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 hydrometallurgy of copper may involve leaching of the metal from its ore with an aqueous solutio...
An experimental study was conducted to investigate the mass transport behavior for electrochemical r...
Deposition of copper in Through Silicon Vias (TSVs) is achieved by addition of organic compounds, wh...
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...
The relevant literature, relating to electrochemical cells, mass transfer, fluidised beds and mass t...
Ionic mass transfer for the electrodeposition of copper from aqueous copper sulphate-sulphuric acid ...
A separation process based on a new class of membrane ( the electromembrane ) was studied. Experimen...
Methanesulfonic acid (MSA) is an alternative to sulfuric acid electrolyte for metal deposition. The ...
Mass-transfer coefficients between an electrolyte solution and the wall of a hydrocyclone were exper...
Copper strike baths are extensively used in metal plating industry as they present the ability to pl...
Nodulation formation during the electrolytic production of high-purity copper can lead to impurity e...
An experimental study was performed using an oblique rotating barrel cathode to recover copper from ...
The hydrometallurgy of copper may involve leaching of the metal from its ore with an aqueous solutio...
An experimental study was conducted to investigate the mass transport behavior for electrochemical r...
Deposition of copper in Through Silicon Vias (TSVs) is achieved by addition of organic compounds, wh...
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...
The relevant literature, relating to electrochemical cells, mass transfer, fluidised beds and mass t...
Ionic mass transfer for the electrodeposition of copper from aqueous copper sulphate-sulphuric acid ...
A separation process based on a new class of membrane ( the electromembrane ) was studied. Experimen...
Methanesulfonic acid (MSA) is an alternative to sulfuric acid electrolyte for metal deposition. The ...
Mass-transfer coefficients between an electrolyte solution and the wall of a hydrocyclone were exper...
Copper strike baths are extensively used in metal plating industry as they present the ability to pl...
Nodulation formation during the electrolytic production of high-purity copper can lead to impurity e...
An experimental study was performed using an oblique rotating barrel cathode to recover copper from ...
The hydrometallurgy of copper may involve leaching of the metal from its ore with an aqueous solutio...
An experimental study was conducted to investigate the mass transport behavior for electrochemical r...
Deposition of copper in Through Silicon Vias (TSVs) is achieved by addition of organic compounds, wh...