Abstract
Laser surface remelting experiments have been performed on a Zn–2.7wt.%Cu hyperperitectic alloy. The average lamellar spacing and the corresponding growth rate are quantitatively analyzed, and the results are in good agreement with the prediction of the Jackson–Hunt eutectic model. It implies that lamellar structures in peritectic alloys have a similar growth mechanism to those of eutectic alloys.
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