OALib Journal期刊
ISSN: 2333-9721
费用:99美元
|
|
|
硅烷偶联剂在二氧化硅基片表面吸附膜的形貌
Abstract:
?使用原子力显微镜(afm)观测了吸附在二氧化硅基片表面的硅烷偶联剂薄膜的形貌.结果表明,在气相法吸附过程中偶联剂是以分子形态吸附在基片表面,而在液相法吸附过程中偶联剂是以分子聚合体的形态吸附在基片表面,因此通过气相法吸附在基片表面的吸附膜比通过液相法吸附在基片表面的吸附膜光滑.硅烷偶联剂在二氧化硅基片表面有化学吸附和物理吸附两种模式,吸附了硅烷偶联剂薄膜的基片表面呈现出一定的疏水性.
References
[1] | 1n.suzukia,m.itoa,f.yatsuyanagi,effectsofrubber/fillerinteractionsondeformationbehaviorofsilicafilledsbrsystems.polymer,48(1),193(2005)
|
[2] | 2r.j.cardoso,a.shulda,a.bose,effectofparticlesizeandsurfacetreatmentonconstitutivepropertiesofpolyester-cenospherecomposites.journalofmaterialsscience,37(3),603(2002)
|
[3] | 3wangna,liangyan,zhangjunqi,limingtian,zhangjinsong,effectofsilanecouplingagentmodi-fiedmcm-41onthepropertiesofepoxyresin/nanosizedmesoporousmcm-41composites.chinesejournalofma-terialsresearch,19(1),94(2005)(王娜,粱艳,张军旗,李明天,张劲松,硅烷修饰对环氯树脂/纳米介孔mcm-41复合材料性能的影响.材料研究学报,19(1),94(2005))
|
[4] | 7zhaohuijun,wangdeping,huanngwenhai,zhangzhongjie,influenceofchemicalmodificationontheperformanceoffe_3o_4magneticmicrcepheres.chi-nesejournalofmaterialsresearch,18(5),494(2004)(赵慧君,王德平,黄文海,张中杰,化学修饰对fe_3o_4磁性微球性能的影响.材料研究学报,18(5),494(2004))
|
[5] | 8h.l.lieng,wettabilityandconformationofreactivepolysiloxanes.journalofcolloidandinterfacescience,27(4),751(1968)
|
[6] | 9a.barry,tailoringsurfaceswithsilanes.chemtech.,7(4),766(1977)
|
[7] | 10hanjimei,liyubao,molirong,wangxuejiang,xufenglan,wuxi,wulan,studyontheinterfacialinter-actionbetweenγ-(trimethoxysilyl)propylmethacrylateandnano-apatite.journaloffunctionalmaterials,36(4),629(2005)(韩纪梅,李玉宝,莫利蓉,王学江,许凤兰,吴曦,吴兰,γ-甲基丙烯酸丙酯基三甲氧基硅烷与n-ha的界面作用研究.功能材料,38(4),629(2005))
|
[8] | 11j.p.matinlinna,s.areva,l.v.j.lassila,p.k.vallittu,characterizationofsiloxanefilmsontitaniumsubstratederivedfromthreeaminosilanes.surfaceandinterfaceanalysis,36(9),1314(2004)
|
[9] | 14c.rill,a.glaser,j.foisner,h.hoffmann,g.friedbacher,temperature-dependentformationofoctadecylsiloxaneself-assembledmonolayersonmicaasstudiedbyatomicforcemicroscopy.langmuir,21(14),6289(2005)
|
[10] | 15i.lee,r.p.wool,controllingaminereceptorgroupdensityonaluminumoxidesurfacesbymixedsilaneselfassembly.thinsolidfilms,379(1~2),94(2000)
|
[11] | 16y.c.wang,m.ferrari,surfacemodificationofmicroma-chinedsiliconfilters.journalofmaterialsscience,35(19),4923(2000)
|
[12] | 17k.c.popat,s.sharma,b..w.johnson,t.a.desai,afmanalysisoforganicsilanethinfilmsforbiomemsapplica-tions.surfaceandinterfaceanalysis,35(2),205(2003)
|
[13] | 18c.carraro,o.w.yauw,m.m.sung,r.maboudian,ob-servationofthreegrowthmechanismsinself-assembledmonolayers,thejournalofphysicalchemistryb,102(23),4441(1998)
|
[14] | 4t.jesionowski,j.zurawska,a.krysztafidewicz,surfacepropertiesanddispersionbehaviourofprecipitatedsilicas.journalofmaterialsscience,37(8),1621(2002)
|
[15] | 5y.y.sun,z.q.zhang,c.p.wong,studyonmono-dispersednano-sizesilicabysurfacemodificationforun-derfillapplications.journalofcolloidandinterfacesci-ence,292(2),436(2005)
|
[16] | 6t.jesionowski,a.krysztafkiewicz,influenceofsilanecou-plingagentsonsurfacepropertiesofprecipitatedsilicas.appliedsurfacescience,172(1~2),18(2001)
|
[17] | 12s.c.jain,v.k.tanwar,v.dixit,s.p.verma,s.b.samanta,surfaceorderandstructurestudiesofpolymer-solidin-terface.appliedsurfacescience,182(3~4),350(2001)
|
[18] | 13y.z.du,l.l.wood,s.s.sanvedra,growthbehaviorandstructureofalkyltrichlorosilanemonolayersbearingthioacetateandacetatetailgroups.materialsscienceandengineering:c,7(2),161(2000)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|