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wrought AA7075 AM50 magnesium alloy formed in silicate and phosphate based aluminium alloys by plasma electrolytic oxidation.Mater Des, electrolytes.Electrochim Acta,2009,54(14):3842 2010,31(2):816文 磊等: 铝合金表面纳米化--微弧氧化复合涂层摩擦行为 alloys． Ceram Int，1998，24( 1) : 1 ［5］ Gerasimov M V，Nikolaev V A，Shcherbakov A N． Microplasma oxidation of metals and alloys． Metallurgist，1994，38 ( 7--8 ) : 179 ［6］ Magurova Y V，Timoshenko A V． The effect of a cathodic compo￾nent on AC microplasma oxidation of aluminum-alloys． Prot Met， 1995，31( 4) : 377 ［7］ Ｒudnev V S，Yarovaya T P，Kon＇shin V V． Microplasma oxidation of an aluminum alloy in aqueous solutions containing sodium cyclo￾hexaphosphate and nitrates of lanthanum and europium． Ｒuss J Electrochem，1998，34( 6) : 510 ［8］ Timoshenko A V，Magurova Y V． Application of oxide coatings to metals in electrolyte solutions by microplasma methods． Ｒev Metal，2000，36( 5) : 323 ［9］ Xin S G，Jiang Z H，Wang F P，et al． Effect of current density on Al alloy microplasma oxidation． J Mater Sci Technol，2001，17 ( 6) : 657 ［10］ Wei T B，Yan F Y，Tian J． Characterization and wear-and corro￾sion-resistance of microarc oxidation ceramic coatings on alumi￾num alloy． J Alloys Compd，2005，389( 1--2) : 169 ［11］ Liang J，Srinivasan P B，Blawert C，et al． Comparison of electrochemical corrosion behaviour of MgO and ZrO2 coatings on AM50 magnesium alloy formed by plasma electrolytic oxidation． Corros Sci，2009，51( 10) : 2483 ［12］ Srinivasan P B，Liang J，Blawert C，et al． Effect of current density on the microstructure and corrosion behaviour of plasma electrolytic oxidation treated AM50 magnesium alloy． Appl Surf Sci，2009，255( 7) : 4212 ［13］ Liang J，Srinivasan P B，Blawert C，et al． Electrochemical corrosion behaviour of plasma electrolytic oxidation coatings on AM50 magnesium alloy formed in silicate and phosphate based electrolytes． Electrochim Acta，2009，54( 14) : 3842 ［14］ Baxi J，Kar P，Liang H，et al． Tribological characterization of microarc oxidized alumina coatings for biological applications． Vacuum，2008，83( 1) : 217 ［15］ Dearnley P A，Gummersbach J，Weiss H，et al． The sliding wear resistance and frictional characteristics of surface modified aluminium alloys under extreme pressure． Wear，1999，225--229 ( 1) : 127 ［16］ Ｒama Krishna L，Sudha Purnima A，Sundararajan G． A compar￾ative study of tribological behavior of microarc oxidation and hard￾anodized coatings． Wear，2006，261( 10) : 1095 ［17］ Arslan E，Totik Y，Demirci E E，et al． High temperature wear behavior of aluminum oxide layers produced by AC microarc oxidation． Surf Coat Technol，2009，204( 6--7) : 829 ［18］ Yerokhin A L，Shatrov A，Samsonov V，et al． Fatigue properties of keronite coatings on a magnesium alloy． Surf Coat Technol， 2004，182( 1) : 78 ［19］ Ｒajasekaran B，Ｒaman S G S，Joshi S V，et al． Effect of micro￾arc oxidised layer thickness on plain fatigue and fretting fatigue behaviour of Al--Mg--Si alloy． Int J Fatigue，2008，30 ( 7 ) : 1259 ［20］ Wen L，Wang Y M，Jin Y，et al． Design and characterization of SMAT--MAO composite coating and its influence on the fatigue property of 2024 Al alloy． Ｒare Met Mater Eng，2014，43( 7) : 1582 ［21］ Wen L，Wang Y M，Zhou Y，et al． Microstructure and corrosion resistance of modified 2024 Al alloy using surface mechanical attrition treatment combined with microarc oxidation process． Corros Sci，2011，53( 1) 473 ［22］ Sabatini G，Ceschini L，Martini C，et al． Improving sliding and abrasive wear behaviour of cast A356 and wrought AA7075 aluminium alloys by plasma electrolytic oxidation． Mater Des， 2010，31( 2) : 816 ·1357·