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Chin J Mater Res  2002, Vol. 16 Issue (5): 511-516    DOI:
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. . Chin J Mater Res, 2002, 16(5): 511-516.

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1 B.Cina,U.S.Patent 3856584,December 24,1974
2 W.Wallace,J.C.Beddoes,M.C.deMalherbe,A new ap- proach to the problem of stress corrosion cracking in 7075- T6 aluminum.Canadian Aeronautics and Space Journal, 27,222(1981)
3 M.U.Islam,W.Wallace,Retrogression and reaging re- sponse of 7475 aluminium alloy.Metals Technology, 10(10),386(1983)
4 C.D.Nguyen,K.Rajan,W.Wallace,A TEM study of mi- crostructural changes during retrogression and reaging in 7075 aluminum alloy.Metallurgical Transactions A(Phys- ical Metallurgy and Materials Science),14(9),1843(1983)
5 N.Danh,K.Rajan,W.Wallace,Discussion of effect of ret- rogression and reaging treatments on the microstructure of Al-7075-T651.Metallurgical Transactions A(Physical Metallurgy and Materials Science),16(11),2068(1985)
6 M.U.Islam,W.Wallace,Stress corrosion crack growth be- haviour of 7475 T6 retrogressed and reaged aluminum al- loy.Metals Technology,11(8),320(1984)
7 R.T.Holt,V.R.Parameswaran,W.Wallace,RRA treat- ment of 7075-T6 aluminum components,Canadian Aero- nautics and Space Journal,42(2),83(1996)
8 J.C.Lin,H.L.Liao,W.D.Jehng,C.H.Chang,S.L.Lee,Ef- fect of heat treatments on the tensile strength and SCC- resistance of AA7050 in an alkaline saline solution,Corro- sion Science,48,3139(2006)
9 K.Rajan,W.Wallace,J.C.Beddoes,Microstructural Study of a high strength-stress-corrosion resistant 7075 alu- minum alloy,J.Mat.Sci.,17,2817(1982)
10 Wu Yilei,Li Yongwei,Qiang Jun,Li Chunyu,Develop- ment and application of super-high strength aluminum al- loy,Journal of Aeronautical Materials,2(1),49(1994) (吴一雷,李永伟,强俊,李春玉,超高强度铝合金的发展和应用.航空材料学报,2(1),49(1994))
11 D.A.Luckasak,R.M.Hart,Aluminum alloy development efforts for compression dominated structure of aircraft. Light Metal Age,10,11(1991)
12 S.H.Paul,Solute effects on electromigration,Phys.Rev. B,8,4534(1973)
13 R.Landauer,J.W.F.Woo,Driving force in electromigra- tion,Phys.Rev.B,10,1266(1974)
14 LIU Zhiyi,XU Xiaochang,CUI Jianzhong,Effect of elec- tric current oulse on grain growth in superplastic defor- mation of 2091 Al-Li alloy.Transactions of Nonferrous Metals Society of China,13(4),743(2003)
15 LIU Zhiyi,LIU Bing,DENG Xiaotie,LEI Yi,CUI Jianzhong,BAI Guangrtm,Effect of current pulse on mechanism of superplastic deformation of 2091 Al-Li al- loy,Acta.Metall.Sinica,36(9),944(2000) (刘志义,刘冰,邓小铁,雷毅,崔建忠,白光润,脉冲电流对2091 Al-Li合金超塑变形机理的影响,金属学报,36(9),944(2000))
16 LIU Zhiyi,DENG Xiaotie,WANG Yinzhen,Effects of electric current pulse on the dynamics of dynamic recrys- tallization in 2091 Al-Li alloy,Chinese Journal of Materi- als Research,15(3),358(2001) (刘志义,邓小铁,王引真,脉冲电流对2091铝锂合金动态再结晶动力学的影响,材料研究学报,15(3),358(2001)
17 J.R.Rickens,L.Christodoulou,The stress-corrosion crack- ing behavior of high strength aluminum powder metallurge alloys,Metall.Trans.,18A(1),135(1987)
18 A.ThaKur,R.Raman,S.N.Malhotra,Hydrogen embrittle- ment studies of aged and retrogressed-reaged Al-Zn-Mg alloys,Materials Chemistry and Physics,101,441(2007)
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