2Decker R F.Eash J T,Goldman A J.18 Nickel maraging steels[J].Trans.ASM,1962,55(1):58-76.
3Floreen s,Bayer A M.Development and commercialization of cobalt-free ageing steels[C] //Aging Steels Recent Developments and Applications,West Virginia Huntington,1988:55-72.
4Decker,R F.Maraging steel the first 30 years[C] //Maraging steel recent developments and applications,West Virginia Huntington,1988,1-38.
5Tharian K T,Sivakumar D,Ganesan R,et al.Development of new nickel,colbalt free maraging steel[J].Mater Sci Tech.,1997,7(12):1082-1088.
6Li Xiaodong,Yin Zhongda.Reverted austenite during aging in18Ni(350)maraging steel[J].Material Letters,1995,24(6):239-242.
7Yasun Takuya,Suzuki Sateshi,Kuribayashi Kazuhiko,et al.Effect of B Content on Toughening by the Solution Treatment Under Urtrecrystallized Austenite in 18% Ni Maraging Steel[J].ISIJ,1997,83(10):671-676.
8M Abdelshehid,KMahmodieh,KMori,et al.On the correlation between fracture toughness and p reeip itation hardening heat treatments in 15-5PH Stainless Steel[J].Engineering Failure Analysis.2007.14:626-631.
9Shibata A,Yonezawa H,Yabuuchi K,et al.Relation between martermite morphology and volume change accompanying fcc to bccmartermitic transformation in Fe2Ni2Co alloys[J].Materials Science and Engineering,2006,A438(40):241-245.
10Moyer J M,Ansell G S.The volume expansion accompanying the martensite transformation in iron2carbon alloys[J].Metallurgical Transaction A,1975,6(9):1785-1791.