Commercial Cu powders were subjected to ball milling at different collision energies. The resulting powders exhibit roughly the same average particle size, but different degrees of microstructural refinement and different Vickers microhardnesses. Pre-processed and commercial Cu powders were employed to form different Ag 50Cu 50 powder mixtures, which were subsequently subjected to mechanical processing. It is shown that mutual dissolution processes in the early stages of the mechanical treatment proceed at decreasing rate as the Cu Vickers microhardness increases.

On the role of mechanical properties in the early stages of the mechanical alloying of Ag 50Cu 50 powder mixtures

DA POZZO, ANNA;PALMAS, SIMONETTA;VACCA, ANNALISA;DELOGU, FRANCESCO
2012-01-01

Abstract

Commercial Cu powders were subjected to ball milling at different collision energies. The resulting powders exhibit roughly the same average particle size, but different degrees of microstructural refinement and different Vickers microhardnesses. Pre-processed and commercial Cu powders were employed to form different Ag 50Cu 50 powder mixtures, which were subsequently subjected to mechanical processing. It is shown that mutual dissolution processes in the early stages of the mechanical treatment proceed at decreasing rate as the Cu Vickers microhardness increases.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11584/104106
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