Cobalt electrowinning from acidic sulphate solution was carried out in the presence and absence of chloride ion in the electrolyte. The effect of current density, electrolyte flow rate and temperature on cobalt electrowinning was studied from pure cobalt sulphate solutions and solutions containing 2000 mg dm -3 chloride ion. It was found that presence of chloride ion did not have any significant effect on cobalt deposition potential, current efficiency and preferred crystal orientation of the electrowon cobalt. However, the surface morphology of the cobalt electrodeposits was affected quite strongly which may be attributed to the variation of the intensity of the crystal planes during the electrodeposition process
The as-plated surfaces of cobalt electrodeposits obtained using various combinations of the common p...
International audienceThe influence of cobalt on the electrodeposition of zinc onto AISI 1018 steel ...
648-653A molten salt system of CoCl2-N-(n-butyl)pyridinium chloride (BPC) having melting point oC h...
Cobalt electrowinning from acidic sulphate solution was carried out in the presence and absence of c...
M. Tech. Chemical Engineering Tshwane University of Technology 2013.The effects on cobalt electrowin...
This paper reports an account of s tudy, conducted on opt imizat ion of the process parameters, for...
The effect of Mn(II) and boric acid on the electrowinning of cobalt from acidic sulfate electrolyte ...
International audienceThe electrochemical oxidation of cobalt and the cobalt electrode open circuit ...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
AbstractThe mechanism of Co electrodeposition in sulphate solutions containing boric acid was invest...
The novel process for the electrodeposition of cobalt using the urea and the choline chloride ionic ...
The influence of cobalt ions in the solution on the anodic oxidation of a commercial Pb-Ca-Sn alloy ...
In this work, cobalt electroplating from homogeneous oxidation of cobalt powder via iodine as a chem...
Voltammetry and in-situ scanning tunneling microscopy (STM) were used to examine electrodeposition o...
The electrowinning (EW) of cobalt from sulphate solution contaminated with organic impurities: tri-n...
The as-plated surfaces of cobalt electrodeposits obtained using various combinations of the common p...
International audienceThe influence of cobalt on the electrodeposition of zinc onto AISI 1018 steel ...
648-653A molten salt system of CoCl2-N-(n-butyl)pyridinium chloride (BPC) having melting point oC h...
Cobalt electrowinning from acidic sulphate solution was carried out in the presence and absence of c...
M. Tech. Chemical Engineering Tshwane University of Technology 2013.The effects on cobalt electrowin...
This paper reports an account of s tudy, conducted on opt imizat ion of the process parameters, for...
The effect of Mn(II) and boric acid on the electrowinning of cobalt from acidic sulfate electrolyte ...
International audienceThe electrochemical oxidation of cobalt and the cobalt electrode open circuit ...
In this work, nickel-cobalt electrodeposition under galvanostatic conditions was investigated. Ni-Co...
AbstractThe mechanism of Co electrodeposition in sulphate solutions containing boric acid was invest...
The novel process for the electrodeposition of cobalt using the urea and the choline chloride ionic ...
The influence of cobalt ions in the solution on the anodic oxidation of a commercial Pb-Ca-Sn alloy ...
In this work, cobalt electroplating from homogeneous oxidation of cobalt powder via iodine as a chem...
Voltammetry and in-situ scanning tunneling microscopy (STM) were used to examine electrodeposition o...
The electrowinning (EW) of cobalt from sulphate solution contaminated with organic impurities: tri-n...
The as-plated surfaces of cobalt electrodeposits obtained using various combinations of the common p...
International audienceThe influence of cobalt on the electrodeposition of zinc onto AISI 1018 steel ...
648-653A molten salt system of CoCl2-N-(n-butyl)pyridinium chloride (BPC) having melting point oC h...