|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
超疏水材料在液压作用下的润湿行为
Keywords: 无机非金属材料,超疏水,润湿,去润湿,稳定性
Abstract:
？在超疏水界面光反射的基础上,用抽真空和压力驱动的方法研究了荷叶、超疏水zno阵列在水下的界面润湿行为和微结构中截留气体对其润湿行为的影响。结果表明:当有气体截留时受所加最大压力和微结构几何形貌的影响,超疏水界面在加压和减压过程中表现出不同的润湿可逆性;超疏水材料表面微结构中截留的气体能延迟水的侵入并提高超疏水稳定性;在特定情况下,随着外部压力的减小截留气体的膨胀能推动和排出侵入的水并引导反润湿过程。因此,截留气体有利于超疏水状态的存在。由于三相接触线密度的不同,纳米结构在压力作用下比微米结构表现出更为优异的疏水稳定性。
| [1] | (禹营,汪家道,陈大融,疏水表面的摩擦阻力特性研究,润滑与密封,9(2006))
|
| [2] | 5huangweibo,studiesonthepreparationofflexiblespraypolyureacoatinganditsdrag-reducingpropertiesofunderwatervehicle,phdthesis,oceanuniversityofchina(2007)
|
| [3] | (黄微波,水下航行器喷涂聚脲柔性涂层的制备及减阻性能的研究,博士论文,中国海洋大学(2007))
|
| [4] | 6s.wang,l.jiang,definitionofsuperhydrophobicstates,advancedmaterials,19(21),3423(2007)
|
| [5] | 7a.b.d.cassie,contactangles,discussionsofthefaradaysociety,3,11(1948)
|
| [6] | 8r.n.wenzel,resistanceofsolidsurfacestowettingbywater,industrial&engineeringchemistry,28(8),988(1936)
|
| [7] | 9b.bhushan,y.c.jung,naturalandbiomimeticartificialsurfacesforsuperhydrophobicity,self-cleaning,lowadhesion,anddragreduction,progressinmaterialsscience,56(1),1(2011)
|
| [8] | 10c.w.extrand,designingforoptimumliquidrepellency,langmuir,22(4),1711(2006)
|
| [9] | 11b.emami,predictingshapeandstabilityofair-waterinterfaceonsuperhydrophobicsurfaceswithrandomlydistributed,dissimilarposts,appliedphysicsletters,98(20),203106(2011)
|
| [10] | 12n.a.patankar,consolidationofhydrophobictransitioncriteriabyusinganapproximateenergyminimizationapproach,langmuir,26(11),8941(2010)
|
| [11] | 13g.whyman,e.bormashenko,howtomakethecassiewettingstatestable?,langmuir,27(13),8171(2011)
|
| [12] | 19c.w.extrand,repellencyofthelotusleaf:resistancetowaterintrusionunderhydrostaticpressure,langmuir,27(11),6920(2011)
|
| [13] | 20n.a.patankar,vaporstabilizingsubstratesforsuperhydrophobicityandsuperslip,langmuir,26(11),8783(2010)
|
| [14] | 21zhangyujun,physicalchemistry,chemicalindustrypress,p.121(2008)
|
| [15] | (张玉军,物理化学,北京:化学工业出版社,p.121(2008))
|
| [16] | 1c.neinhuis,w.barthlott,characterizationanddistributionofwater-repellent,self-cleaningplantsurfaces,annalsofbotany,79(6),667(1997)
|
| [17] | 2y.y.yan,n.gao,w.barthlott,mimickingnaturalsuperhydrophobicsurfacesandgraspingthewettingprocess:areviewonrecentprogressinpreparingsuperhydrophobicsurfaces,advancesincolloidandinterfacescience,169(2),80(2011)
|
| [18] | 3wangbin,nianjingyan,tielu,zhangyabin,guozhiguang,theoreticalprogressindesignsofstablesuperhydrophobicsurfaces,actaphysicasinica,62(14),146801(2013)
|
| [19] | (王奔,念敬妍,铁璐,张亚斌,郭志光,稳定超疏水性表面的理论进展,物理学报,62(14),146801(2013))
|
| [20] | 4yuying,wangjiadao,chendarong,studyondragreductionofhydrophobicsurface,lubricationengineering,9(2006)
|
| [21] | 14p.papadopoulos,l.mammen,x.deng,d.vollmer,h.j.butt,howsuperhydrophobicitybreaksdown,pnas,110(9),3254(2013)
|
| [22] | 15huangjianye,wangfenghui,zhaoxiang,zhangkai,wettingtransitionandstabilitytestingofsuperhydrophobicstate,actaphys.-chim.sin.,29(11),2459(2013)
|
| [23] | (黄建业,王峰会,赵翔,张凯,超疏水状态的润湿转变与稳定性测试,物理化学学报,29(11),2459(2013))
|
| [24] | 16c.w.extrand,modelingofultralyophobicity:suspensionofliquiddropsbyasingleasperity,langmuir,21(23),10370(2005)
|
| [25] | 17x.sheng,j.zhang,airlayeronsuperhydrophobicsurfaceunderwater,colloidssurf.a.,377(1-3),374(2011)
|
| [26] | 18r.poetes,k.holtzmann,k.franze,u.steiner,metastableunderwatersuperhydrophobicity,physicalreviewletters,105,166104(2010)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
