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OALib Journal期刊
ISSN: 2333-9721
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纳米tio2对不饱和聚酯树脂（tio2/upr）的改性
Keywords: 纳米tio2,不饱和聚酯树脂,增韧,增强
Abstract:
？将纳米tio2粉加入到不饱和聚酯中进行同时增韧增强改性，在用简支梁冲击强度表征纳米tio2/upr的韧性时，发现树脂有明显的脆韧转变现象，在脆—韧转变点tio2含量为6%（质量分数）。纳米tio2/upr弯曲强度和冲击强度分别比upr提高了55%和46%。在扫描电子显微镜下观测纳米tio2/upr的冲击断口形貌时发现，在脆—韧转变点附近纳米tio2/upr的微观形态发生了从脆性断裂到韧性断裂的形貌特征。
| [1] | 1b.cina,u.s.patent3856584,december24,1974
|
| [2] | 2w.wallace,j.c.beddoes,m.c.demalherbe,anewap-proachtotheproblemofstresscorrosioncrackingin7075-t6aluminum.canadianaeronauticsandspacejournal,27,222(1981)
|
| [3] | 3m.u.islam,w.wallace,retrogressionandreagingre-sponseof7475aluminiumalloy.metalstechnology,10(10),386(1983)
|
| [4] | 4c.d.nguyen,k.rajan,w.wallace,atemstudyofmi-crostructuralchangesduringretrogressionandreagingin7075aluminumalloy.metallurgicaltransactionsa(phys-icalmetallurgyandmaterialsscience),14(9),1843(1983)
|
| [5] | 5n.danh,k.rajan,w.wallace,discussionofeffectofret-rogressionandreagingtreatmentsonthemicrostructureofal-7075-t651.metallurgicaltransactionsa(physicalmetallurgyandmaterialsscience),16(11),2068(1985)
|
| [6] | 6m.u.islam,w.wallace,stresscorrosioncrackgrowthbe-haviourof7475t6retrogressedandreagedaluminumal-loy.metalstechnology,11(8),320(1984)
|
| [7] | 11d.a.luckasak,r.m.hart,aluminumalloydevelopmenteffortsforcompressiondominatedstructureofaircraft.lightmetalage,10,11(1991)
|
| [8] | 12s.h.paul,soluteeffectsonelectromigration,phys.rev.b,8,4534(1973)
|
| [9] | 13r.landauer,j.w.f.woo,drivingforceinelectromigra-tion,phys.rev.b,10,1266(1974)
|
| [10] | 15liuzhiyi,liubing,dengxiaotie,leiyi,cuijianzhong,baiguangrtm,effectofcurrentpulseonmechanismofsuperplasticdeformationof2091al-lial-loy,acta.metall.sinica,36(9),944(2000)(刘志义，刘冰，邓小铁，雷毅，崔建忠，白光润，脉冲电流对2091al-li合金超塑变形机理的影响，金属学报，36(9)，944(2000))
|
| [11] | 17j.r.rickens,l.christodoulou,thestress-corrosioncrack-ingbehaviorofhighstrengthaluminumpowdermetallurgealloys,metall.trans.,18a(1),135(1987)
|
| [12] | 7r.t.holt,v.r.parameswaran,w.wallace,rratreat-mentof7075-t6aluminumcomponents,canadianaero-nauticsandspacejournal,42(2),83(1996)
|
| [13] | 8j.c.lin,h.l.liao,w.d.jehng,c.h.chang,s.l.lee,ef-fectofheattreatmentsonthetensilestrengthandscc-resistanceofaa7050inanalkalinesalinesolution,corro-sionscience,48,3139(2006)
|
| [14] | 9k.rajan,w.wallace,j.c.beddoes,microstructuralstudyofahighstrength-stress-corrosionresistant7075alu-minumalloy,j.mat.sci.,17,2817(1982)
|
| [15] | 10wuyilei,liyongwei,qiangjun,lichunyu,develop-mentandapplicationofsuper-highstrengthaluminumal-loy,journalofaeronauticalmaterials,2(1),49(1994)(吴一雷，李永伟，强俊，李春玉，超高强度铝合金的发展和应用．航空材料学报，2(1)，49(1994))
|
| [16] | 14liuzhiyi,xuxiaochang,cuijianzhong,effectofelec-triccurrentoulseongraingrowthinsuperplasticdefor-mationof2091al-lialloy.transactionsofnonferrousmetalssocietyofchina,13(4),743(2003)
|
| [17] | 16liuzhiyi,dengxiaotie,wangyinzhen,effectsofelectriccurrentpulseonthedynamicsofdynamicrecrys-tallizationin2091al-lialloy,chinesejournalofmateri-alsresearch,15(3),358(2001)(刘志义，邓小铁，王引真，脉冲电流对2091铝锂合金动态再结晶动力学的影响，材料研究学报，15(3)，358(2001)
|
| [18] | 18a.thakur,r.raman,s.n.malhotra,hydrogenembrittle-mentstudiesofagedandretrogressed-reagedal-zn-mgalloys,materialschemistryandphysics,101,441(2007)
|
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