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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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lf4铝合金微弧氧化膜的性能
Abstract:
？将lf4铝合金在次亚磷酸钠复合体系中进行微弧氧化,研究了工艺条件对微弧氧化膜层的成膜速率和耐蚀性的影响.结果表明,电流密度、氧化时间、氧化液温度和搅拌强度等工艺条件对微弧氧化膜层的性能有很大的影响,找出了最佳工艺参数,并制备出厚度达80μm耐蚀性强的微弧氧化陶瓷膜.微弧氧化膜主要由al、si和o元素及少量p组成,其结构由致密层(内层)和疏松层(外层)构成,疏松层有许多气孔,内层光滑致密,具有很强的耐蚀性能.
| [1] | 1fushuhong,huiweijun,liuzhonghua,donghan,wengyuqing,fatiguefracturebehaviourofamediumcarbonhigh-strengthspringsteelof2000mpaclass,j.ofiron&steelresearch,18(10),30(2006)(付书红，惠卫军，刘中华，董瀚，翁宇庆，一种2000mpa级中碳高强度弹簧钢的疲劳破坏行为，钢铁研究学报，18(10)，30(2006))
|
| [2] | 2huiweijun,donghan,wengyuqing,developmenttrendofhighstrengthsteelsusedforautomotivesus-pensioncoilsprings,journalofironandsteelresearch,13(2),67(2001)(惠卫军，董瀚，翁宇庆，汽车螺旋悬挂用钢的发展动向，钢铁研究学报，13(2)，67(2001))
|
| [3] | 3c.s.lee,k.a.lee,d.m.li,s.j.yoo,w.j.nam,mi-crostructuralinfluenceonfatiguepropertiesofahigh-strengthspringsteel,mater,sci.engng.,a241,30(1998)
|
| [4] | 4yanguiling,wanghong,gaoqing,ultrasonicfa-tiguetestinganditsapplications,mechanicsinengineer-ing,26,25(2004)(闫桂玲，王弘，高庆，超声疲劳实验方法及其应用，力学与实践，26，25(2004))
|
| [5] | 5j.m.zhang,s.x.li,z.g.yang,g.y.li,w.j.hui,y.q.weng,influenceofinclusionsizeonfatiguebe-haviorofhighstrengthsteelsinthegigacyclefatigueregime,int.j.offatigue,29(4),765(2007)
|
| [6] | 12nieyihong,huiweijun,fuwantang,wengyuqing,donghan,ultrahighcyclefatiguebehaviorofmedi-umcarbonhighstrengthspringsteelnhs1,actametall.sinica,43(10),1031(2007)(聂义宏，惠卫军，傅万堂，翁宇庆，董瀚，一种中碳高强度弹簧钢超高周疲劳破坏行为的研究，金属学报，43(10)，1031(2007))
|
| [7] | 14k.tanaka,y.akiniwa,fatiguecrackpropagationbehav-iourderivedfroms-ndatainveryhighcycleregime,fa-tiguefract.engng.mater.struct.,25,775(2002)
|
| [8] | 6zhangjiming,yangzhenguo,lishouxin,liguangyi,huiweijun,wengyuqing,ultrahighcy-clefatiguebehaviorofautomotivehighstrengthspringsteels54sicrv6and54sicr6,actametall.sinica,42(3),259(2006)(张继明，杨振国，李守新，李广义，惠卫军，翁宇庆，汽车用高强度弹簧钢54sicrv6和54sicr6的超高周疲劳行为，金属学报，42(3)，259(2006))
|
| [9] | 7z.g.yang,g.yao,g.y.li,s.x.li,z.m.chu,w.j.hui,h.dong,y.q.weng,theeffectofinclusionsonthefatiguebehavioroffine-grainedhighstrength42crmovnbsteel,int.j.offatigue,26,959(2004)
|
| [10] | 8t.abe,y.furuya,s.matsuoka,gigacyclefatigueproper-tiesof1800mpaclassspringsteels,fatiguefract.engng.mater.struct.,27,159(2004)
|
| [11] | 9q.y.wang,j.y.berard,a.dubarre,g.baudry,s.rathery,c.bathias,gigacyclefatigueofferrousalloys,fatiguefract.engng.mater.struct.,22,667(1999)
|
| [12] | 10y.murakami,n.yokoyama,j.nagata,mechanismoffa-tigueinultralongliferegime,fatiguefract.engug.mater.struct.,25,735(2002)
|
| [13] | 11nieyihong,huiweijun,fuwantang,wengyuqing,effectofcleanlinessonfatiguefracturebehav-iorof42crmosteel,chinesej.ofmaterialsresearch,21(suppl),123(2007)(聂义红，惠卫军，傅万堂，翁字庆，洁净度对42crmo钢疲劳破坏行为的影响，材料研究学报，21(增刊)，123(2007))
|
| [14] | 13t.sakai,y.sato,n.oguma,characteristics-npropertiesofhigh-carbon-chromium-bearingsteelunderaxiallore:linginlong-lifefatigue,fatiguefract.engng.mater.struct.,25,765(2002)
|
| [15] | 15y.ochi,t.matsumura,k.masaki,s.yoshida.high-cyclerotatingbendingfatiguepropertyinverylong-liferegimeofhigh-strengthsteels,fatiguefract.engng.mater.struct.,26,823(2002)
|
| [16] | 16luliantao,k.shinozawa,y.morii,s.nishino,fatiguefractureprocessofahigh-carbon-chromiumbearingsteelinultra-longliferegime,actametall.sinica,41(10),1066(2005)(鲁连涛，盐泽和章，森井佑一，西野精一，高碳铬轴承钢超长寿命疲劳破坏过程的研究，金属学报，41(10)，1066(2005))
|
| [17] | 17y.murakami,t.nomoto,t.ueda,factorsinfluencingthemechanismofsuperlongfatiguefailureinsteels,fatiguefract.engng.mater.struct.,22,581(1999)
|
| [18] | 18y.murakami,s.kodama,s.konuma,quantitativeeval-uationofeffectsofnon-metallicinclusionsonfatiguestrengthofhighstrengthsteels(i),int.j.fatigue,11(5),291(1989)
|
| [19] | 19wangxishu,liangfeng,zengyanping,xiexishan,seminsituobservationstotheeffectsofinclusionsoninitiationandpropagationofthelowcyclefatiguecrackinsuperstrengthsteel,actametall.sinica,41(12),1272(2005)(王习术，梁锋，曾燕屏，谢锡善，夹杂物对超高强度钢低周疲劳裂纹萌生及扩展影响的原位观察，金属学报，41(12)，1272(2005))
|
| [20] | 20k.tanaka,y.nakai,m.yamashita,fatiguegrowththresh-oldofsmallcracks,int.j.offracture,17(5),519(1981)
|
| [21] | 21hongyoushi,fangbiao,theoryandmeso-scopicprocessofinitiationandpropagationofshortfatiguecrack,advanceinmechanics,23(4),468(1993)(洪友士，方飚，疲劳短裂纹萌生及发展的细观过程和理论，力学进展，23(4)，468(1993))k
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