|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
磁头表面含氟三氯硅烷自组装膜的生长机理
Abstract:
？在磁头表面制备了1h,1h,2h,2h-四氢全氟辛烷基三氯硅烷(fots)自组装膜,采用x射线光电子能谱仪(xps)、时间飞行二次离子质谱仪(tof-sims)、接触角测量仪和原子力显微镜(afm)对fots自组装膜进行表征,研究了自组装膜的生长机理.结果表明,fots自组装膜的生长经过了亚单层膜的低等覆盖、亚单层膜的中等覆盖、团聚和聚结四个阶段.其中第一层和第二层自组装膜的亚单层膜形态和生长方式不同,第一层的亚单层膜呈岛状,岛的生长是自身向外扩展;第二层的亚单层膜呈簇状,簇通过数量增加来实现生长.超薄完整的单层fots自组装膜(膜厚为0.8nm、ra为0.125nm)能使磁头表面的接触角值增加,疏水性能提高.
| [1] | 1z.y.ma,a.l.pilchak,m.c.juhas,j.c.williams,mi-crostructuralrefinementandpropertyenhancementofcastlightalloysviafrictionstirprocessing,scriptama-terialia,58(5),361(2008)
|
| [2] | 2xiaoxuan,guojianting,yuhaipeng,effectofcoolingratefromsolutionheattreatmentonthemicrostructureandmechanicalpropertiesofsuperalloydz417g,chinesejournalofmaterialsresearch,20(5),533(2006)(肖旋，郭建亭，于海朋，固溶处理冷却速度对dz417g合金组织性能的影响，材料研究学报，20(5)，533(2006))
|
| [3] | 3liuliming,duxin,zhumeili,chenguoqing,re-searchonthemicrostructureandpropertiesofweldrepairsinta15titaniumalloy,materialsscienceandengineer-ing:a,445-446(2),691(2007)
|
| [4] | 14w.a.baeslack,f.d.mullins,phasetransformationsinaweldednear-alphatitaniumalloy-imi829,journalofma-terialsscienceletters,1(9),371(1982)
|
| [5] | 15n.a.berjeza,s.p.velikevitch,v.i.mazhukin,i.smurovandg.flamant,influenceoftemperaturegradienttosolidifi-cationvelocityratioonthestructuretransformationinpulsed-andcw-lasersurfacetreatment,appliedsurfacescience,86(1-4),303(1995){
|
| [6] | 4wangyaoning,mahongzhou,guozhijun,zhaoxicheng,effectsofheattreatmentonmicrostructureandpropertiesofbt-20alloy,hotworkingtechnology,36(12),52(2007)(王耀宁，马红周，郭志军，赵西城，热处理对bt-20钛合金组织和性能的影响，热加工工艺，36(12)，52(2007))
|
| [7] | 5m.mckellen,chenshiqing,chenrongzhang,direc-tionalsolidificationofhigh-temperaturematerial(bei-jing,aviationindustrypress,1988)p.121(m．麦克莱恩，陈石卿，陈荣章，定向凝固高温材料(北京，航空工业出版社，1988)p．121)
|
| [8] | 6xieyujiang,wangmaocai,huangdawei,compar-ativestudyofmicrostructuralcharacteristicsofelectro-sparkandnd:yaglaserepitaxiallygrowingcoatings,ap-pliedsurfacescience,253(14),6149(2007)
|
| [9] | 7liaoxiliang,zhaiqijie,songchangjiang,chenwenjie,gongyongyong,effectsofelectriccurrentpulseonstabilityofsolid/liquidinterfaceofal-4.5wt.%cual-loyduringdirectionalsolidification,materialsscienceandengineering:a,466(1-2),56(2007)
|
| [10] | 8m.g(?)nd(?)z,h.kaya,effectofsolidificationprocessingpa-rametersonthecellularspacingsintheal-0.1wt%tiandal-0.5wt%tialloys,journalofalloysandcompounds,439(1-2),114(2007)
|
| [11] | 9w.kurz,d.j.fisher,fundamentalsofsolidification,(en-field,trailstechpublicationsltd,1998)p.86-88
|
| [12] | 10m.balasubramanian,v.jayabalan,v.balasubramanian,effectofmicrostructureonimpacttoughnessofpulsedcurrentgtaweldedα-βtitaniumalloy,materialslet-ters,62(6-7),1102(2008)
|
| [13] | 11n.vanderesse,e.maire,m.darrieulat,f.montheillet,m.moreaud,d.jeulin,three-dimensionalmicrotomo-graphicstudyofwidmanst(?)ttenmicrostructuresinanalpha/betatitaniumalloy,scriptamaterialia,58(6),512(2008)
|
| [14] | 12yaowei,gongshuili,chenli,effectsofpostweldheattreatmentinvacuumonpropertiesoflaserweldedjointofbt20titaniumalloy,welding,6,21(2003)(姚伟，巩水利，陈俐，焊后真空热处理对bt20钛合金激光焊接接头性能的影响，焊接，6，21(2003))
|
| [15] | 13k.keshavamurthy,s.sundaresan,phasetransformationsinaweldednear-αtitaniumalloyasafunctionofweldcoolingrateandpost-weldheattreatmentconditions,journalofmaterialsscience,33(3),817(1998)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
