Nisingle bondCo alloy electrodeposits have been widely employed in industry due to their
good corrosion and wear resistance, high mechanical strength, moderate thermal …

This paper focuses on the development and optimization of electroplated cobalt–nickel
(CoNi) alloys for use in biomedical microdevices. CoNi films were electrodeposited from …

The microhardness values of the anomalously electrodeposited nanocrystalline Nickel-
Cobalt (eNiCo) alloys reported in the literature varies in the range of 290 HV-700 HV, where …

Co-Ni thin films were synthetized by electrodepostion on Cu substrate from chloride-sulfate
bath containing thiourea as additive. The effects of applied current density (J= 1, 2, 3 and 4 …

Thin films and nanowires were deposited across the full range of Co-Ni solution
compositions via templated electrodeposition in citrate baths. Spectroscopic analysis …

Co–Ni alloys thin films were electrodeposited on Ru substrates from a chloride-saccharin
bath at pH 3.8 and the effects of adding saccharin to the bath on the electrochemical …

The nickel and cobalt disperse alloy deposits of five different compositions were obtained by
electrodeposition on Cu substrates in the galvanostatic regime from an ammonium sulfate …

Ni–Co alloy deposits and their parent metals were formed on Cu substrates by electrolysis
under different current densities applied in the galvanostatic regime. A quantitative scanning …

It is shown that the new model of induced codeposition, based on experimental data for
nickel-tungsten alloys electrodeposition from pyrophosphate electrolyte, may be applied for …

A major goal in solar cell research is to reduce the cost of the final module. Reducing the
thickness of the crystalline silicon substrate to several tens of micrometers can reduce …