titanium surface modification technology marine research
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nike free tilbud, 2009,26 (1): 16 ~ 19. schumacherg, dettenwangerf, schutzem, eta1. mi-croauoyingeffectsintheoxidationoftia1materials [j]. intermetallics. 1999,7 (10) :1113-1120. homaueru, richtere, matzw, eta1. micmstmctureandoxidationkine ~ csofintermetallic delete aftersi. andmo-ionimplantation [j]. surfaceandcoatingstechnology. 2000,128-129:418-422. li jinlong, sun mingren, mahin new. ~ 6a14v alloy layer of plasma-based ion implantation of oxygen xps study [j]. chinese journal of nonferrous metals, 2004,14 (9): 1615 - 1620. xiao hui song. thermal stability of high temperature titanium alloy [d]. beijing nonferrous metal research institute doctoral dissertation, 1999. thedevelopmentofsurfacetreatmentontitaniumalloyforwarshipzhangy /. bin (representativeofficeofnavyinanshanironandsteelgroupcorporation,
abercrombie and fitch dk, anshan114000, china) abstract: titaniumanditsalloysarewidelyusedinwarshipbuildingduetotheirlowdensity, hishspecfficstrength, stableper-formanceatmoderatetemperatures, andsuperiorcorrosionresistanceetc, buttheuseoftitaniumalloysislimitedforitslowhard-ne8s. poorwear-reslstanceandpooroxidation-resistanceatatllishtemperature. sosurfacemodificationisnecessarytoimprovethewear-resistantceandoxidation-resistantceofthealloys. theresearchesathomeandabroadonwarshiptitaniumalloysurfacetreatmentareintroduced. keywords: titaniumall acridine; surfacetreatment; wear-resistantcoatings; oxidation · resistantcoatings
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