Electrodeposition is considered as an easy and cost effective technique for preparation of
alloy coating. A wide variety of properties for coatings can be achieved by selecting different …

In this work, nickel-iron alloy nanostructured electrodes obtained by template
electrosynthesis method are investigated for both hydrogen and oxygen evolution reactions …

Fe-Ni alloys possess a range of excellent properties that are closely related to their
composition, making them widely used in microelectronics, precision components, and …

Electrodeposited Fe-W alloys are the subject of extensive studies to be applied in versatile
engineering applications, and many solutions based on Fe (II) complexes are described for …

Electrodes with rough surfaces are of great practical importance from both applied and
fundamental points of view. The diffusion domain approach is used to model cyclic …

To realize nonprecious‐metal catalysts with practical applicability for the hydrogen evolution
reaction (HER), improved corrosion resistance and catalytic activity are required. In this …

The electroplating of ternary Zn–Ni–Co alloy, surface morphology and corrosion resistance
were investigated and contrasted with the characteristics of Zn–Ni electrodeposits. The …

This paper reports on a study of the electrodeposition of Ni-Mo and Fe-Mo alloys on Pt
electrodes in a sodium citrate solution at pH 4.0. The alloys were subjected to cyclic …

The electrochemical deposition of a nickel–iron alloy from a plating solution based on a
deep eutectic solvent (a eutectic mixture of ethylene glycol and choline chloride) in the …

Dendritic materials are attractive as catalysts due to their highly ordered structure and high
surface area. Herein, we report a NiFe dendritic nanostructure obtained by a simple …