To improve zinc coating performances in harsh environments, alloying Zn with other metals
is an alternative way to generate advanced alloys with better corrosion properties. Zn binary …

The improvement of biodegradable metals is currently an active and promising research
area for their capabilities in implant manufacturing. However, controlling their degradation …

Abstract Electrodeposited Zn-Mn alloy coatings are known to provide excellent corrosion
resistance to steel due to their ability to form compact corrosion products when exposed to …

Ni–Co coatings were produced on Cu substrates by electrodeposition from electrolytes with
different pH values and different Co 2+ concentration. The current efficiency increases from …

Ni–Co films with different compositions and microstructures were produced on ITO glasses
by electrodeposition from sulphate bath at 25° C. Cyclic voltammograms give a result that …

A water balance investigation was performed for a representative electrolytic manganese
metal (EMM) enterprise to study the details of water consumption and generation in the …

Zn–Mn alloys were electrodeposited from an acidic chloride bath. The influence of bath
composition and deposition parameters on the alloys' composition, cathodic current …

The present study elucidates the electrodeposition of an Agsingle bondCu bimetallic
composite coating on a copper substrate from a thiourea-based (TU, CH 4 N 2 S) …

This paper reports the optimization of the process parameters for the electrodeposition of
manganese in an electrolytic membrane reactor. The manganese (II) and ammonium ion …

Zinc‐air batteries (ZABs) have anodic challenges to overcome such as passivation, shape
changes, and hydrogen evolution. In this work, zinc anodes were electrosynthesized on …