Abstract
The TiNi binary system under non-equilibrium conditions offers an exciting range of metastable microstructures including nanodispersions in glassy and crystalline matrices. We report a systematic study of these microstructures and phase stability for a wide range (10–90 at.%) of rapidly solidified TiNi binary alloys. This study has revealed the nature of the metastable phase equilibria and kinetic pathways for liquid-solid transformation in undercooled TiNi melts during rapid solidification.
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