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Chemical stability of ceramic cutting tool materials exposed to liquid metals
Journal article   Peer reviewed

Chemical stability of ceramic cutting tool materials exposed to liquid metals

J Yeomans and Trevor Page
Wear, Vol.131(1), pp.163-175
1989

Abstract

Authors test an Al#72O#73-based and two Si#73N#74-based ceramics in three common workpieces. The molten metals consist of Fe-Ni alloys and two Ni-based superalloys. Results show Al#72O#73 is resistant to all three metals, but the other two are attacked. The suggested mechanism is diffusion into the metal via the grain boundary phase with subsequent dissolution of Si#73N#74 grains.

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