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研究了热氢处理对Ti600合金组织演变和硬度的影响.结果表明:热氢处理后,在Ti600合金中析出具有四方结构的硅化物粒子S3(0.357%H)和六方结构的硅化物粒子S1(0.497%H).在氢的质量分数为0.357%和0.497%的试样中均发现有面心立方(fcc)的氢化物,并且随着氢含量的提高氢化物表现出明显细化的趋势.Ti600合金的硬度随着氢含量的提高而提高,其主要原因是氢化物、硅化物粒子以及晶格缺陷的存在.

参考文献

[1] R.J.Elias,H.L.Corso,J.L.Gervasoni,Fundamental aspects of the Ti-H system theoretical and experimental behaviour,International Journal of Hydrogen Energy,27,91(2002)
[2] G.M.Pressouyre,Trap theory of hydrogen embrittlement,Acta Metallurgica,28(7),895(1980)
[3] C.L.Briant,Z.F.Wang,N.Chollocoop,Hydrogen embrittlement of commercial purity titanium,Corrosion Science,44,1875(2002)
[4] B.A.Kolachev,A.V.Malkov,I.A.Vorobyov,The effect of hydrogen alloying on workability of titanium alloys,in:Titanium' 92:Science and Technology,edited by F.H.Froes and I.L.Caplan,861(1993)
[5] O.N.Senkov,F.H.Froes,Thermohydrogen processing of titanium alloys,Int.J.Hydrogen Energy,24,565(1999)
[6] D.Eliezer,N.Eliaz,O.N.Senkov,F.H.Froes,Positive effects of hydrogen in metals,Materials Science and Engineering A,280,220(2000)
[7] HOU Hongliang,LI Zhiqiang,WANG Yajun,GUAN Qiao,Technology of hydrogen treatment for titanium alloy and its application prospect,Chinese Journal of Nonferrous Metal,13(3),533(2003)(侯红亮,李志强,王亚军,关桥,钛合金热氢处理技术及其应用前景,中国有色金属学报,13(3),533(2003))
[8] D.Weinem,J.Kumpfert,M.Peters,W.A.Kaysser,Processing window of the near-α-titanium alloy TIMETAL-1100 to produce a fine-grained β-structure,Materials Science and Engineering A,206(1),55(1996)
[9] R.W.Evans,R.J.Hull,B.Wilshire,The effects of alphacase formation on the creep fracture properties of the hightemperature titanium alloy IMI834,Journal of Materials Processing Technology,56(1-4),492(1996)
[10] V.Tetyukhin,I.Levin,V.Ilyenko,Heatresistant titanium alloys with enhanced,heat resistance,thermal stability,in:Titanium' 95:Science and Technology,edited by P.A.Blenkinsop,W.J.Evans,H.M.Flower (UK,Cambridge,The University Press,1996) p.2430
[11] HONG Quan,QI Yunlian,ZHAO Yongqing,YANG Guanjun,Effect of rolling process on microstructure and properties of Ti600 alloy plates,Rare Metal Materials and Engineering,34(8),1334(2005)(洪权,戚运莲,赵永庆,杨冠军,加工工艺对Ti600合金板材组织性能的影响,稀有金属材料与工程,34(8),1334(2005))
[12] QI Yunlian,Behavior and Processing Map of High Temperature Titanium Alloy Ti600 (Northwestern Polytechnical University,Xi'an,2007)(戚运莲,Ti600高温铁合金的热变形行为及加工图研究(西北工业大学,西安,2007))
[13] ZHANG Zhenqi,HONG Quan,YANG Guanjun,LUO Guozhen,Research on microstructure of Ti600 alloy after creep test,Journal of Materials Engineering,10,18(2000)(张振祺,洪权,杨冠军,罗国珍,Ti600高温钛合金蠕变前后的组织变化,材料工程,10,18(2000))
[14] ZHANG Zhenqi,LUO Guozhen,HONG Quan,YANG Guanjun,Microstructures observation and mechanical properties test of near alpha titanium alloy Ti600,Journal of Aeronautical Materials,19(4),6(1999)(张振祺,罗国珍,洪权,杨冠军,Ti600合金的性能与显微组织的研究,航空材料学报,19(4),6(1999))
[15] C.Ramachandra,A.K.Singh,G.M.K.Sarma,Microstructural characterisation of near-α titanium alloy Ti-6Al-4Sn-4Zr-0.70Nb-0.50Mo-0.40Si,Metallurgical Transactions A,24A,1273(1993)
[16] A.K.Singh,C.Ramachandra,Characterization of silicides in high-temperature titanium alloys,Journal of Materials Science,32,229(1997)
[17] D.V.Schur,S.Yu.Zaginaichenko,Phase transformations in titanium hydrides,Int.J.Hydrogen Energy,21(11-12),1121(1996)
[18] R.A.Oriani,P.H Joseoguc,Equilibrium aspects of hydrogen-induced cracking of steels,Acta Mettallurgica,22,1065(1974)
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