The paper presents several experimental results regarding the electrodeposition of Ni-Mo
and Co-Mo alloy coatings from choline chloride based ionic liquids, applied onto Cu metallic …

This study conducts a thorough analysis of Ni–Mo coatings electrodeposited on copper
substrates, assessing the corrosion resistance of the coated system in a 3.5 M NaCl solution …

Ni‐Mo nanocrystalline deposits (7–43 nm) with a nodular morphology were prepared by
electrodeposition using direct current from citrate‐ammonia solutions. They exhibited a …

The preparation of Ni-Mo alloy coating by pulse current technology was discussed in this
study. We adjusted the bath composition in citric acid-ammonia solution, and changing …

In the case of hydrogen production involving seawater electrolysis, one of the main targets is
to develop more active cathodic materials, to optimize the efficiency of hydrogen evolution …

In the present work, multilayer Ni–Mo–Al2O3 and Ni–Mo coatings were fabricated on the low-
carbon steel using pulse electrodeposition technique from a citrate-ammonia bath. The …

Ni–Mo coatings with good mechanical properties were obtained by pulse plating. This study
is focused on the current efficiency, molybdenum content and microhardness of the Ni–Mo …

Abstract Development of noble metal-free catalysts for hydrogen production is one of the
cores of the sustainable energy economy. Here we present results of systematic analysis of …

The co-deposition of molybdenum with zinc from citrate electrolytes was studied. Cyclic
voltammetry with rotating disc electrode experiments and potentiostatic deposition in …

Hard chrome is the most extensively used electroplated coating in the aerospace and
automotive industries due to its attractive properties such as high hardness and excellent …