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Effects of Epitaxial Growth on the Morphology of Zn-, Zn/Fe-and Zn/Ni-Electrodeposited Films on Steel Sheets

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Abstract

Zn film electrodeposited on a steel sheet is of hexagonal n-phase and comprises the packets of hexagonal platelets. The addition of either Fe or Ni ions to the plating solution produces fine bcc r- or Y-particles within the η-phase deposits and changes the n-phase morphology into more massive form. Further increase of Fe or Ni content yields large amounts of r- or Y-particles which can no more be absorbed within η-phase and the granular structure forms. Such morphological change can be explained partly in terms of the deposit/substrate and the deposit/deposit interface structures.

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Ohmori, Y., Kondo, K., Kamei, K. et al. Effects of Epitaxial Growth on the Morphology of Zn-, Zn/Fe-and Zn/Ni-Electrodeposited Films on Steel Sheets. MRS Online Proceedings Library 122, 553–558 (1988). https://doi.org/10.1557/PROC-122-553

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  • DOI: https://doi.org/10.1557/PROC-122-553

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