Electrodeposited nickel is being employed in various fields like aerospace, communications, electronics and automotive industries. Co-deposition of cobalt with nickel increases the hot hardness by strengthening the deposit without the need for sulphur containing additives, which tend to induce embrittlement on heat treatment.Hence, an attempt has been made to study the same and correlate it with the microhardness. The electrochemical behaviour of these coatings has also been studied
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...
In this work, Ni-Co composite coatings with different Co contents were prepared by electrodeposition...
The importance of nanostructured deposits and methods for achieving them are considered. The scope f...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
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...
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 ...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
Nickel-cobalt alloys having settled composition can be produced by electrolysis after optimising pro...
Nickel-cobalt alloys are important coating materials due to their magnetic properties [1-2], wear re...
Nickel-cobalt alloys have many important applications in the electrical, electronic, mechanical and ...
Nickel (Ni), cobalt (Co) and their alloy have been extensively employed in engineering due to their ...
Nickel-Cobalt alloys are among the most prominent materials due to their magnetic properties, wear r...
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...
In this work, Ni-Co composite coatings with different Co contents were prepared by electrodeposition...
The importance of nanostructured deposits and methods for achieving them are considered. The scope f...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
Electrodeposited nickel is being employed in various fields like aerospace, communications, electron...
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...
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 ...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
Nickel-cobalt alloys having settled composition can be produced by electrolysis after optimising pro...
Nickel-cobalt alloys are important coating materials due to their magnetic properties [1-2], wear re...
Nickel-cobalt alloys have many important applications in the electrical, electronic, mechanical and ...
Nickel (Ni), cobalt (Co) and their alloy have been extensively employed in engineering due to their ...
Nickel-Cobalt alloys are among the most prominent materials due to their magnetic properties, wear r...
The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electr...
In this work, Ni-Co composite coatings with different Co contents were prepared by electrodeposition...
The importance of nanostructured deposits and methods for achieving them are considered. The scope f...