.
[19]  sellingera,weisspm,nguyena,etal.continuousself-assemblyoforganic-inorganicnanocompositecoatingsthatmimicnacre[j].nature,1998,394(6690):256-260.
[20]  [18]donleyms,mantzra,khramovan,etal.theself-assemblednanophaseparticle(snap)process:ananoscienceapproachtocoatings[j].progorgcoat,2003,47:401-415.
[21]  carusora,sushaa,carusof.multilayeredtitania,silica,andlaponitenanoparticlecoatingsonpolystyrenecolloidaltemplatesandresultinginorganichollowspheres[j].chemmater,2001,13(2):400-409.
[22]  [22]tiarksf,landfesterk,antoniettim.silicananoparticlesassurfactantsandfillersforlatexesmadebyminiemulsionpolymerization[j].langmuir,2001,17:5775-5780.
[23]  [23]chenm,wulm,zhousx,etal.synthesisofraspberry-likepmma/sio2nanocompositeparticlesviaasurfactant-freemethod[j].macromolecules,2004,37:9613-9619.
[24]  zhangsw,zhousx,wengym,etal.synthesisofsiolixiaoyansub2lixiaoyansubendpolystyrenenanocompositeparticlesviaminiemulsionpolymerization[j].langmuir,2005,21(6):2124-2128.

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