ENERGY TRANSFER AND FORMATION OF AMORPHOUS Ni_(50)Ti_(50)ALLOY IN MECHANICAL ALLOYING

Chin J Mater Res

1993, Vol. 7

Issue (6): 491-496 DOI:

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ENERGY TRANSFER AND FORMATION OF AMORPHOUS Ni_(50)Ti_(50)ALLOY IN MECHANICAL ALLOYING

LIANG Guoxian;WANG Erde;HUO Wencan(Harbin Institute of Technology)

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LIANG Guoxian;WANG Erde;HUO Wencan(Harbin Institute of Technology). ENERGY TRANSFER AND FORMATION OF AMORPHOUS Ni_(50)Ti_(50)ALLOY IN MECHANICAL ALLOYING. Chin J Mater Res, 1993, 7(6): 491-496.

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Abstract Effects of rotational speed and number of balls on the amorphization process ofNi_(50)Ti_(50)mixed elemental powders in attritor ball milling have been studied.A model for calcu-lating the energy transfer in M A have been introduced,the relationships of p

Key words: mechanical alloying Ni-Ti amorphous alloy plastic deformation

Received: 25 December 1993

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1 Weeber W A,Bakker H.Physica B,1988;153:93
2 Maurice D R,Courtney T H.Metall Trans,1990;21A:289
3 Davis R M,McDermott B,Koch C C.Metall Trans,1988;19A,2867
4 Radlinski A P et al.Mater Sci Eng,1991;A134:1346
5 Timoshenko S P,Goodier T N.Theory of Elasticity,New York,NY,McGraw-Hill,1970;409

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