Electrodeposition of Zn–Ni coatings performed in acidic baths are not suitable for high
strength steels due to their high susceptibility to hydrogen embrittlement. In this work, Zn–Ni …

The corrosion performance of nanocrystalline Zn–Ni alloy coatings electrodeposited from an
alkaline bath using direct current has been investigated using EIS and polarization curves …

The kinetics of Ni–Mo alloy electrodeposition on steel substrates from an aqueous citrate–
ammonia complex baths has been investigated by means of steady-state polarisation …

The Zn–Ni alloys have been electro-deposited from a non-cyanide alkaline bath containing
tartrate as a complexing agent for Ni2+ ions. A water soluble polymer is used as a …

In this paper, low-cost and industrially scalable γ-Zn-Ni/Gr composite coatings were electro-
codeposited from an acid-sulphate based electrolyte bath. The microstructure, morphology …

Nanocrystalline zinc–nickel alloy coatings obtained from an alkaline zincate bath containing
a laboratory-made additive were investigated in this paper. The effects of the additive …

ZnMo coatings with Mo content from 0.5 to 6 wt.% were electrodeposited on steel from citrate
electrolytes. Electrochemical studies of their corrosion behaviour performed in a 5 wt …

The electrochemical codeposition of zinc–nickel alloy coatings from sulfate bath has been
carried out under low and high applied magnetic field. The influence of alloy structural …

The mechanisms proposed to explain ACD electroless Ni–P deposition are re-examined
and the most important features underlined. Oxidation of hypophosphite on the Ni–P surface …

Substrate protection coatings are widely applied in the industry. Zn–Ni alloys have less
potential for corrosion, thus preserving the steel substrate by corroding first. In this sense …