Electrodeposition of Transition Metal-influenced Magnetic Alloys and its Microstructural Properties
J. Environ. Nanotechnol., Volume 9, No 2 (2020) pp. 20-23
Abstract
Magnetic alloy coatings exhibit admirable magnetic properties and corrosion resistance; however, their applications are restricted due to complexities in the preparation process and high costs involved. In the present work, an attempt has been made to prepare cobalt alloys with other transition metals through a simple Electrodeposition method. In order to attain cobalt-rich alloys, appropriate chloride salts were chosen as precursors. After the deposition process, the deposited alloys were carried out for microstructural characterization. EDAX pattern of the prepared alloys confirmed the presence of relevant elements at a higher percentage; morphology properties of the films confirmed the even and crack-free coatings. The corrosion resistance of the prepared alloys was investigated in an acidic medium and it was found to be better when compared with the empty substrate. It was concluded that the Electrodeposition process has greater potential in producing alloys with better purity than other methods.
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