Manganese-rich Mn-Cu alloys quenched from the high temperature γ-phase state are known to show a high damping capacity, which has been revealed to be associated with the fcc → fct transformation of the metastable γ-phase. The γ-phase of high manganese Mn-Fe alloys is also reported to show tetragonality when quenched.
Get full access to this article
View all access options for this article.
References
1.
EDWARDSB. C. and LITTLEE. A.: BNES Conference on Ferritic Steels for Fast Reactors, 22.1-22.5, May 30th—June 2nd1977, London.
2.
BERRYG. and BROOKR.: Met. Sci., 1975, 9, 467.
3.
IRVINEK. J., CROWED. J., and PICKERINGF. B.: J. Iron Steel Inst., 1960, 195, 386.
4.
BERRYG. and BROOKR.: Met. SC., 1976, 10, 286.
5.
GUTTMANNM.: Surface Sc., 1975, 53, 213.
6.
GUTTMANNM. and McLEAND.: ‘Interfacial segregation’, ASM Seminars. 1979: Metals Park, Ohio (ASM).
7.
GUTMANNM.: Int. Conf. on Residuals, Additives, and Materials Properties, 15–17 May, 1978. London, to be publishedin Phil. Trans. R. Soc.
8.
IRVINEK. J. and PICKERINGF. B.: ‘Metallurgical developments in high alloy steels’,34–48, ISI Special Report86, 1964.
9.
PALMBERGP. W., RIACHG. E., WEBERR. E., and McDONALDN. C.: ‘Handbook of Auger Electron Spectroscopy’.1972: Edina, Minnesota (Physical Electronics Industries).
10.
HEDEA. and ARONSSONB.: J. Iron Steel Inst., 1969, 207, 1241.