Abstract
ABSTRACTTwo- and three-dimensional morphological features of eutectic NiAl3 in Al–Mg2Si were studied in detail. It is found that eutectic NiAl3 transforms from enormous irregular shapes to fine regular rods, and the transition is related to (Al+Mg2Si) binary eutectic during the process of eutectic structural evolution. The explanation about the morphological change was discussed and analyzed in terms of the detailed microstructural observation of nucleation and growth patterns.
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