In this study, we evaluated the influence of nickel and cobalt concentrations in an electrochemical bath for a ternary Ni‐Co‐W coating alloy electrodeposition. The X‐ray diffraction indicated formation of amorphous coating alloys for higher Co concentration and a crystalline coating alloys for higher Ni concentration. Statistical evaluation showed a mathematical model connecting the increase of alloy deposition efficiency and the Ni and Co concentration in the electrochemical bath. Corrosion tests indicated that coating alloys with higher Ni concentration, which are crystalline alloys, showed higher polarization resistance (in NaCl 0.1 mol/L) indicating that composition can influence the corrosion resistance more than the crystallinity96612...
Electroless nickel alloy deposition on steel substrates is done at various plating bath pHs and comp...
This research work aims to develop electrodeposited Zn-Ni alloy coatings with controlled dissolution...
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...
Nickel-cobalt alloys having settled composition can be produced by electrolysis after optimising pro...
The Ni-Co-W alloys combine metal properties and provide anti-corrosive characteristics. In this stud...
In this work, Ni-Co composite coatings with different Co contents were prepared by electrodeposition...
A nickel sulfate solution with a Co suspension was used to electroplate Ni-Co alloy coatings onto a ...
A nickel sulfate solution with a Co suspension was used to electroplate Ni-Co alloy coatings onto a ...
Ni-Co alloys with varying cobalt content were electrodeposited employing sulphamate electrolyte. The...
Ni-Co alloys with varying cobalt content were electrodeposited employing sulphamate electrolyte. The...
Metal additive can be added into electroless Ni-Palloy matrix to improve various characteristic, par...
Nickel-Cobalt alloys are among the most prominent materials due to their magnetic properties, wear r...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
Simultaneous deposition of both nickel and chromium in the form of alloy is a subject with pronounce...
Electroless nickel alloy deposition on steel substrates is done at various plating bath pHs and comp...
This research work aims to develop electrodeposited Zn-Ni alloy coatings with controlled dissolution...
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...
Nickel-cobalt alloys having settled composition can be produced by electrolysis after optimising pro...
The Ni-Co-W alloys combine metal properties and provide anti-corrosive characteristics. In this stud...
In this work, Ni-Co composite coatings with different Co contents were prepared by electrodeposition...
A nickel sulfate solution with a Co suspension was used to electroplate Ni-Co alloy coatings onto a ...
A nickel sulfate solution with a Co suspension was used to electroplate Ni-Co alloy coatings onto a ...
Ni-Co alloys with varying cobalt content were electrodeposited employing sulphamate electrolyte. The...
Ni-Co alloys with varying cobalt content were electrodeposited employing sulphamate electrolyte. The...
Metal additive can be added into electroless Ni-Palloy matrix to improve various characteristic, par...
Nickel-Cobalt alloys are among the most prominent materials due to their magnetic properties, wear r...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
Simultaneous deposition of both nickel and chromium in the form of alloy is a subject with pronounce...
Electroless nickel alloy deposition on steel substrates is done at various plating bath pHs and comp...
This research work aims to develop electrodeposited Zn-Ni alloy coatings with controlled dissolution...
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...