Additives, such as chloride, thiourea and glue, are commonly added to electrorefining electrolyte to control deposition structure and morphology. Very few studies have been performed to observe their effects on anode passivation. Chronopotentiometry was utilized to observe the passivation behaviour of commercial copper anodes in synthetic electrolyte. The effect of chloride, thiourea and glue were investigated individually. A simulated electrolyte containing all three additives was used in conjunction with twenty commercial copper anode samples to determine possible interactions between additives and anode composition
A combination of thermodynamic analyses and potentiodynamic polarization tests have been used to stu...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...
Anode passivation can decrease productivity and quality while increasing costs in modern copper elec...
Electrorefining is the process of choice to purify several metals, among which is copper. A crucial ...
The behavior of thiourea in the anodic process of copper electrorefining was investigated using vari...
Protein colloid (glue), thiourea, Avitone and chloride ion are the most common additives used electr...
Evaluation of the changes in loading and composition of platinum/ iridium alloy coated titanium anod...
A study has been made to determine the effect of antimony, chloride ion, and glue on copper electror...
The electrorefining process of the non-commercial Cu anodes was tested on the enlarged laboratory eq...
The electrochemical deposition of copper has been a major focus of research for decades. Renewed int...
The kinetics of the Cu/Cu2+ have been defined clearly from experiments on a copper microdisc el...
The effects of commercial copper electrorefining additives (glue and thiourea) on the electrochemica...
The production and characterization of nano-crystalline metallic coatings has been a subject of inte...
The use of copper anodes with non standard content of impurities for the treatment of waste, sulphur...
A combination of thermodynamic analyses and potentiodynamic polarization tests have been used to stu...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...
Anode passivation can decrease productivity and quality while increasing costs in modern copper elec...
Electrorefining is the process of choice to purify several metals, among which is copper. A crucial ...
The behavior of thiourea in the anodic process of copper electrorefining was investigated using vari...
Protein colloid (glue), thiourea, Avitone and chloride ion are the most common additives used electr...
Evaluation of the changes in loading and composition of platinum/ iridium alloy coated titanium anod...
A study has been made to determine the effect of antimony, chloride ion, and glue on copper electror...
The electrorefining process of the non-commercial Cu anodes was tested on the enlarged laboratory eq...
The electrochemical deposition of copper has been a major focus of research for decades. Renewed int...
The kinetics of the Cu/Cu2+ have been defined clearly from experiments on a copper microdisc el...
The effects of commercial copper electrorefining additives (glue and thiourea) on the electrochemica...
The production and characterization of nano-crystalline metallic coatings has been a subject of inte...
The use of copper anodes with non standard content of impurities for the treatment of waste, sulphur...
A combination of thermodynamic analyses and potentiodynamic polarization tests have been used to stu...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...
Adherent anode slimes can cause anode passivation in copper electrorefining and lower the efficiency...