参考文献

[1]R.R.Boyer.Anoverviewontheuseoftitaniumintheaerospace industry.MaterialsscienceandengineeringA.1996,213:103～114

[2]L.Lebedeva,G.N.Presnyakova.Adhesionwearmechanisms underdryfictionoftitaniumalloysinvacuum.Wear.1991,148:203～210

[3]梁成浩.钛的缝隙腐蚀行为研究.稀有金属材料与工程.1994,23:41～45

[4]胡树兵,李志章,梅志.物理气相沉积TiN复合涂层研究进展.材料科学与工程.2000,18:110～114

[5]刘江龙,邹至荣.高能束热处理.机械工业出版社.1997

[6]YoshiakiSuda,HiroharuKawasaki,TsuyoshiUeda.Preparationof highqualitynitrogendopedTiOthinfilmasaphotocatalystusinga pulsedlaserdepositionmethod.ThinSolidFilms.2004,453～454:162～166

[7]A.Mehlmann,S.F.Dimfeld,I.Minkoff.Laser Meltinjection ofB4Contitanium.SurfaceandCoatingsTechnology.1990,42:275～281

[8]武万良,黄文荣,杨德庄,孙荣禄.激光技术.2003,27(4):307～310

[9]J.SenthilSelvan,K.Subramanian,etc.LaserboronisingofTi6Al4Vasaresultoflaseralloyingwithpre placedBN.Materials ScienceandEngineering.1999,A260:178～187

[10]V.M.Weerasinghe,D.R.F.West,J.deDamborenea.Lasersurfacenitridingoftitaniumandatitaniumalloy.Journalof MaterialsProcessingTechnology1996,58:79～86

[11]陈瑶,王华明.MC型碳化物的稳态非稳态凝固转化机制.中国有色金属学报.2002,12(5):863～869

[12]A.I.P.NWOBU,R.D.RAWLINGSandD.R.F.WEST.Nitrideformationintitaniumbasedsubstratesduringlaser surfacemeltinginnitrogen argonatmospheres.Actamater.1999,47(2):631～643

[13]WeipingLiu,J.N.DuPont.Fabricationoffunctionallygraded TiC TicompositesbyLaserEngineeredNetShaping.Scripta Materialia.2003,48:1337～1342

[14]张松,张春华.Ti6Al4V表面激光熔覆原位自生TiC颗粒增强钛基复合材料及摩擦磨损性能.ACTAMETALLURGICA SINIICA.2001,37(3):315～320

[15]邵德春,李鑫,刘克勇.激光表面合金化提高钛合金高温抗氧化性能的研究.中国激光.1997,24:281～285

[16]陈维喜.刀具涂层技术的现状与展望.工具技术.2000,34:3～6

[17]刘仲阳,王培录,孙官清.用离子束辅助沉积(IBAD)工艺制备TiCxNy膜的研究.宇航材料工艺.1995,5:54～59

[18]谢致薇,王国庆,蒙继龙.TiN薄膜的多元合金强化.材料科学与工程.2000,4:135～140

[19]胡晓萍,虞晓江,赖倩茜,李戈扬.TiSiN纳米复合薄膜的超硬性.电子显微学报.2002,21(5):631～632

[20]李鹏兴.CVD与PVD硬涂层研究的进展.上海金属.1994,16(2):55～62

[21]俞春福,徐久军,王亮.TiN薄膜腐蚀过程的电化学原子力显微镜原位研究.材料保护.2001,34:14～15

[22]李军,吴化,郭成言.钢表面化学气相沉积TiC薄膜的高温腐蚀动力学分析.吉林工学院学报.1994,15(1):25～29

[23]李争显,于振涛,张利红.钛及钛合金表面沉积TiCN膜层的工艺.中国有色金属学报.1998,8(2):263～265

[24]胡树兵,李志豪,梅志.物理气相沉积TiN复合涂层研究进展.材料科学与工程.2000,18(2):110～114

[25]卢燕平,于福州.渗镀.机械工业出版社

[26]胡赓祥,蔡材料科学基础.上海交通大学出版社

[27]LuK,JLu.Surfacenanocrystallizationofironinducedby ultrasonicshotpeening.NanostructuredMaterials.MaterSci Technol.1999,15:193

[28]N.R.Tao,Z.B.Wang,J.Lu,K.Lu,et.al.An investigationofsurfacenanocrystallizationmechanisminFeinduced bysurfacemechanicalattritiontreatment.ActaMaterialia,2002,50:4603～4616

[29]WangJ,WolfD,PhillpotSR.Computersimulationofthe structureandthermo elasticpropertiesofamodelnanocrystalline material.PhilMagA.1996,73:517～555

[30]HoritaZ,SmithDJ,FurukawaM.Evolutionofgrainboundary structureinsubmicrometer grainedAl Mgalloy.Materials Characterization.1996,37:285～294

[31]XiaoweiWang,JingyangWang,PingWu,HongwangZhang.Theinvestigationofinternalfrictionandelasticmodulusinsurface nanostructuredmaterials.MaterialsScienceandEngineeringA.2004,370:158～162

[32]W.P.Tong,N.R.Tao,Z.B.Wang,J.Lu,K.Lu.Nitridingironatlowertemperature.Science.2003,299:686～688

[33]张淑兰,陈怀宁,林泉洪,刘刚.工业纯钛的表面纳米化及其机制.有色金属.2003,55(4):5～8

[34]温爱玲,陈春焕.高能喷丸表面纳米化对工业纯钛组织性能的影响.表面技术.2003,32(3):16～18

[35]O.Knotek,F.Loeffler,G.Kraemer.Processandadvantageof multicomponentandmultilayerPVDcoatings.Surf.CoatTechnol.1993,59:14～20

[36]W.D.Munz,et.Al.J.VacSciTech.1986,A4:2717

[37]Joshi,H.S.Hu.Oxidationbehavioroftitanium aluminum nitrides.Surf.CoatTech1995,76～77:499～507

[38]K.Matsuura,M.Kudoh.Surfacemodificationoftitaniumbya diffusioncarbonitrdingmethod.Actamaterialia.2002,50:2693～2700

[39]Mollart,TP.Haupt,J.TribologicalbehaviorofhomogeneousTi B N,Ti B N CandTiN h BN TiB2multilayercoatings.Surf.Coat Technol.1996,86～87:231～236

[40]Movchan,B.A.Demchishin.Structure propertyrelationshipsin microlaminateTiC TiBcondensates.ThinSolidFilms.1982,97:215～219

[41]Klinger,L.M.Chu,X.Grain boundaryslitpropagationinan electricfield.JournalofAppliedPhysics.1996,80:6670～6675