低表面能表面的制备方法_李瑞卿

325201110RECHULIJISHUYUZHUANGBEIVol.32,No.5Oet,2011:2011-02-28:(1987-),,,:15886466383,E-mail:[e-mail]##李瑞卿,彭如恕(南华大学机械工程学院,湖南衡阳421001):阐述了低表面能表面的应用,重点综述了低表面能表面的制备方法,主要介绍了表面工程技术法和低表面能涂料法,并提出了制备技术的不足:低表面能;制备方法:TG174.4:B:1673-4971(2011)05-0007-04PreparationMethodofLowSurfaceEnergySurfaceLIRui2qing,PENGRu2shu(SchoolofMechanicalEngineering,UniversityofSouthChina,hengyangHunan421001,China)Abstract:theapplicationoflowsurfaceenergysurfaceisexpoundedtofocusontheoverviewofthepre2paeationmethodoflowsurfaceenergysurface.thesurfaceengineeringtechnologymethodandlowsurfaceenergycoatingmethodaremainlyintroducedandtheinadequatepreparationtechnologyisgivenKeywords:lowsurfaceenergy;prepaeationmethod1,,(150b),,,,,[1];(),()[2];,[3];,[4];,()[5];,[6,7];,[8],[9];,[10];,,[11]2,,,:2.132(1),,,,,,Cr[12];Ni[13],,,[14](2)(),,(),,,Paatknar[15],(PDMS),PDMS,PDMS,148b/l40bShiu[16],,O2(),,170b(3)Song[17],,156b;[18]165bSun[19],(ATRP),-/0:40e,150b,;25e,0b,(4)Veeramasuneni[20],13nm,160b/136bDuparre[21],ZrO2,,143b(5)Takai[22],,160b;,150b(6)Shirtclieff[23],Cu,,160bWang[24],Cu,8,153b;3,5bNi2P[25,26][27]Ni2P,,,,,,,,2.2,,120b,,#8#5:[28](1),,,,,,,,,,[29],60,,1977;,,lowsurfaceenergycoating,[30],(GIC),,,,15%,(NRL)Griffith[31],PTFE,,,8D.L.Schmidt[32](22)222(),(PTFE)(2),,,/0,;,,(3),,,Cytonix/0,,10%,,50%;,[33],N2,,9080[34]N22N22,42TDI,2B2,,,[29](4),,,,/0/0/0,,,/0,,,/0#9#32\150b,,,,,,,,,,,3,,,,,,,,,,,,,[1],,.[J].,2007,26(3):442-447.[2]FurstnerR.BarthlottW.NeinhuisC.WalzelP.Wettingandself2cleaningpropertiesofartificialsuper2hydrophobicsurfaces[J].Langmuir.2005,21(3):956-961.[3]BlosseyR.Self2cleaningsurfaces2virtualrealities[J].Na2tureMater.2003,2:301-306.[4]KakoT.NakajimaA.IrieH.KatoZ.UematsuK.Wat.anabeT.HashimotoK.Adhesionandslidingofwetsnowonasuper2hydrophobicsurfacewithhydrophilicchannels[J].Mater.Sci.2004,39:547-555.[5]ThiemeM.FrenzelR.HeinV.WorchH.Metalsurfaceswithultra2hydrophobicpropertiesperspectivesforcorrosionprotectionandself-cleaning[J].Corros.Sci.Eng.2003,6,C113.[6]FukudaK.TokunagaJ.NobunagaT.NakataniT.Frictionaldragreductionwithairlubricantoverasuper2water2repel2lentsurface[J].Mar.Sci.Technol.2000,5:123-130.[7]WatanabeK.UdagawaH.DragreductionofNewtonianflu2idinacircularpipewithahighlywater2repellentwall[J].AIChEJ.2001,47(2):256-262.[8]0uJ,PerotB,RothsteinJP.Laminardragreductioninmi2cro2channelsusingultra2hydrophobicsurfaces[J].Phys,Fluids.2004,16:4635-4643.[9],,.[J].,1996,31(11):58-61.[10]GaoX,JiangL.Water2repellentlegsofwaterstriders[J].Nature.2004,432:36.[11]SunT,TanH,HanD,JiangL.Noplateletcanadhere2largelyimprovedbloodcompatibilityonnano2structuredsuper2hydrophobicsurfaces[J].Small.2005,1(10)959-963.[12]ZHAOQ.Dropwisecondensationofsteamonionim-plantedcondensersurface[J].PlantRecoverySystem&CHP,1994,14(5):525-534.[13],.[J].,2002,22(3):1804-180.[14],.[J].,2006,02:12-14.[15]HeB.PatarnkarNA,LeeJ.Multipleequilibriumdropletshapesanddesigncriterionforroughhydrophobicsurfaces[J].Langmuir.2003,19,4999-5003.[16]ShiuJY,KuoCW,ChenP,MouCY.Fabricationoftuna2blesuper2hydrophobicsurfacesbynanospherelithography[J].Chem.Mater.2004,16(4):561-564.[17]SongX,ZhaiJ,WangY,JiangL.Fabricationofsuper2hy2drophobicsurfacesbyself2assemblyandtheirwater2adhe2sionproperties[J].Phys.Chem.B.2005,109(9):4048-4052.[18],.[J].,2005,63(10):880-884.[19]SunT,WangG,FengL,LiuB,MaY,JiangL,ZhuD.Re2versibleswitchingbetweensuper2hydrophi1icityandsuper2hydrophobicity[J].Angew.Chem,int.Ed.2004,43:357-360.[20]VeeramasuneniS.DrelichJMillerJD,YamauchiG.Hy2drophobicityofion2platedcoatings[J].prog.Org.Coat,1997,31:265-270.(下转第21页)#10#5:40Cr,150e(2)370~380e2~3h,0.4mm2(3):0.40mm,10~20e2Fig.2Diagramoftemperingpressflattire3.3,3.4,,,,,,()4(1):42~47HRC(2):[0.4mm540Cr,,,,[1].38CrMoAl[J].,2010,2:56-57.[2].()[M].:,2008.[3]..:,2000.(上接第10页)[21]DuparreA.FlemmingM.SteinertJ.RerhsK.Opticalcoatingswithenhancedroughnessforultra2hydrophobic.lowscatterapplications[J].App1.Opticx,2002,41(6):3294-3298.[22]HozumiA,Takai0.Preparationofultrawater2repellentfilmsbymicrowaveplasma-enhancedCVD[J].ThinSolidFilms,1997,303:222-225.[23]ShirtiliffeNJ,MchaleG,NewtonMI,PerryCC.Wettingandwettingtransitionsoncopper2basedsuper2hydropho2bicsurfaces[J].Langmuir.2005,21(3):937-943.[24]WangS,FengL,LiuH,SunT,ZhangX,JiangL,ZhuD.Manipulationofsurfacewettabilitybetweensuperhy2drophobiczincoxidethinfilms.[J].phys,Chemphy2schem.2005,6:1475-1478.[25]ChengYH,ZouY,ChengLetal.Effectofthemicro2structuresonthepropertiesofNi2Pdepositsonheattransfersurface[J].SurfaceandCoatingsTechnology,2009,203(12):1559-1564.[26]PereniCI,ZhaoQ,LiuYetal.Surfacefreeenergyeffectonbacterialretention[J].ColloidsandSurfacesB:Biointerfaces,2006.[27].[J].,2010,30(8):27-31.[28],,.[J].,2005,5(3):3.[29].[J].,2001,16(1):33-35.[30],.[J].,1998,20(5):61-64.[31]Griffith,Yonehara.[P].4910252.1990.[32]SchmidtDL.[J].,2001,(1):44-48.[33],.N2[J].,1997,14(5):11-13.[34],,.[J].,1999,l6(4):31-34.#21#