Experiments on deposition of Cu2O films from basic cupper sulfate solution show that copper also deposits. At low, but basic values of pH only copper deposits and at high pH only cuprous oxide deposits. In the intermediate range where both compete the system shows oscillations at constant current. Linear stability analysis has been conducted for such an electrochemical cell to show that oscillations can take place in the parameter space identified in the experiments. The results are keeping with most of the experimental observations, which are many, but not with all. The physical mechanisms behind the oscillations are explained in terms of competing reactions
The electrodeposition of Cu from diluted CuSO4 in 0.5 M H2SO4 on columnar structured Pt electrodes w...
In the present work two electrochemical techniques were used to study passivation of a clean copper ...
Nanocomposite films of copper metal and cuprous oxide were electrodeposited at room temperature from...
The present report refers to the potentiodynamic characteristics of the electrochemical formation an...
Layered nanostructures of copper metal and cuprous oxide are electrodeposited from alkaline solution...
Dynamic morphological transitions in thin-layer electrodeposits obtained from copper sulphate soluti...
The direct reduction of CO2 to CH3OH is known to occur at several types of electrocatalysts includin...
Self-oscillating behaviour in alkaline Cu(II)-lactate and -tartrate systems has been investigated by...
The semiconducting properties of anodic passive films formed on polycrystalline copper in aqueous bo...
Nanocomposite films of copper metal and cuprous oxide, Cu₂O2 are electrodeposited at room temperatur...
The direct reduction of CO2 to CH3OH is known to occur at several types of electrocatalysts includin...
An electrochemical procedure is described for the anodic deposition of CuO thin films from solution ...
The interface motion for Cu electrodeposition in additive-free and thiourea-containing acid plating ...
The semiconducting properties of anodic passive films formed on polycrystalline copper in aqueous bo...
Semiconducting cuprous oxide films were prepared by electrodeposition onto copper substrates from an...
The electrodeposition of Cu from diluted CuSO4 in 0.5 M H2SO4 on columnar structured Pt electrodes w...
In the present work two electrochemical techniques were used to study passivation of a clean copper ...
Nanocomposite films of copper metal and cuprous oxide were electrodeposited at room temperature from...
The present report refers to the potentiodynamic characteristics of the electrochemical formation an...
Layered nanostructures of copper metal and cuprous oxide are electrodeposited from alkaline solution...
Dynamic morphological transitions in thin-layer electrodeposits obtained from copper sulphate soluti...
The direct reduction of CO2 to CH3OH is known to occur at several types of electrocatalysts includin...
Self-oscillating behaviour in alkaline Cu(II)-lactate and -tartrate systems has been investigated by...
The semiconducting properties of anodic passive films formed on polycrystalline copper in aqueous bo...
Nanocomposite films of copper metal and cuprous oxide, Cu₂O2 are electrodeposited at room temperatur...
The direct reduction of CO2 to CH3OH is known to occur at several types of electrocatalysts includin...
An electrochemical procedure is described for the anodic deposition of CuO thin films from solution ...
The interface motion for Cu electrodeposition in additive-free and thiourea-containing acid plating ...
The semiconducting properties of anodic passive films formed on polycrystalline copper in aqueous bo...
Semiconducting cuprous oxide films were prepared by electrodeposition onto copper substrates from an...
The electrodeposition of Cu from diluted CuSO4 in 0.5 M H2SO4 on columnar structured Pt electrodes w...
In the present work two electrochemical techniques were used to study passivation of a clean copper ...
Nanocomposite films of copper metal and cuprous oxide were electrodeposited at room temperature from...