High-rate electrodeposition of copper from CuSO4-H2SO4 baths can be achieved by using crossflow of solution. To obtain copper layers of uniform thickness and quality, a new type of electrolytic cell, the helix cell, has been proposed. An experimental dimensionless relation has been given to describe the mass transfer to a round bar, in crossflow, in a helix cell. Moreover, the current efficiency of copper deposition has been obtained as a function of current density, flow rate of solution, temperature and weight per cent CuSO4 in the CuSO4-H2SO4 solution
The effect of chloride ion on the deposition of copper from low metal concentrations in aqueous, aci...
The nucleation mechanisms of copper during electrodeposition of thin films from sulfate solutions we...
Two- and three-compartment copper electrowinning (EW) cells based on reactive electrodialysis (RED) ...
High-rate electrodeposition of copper from CuSO4-H2SO4 baths can be achieved by using crossflow of s...
The industrial electrodeposition f copper from cupric acid sulphate baths is typically carried out a...
The industrial electrodeposition of copper from cupric acid sulphate baths is typically carried out ...
The electrodeposition of copper from an acid sulphate solution has been studied in a Hull cell fitte...
An experimental study was conducted to investigate the mass transport behavior for electrochemical r...
The potentiostatic deposition of copper from acid sulfate solutions (0.50 mol dm-3 Na2SO4 at pH 2 an...
Nodulation formation during the electrolytic production of high-purity copper can lead to impurity e...
The rate of mass transfer for the electrodeposition of copper ions has been investigated under diffe...
Ionic mass transfer for the electrodeposition of copper from aqueous copper sulphate-sulphuric acid ...
Mass-transfer coefficients between an electrolyte solution and the wall of a hydrocyclone were exper...
The stepped rotating cylinder electrode (SRCE) geometry has been developed as a simple aid to the pr...
This paper describes investigations on the role of electrolyte composition on the mechanism of the e...
The effect of chloride ion on the deposition of copper from low metal concentrations in aqueous, aci...
The nucleation mechanisms of copper during electrodeposition of thin films from sulfate solutions we...
Two- and three-compartment copper electrowinning (EW) cells based on reactive electrodialysis (RED) ...
High-rate electrodeposition of copper from CuSO4-H2SO4 baths can be achieved by using crossflow of s...
The industrial electrodeposition f copper from cupric acid sulphate baths is typically carried out a...
The industrial electrodeposition of copper from cupric acid sulphate baths is typically carried out ...
The electrodeposition of copper from an acid sulphate solution has been studied in a Hull cell fitte...
An experimental study was conducted to investigate the mass transport behavior for electrochemical r...
The potentiostatic deposition of copper from acid sulfate solutions (0.50 mol dm-3 Na2SO4 at pH 2 an...
Nodulation formation during the electrolytic production of high-purity copper can lead to impurity e...
The rate of mass transfer for the electrodeposition of copper ions has been investigated under diffe...
Ionic mass transfer for the electrodeposition of copper from aqueous copper sulphate-sulphuric acid ...
Mass-transfer coefficients between an electrolyte solution and the wall of a hydrocyclone were exper...
The stepped rotating cylinder electrode (SRCE) geometry has been developed as a simple aid to the pr...
This paper describes investigations on the role of electrolyte composition on the mechanism of the e...
The effect of chloride ion on the deposition of copper from low metal concentrations in aqueous, aci...
The nucleation mechanisms of copper during electrodeposition of thin films from sulfate solutions we...
Two- and three-compartment copper electrowinning (EW) cells based on reactive electrodialysis (RED) ...