Two methods of surface area estimations of sintered silver electrodes have given roughness factors of 58 and 81. One method is based on constant current oxidation, the other is based on potentiostatic oxidation. Examination of both wire and sintered silver electrodes via scanning electron microscopy at various stages of oxidation have shown that important structural features are mounds of oxide. In potentiostatic oxidations these appear to form on sites instantaneously nucleated while in constant current oxidations progressive nucleation is indicated
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
Reaction geometry effects on oxidation and reduction of alkaline silver electrode
Electron microscopic studies of reaction geometry in oxidation and reduction of alkaline silver elec...
The anodic oxidation of silver electrodes in NaOH solution and the reduction of the silver oxides fo...
The potentiostatic electroreduction of silver(I) oxide layer has been investigated in 0.1 M NaOH. Th...
The kinetics of the electrochemical oxidation of silver in alkali have been studied. The oxidation o...
Determination of effective electrolytic surface area of sintered and foil silver electrodes subjecte...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The electroformation of Ag(II) oxide layer during the anodization of silver in 0.1 M NaOH is investi...
A study of the reactions that occur at copper and silver electrodes in alkaline solutions, at potent...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
Reaction geometry effects on oxidation and reduction of alkaline silver electrode
Electron microscopic studies of reaction geometry in oxidation and reduction of alkaline silver elec...
The anodic oxidation of silver electrodes in NaOH solution and the reduction of the silver oxides fo...
The potentiostatic electroreduction of silver(I) oxide layer has been investigated in 0.1 M NaOH. Th...
The kinetics of the electrochemical oxidation of silver in alkali have been studied. The oxidation o...
Determination of effective electrolytic surface area of sintered and foil silver electrodes subjecte...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The anodic electroformation of silver (I) oxide layer on polycrystalline silver electrodes in 0.1 M ...
The electroformation of Ag(II) oxide layer during the anodization of silver in 0.1 M NaOH is investi...
A study of the reactions that occur at copper and silver electrodes in alkaline solutions, at potent...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The nucleation and growth of Ag(I) oxide layers on polycrystalline Ag electrodes is studied by poten...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...