Add to ORKGNovel three-dimensional cobalt powder structures were successfully prepared by electrodeposition. Electrodeposited cobalt powder was characterized by scanning electron microscopy (SEM) and light microscopy. It was possible to control the morphology and structure of cobalt particles by adjusting process parameters of electrodeposition such as current density and type of working electrode. The morphology and structure of cobalt powders were investigated and the formation mechanism of agglomerate was also discussed
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
Cobalt nanoparticles were synthesized by pulsed electrodeposition on copper substrate. Scanning ele...
Novel three-dimensional cobalt powder structures were successfully prepared by electrodeposition. El...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Nickel and cobalt alloy powders from two different electrolyte compositions were obtained by electro...
Cobalt powder was obtained by electrodeposition of cobalt from glycerol and sulphuric acid. The morp...
Cobalt hexagonal nanoplatelets and cobalt nanoflakes were produced by electrodeposition onto alumini...
Cobalt and nickel powders of three different compositions: Ni0.8Co0.2, Ni0.55Co0.45 and Ni0.2Co0.8 ...
Processing conditions during the deposition process affect the nanowire properties significantly in ...
The work presents the results of attestation of powders that were obtained from the KHMS "Cellite" a...
In this contribution, two different strategies are discussed to synthesize cobalt nanostructures: di...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
Cobalt nanoparticles were synthesized by pulsed electrodeposition on copper substrate. Scanning ele...
Novel three-dimensional cobalt powder structures were successfully prepared by electrodeposition. El...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Cobalt 3D powder particles were successfully prepared by galvanostatic electrodeposition. The electr...
Nickel and cobalt alloy powders from two different electrolyte compositions were obtained by electro...
Cobalt powder was obtained by electrodeposition of cobalt from glycerol and sulphuric acid. The morp...
Cobalt hexagonal nanoplatelets and cobalt nanoflakes were produced by electrodeposition onto alumini...
Cobalt and nickel powders of three different compositions: Ni0.8Co0.2, Ni0.55Co0.45 and Ni0.2Co0.8 ...
Processing conditions during the deposition process affect the nanowire properties significantly in ...
The work presents the results of attestation of powders that were obtained from the KHMS "Cellite" a...
In this contribution, two different strategies are discussed to synthesize cobalt nanostructures: di...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
In this paper the morphology (SEM analysis), the internal structure (cross-section analysis) and the...
Cobalt nanoparticles were synthesized by pulsed electrodeposition on copper substrate. Scanning ele...