AbstractIn this work the general case of quasi-reversible redox electrode processes of thiol compounds proceeding on a mercury-film electrode via a CE (chemical-electrochemical) mechanism has been revealed and investigated by voltammetry. The quantitative criteria for correlation between theory and experiment corresponding to a CE mechanism and new approach for estimating the kinetic parameters of the preceding chemical reaction have been suggested
International audienceElectroanalytical techniques like cyclic voltammetry allow convenient and fast...
Large number of lipophilic substances, whose electrochemical transformation takes place from adsorbe...
The reaction pathway of sulfur dioxide electro-oxidation on platinum and gold substrates is investig...
In this work the general case of quasi-reversible redox electrode processes of thiol compounds proce...
AbstractIn this work the general case of quasi-reversible redox electrode processes of thiol compoun...
The electrochemical reaction of sulfur has been studied through cyclic voltammetry (CV) method in si...
In this paper the electrochemical behaviors of Ce(IV)/Ce(III) redox couple and Ce(IV) - F complex in...
Surface redox reactions are big class of redox reactions mimicking the redox chemistry of relevant e...
The electrode kinetics of a diverse group of organodisulfide cathode materials have been systematica...
Linear sweep voltammetry (LSV) and cyclic voltammetry (CV) are the most widely used voltammetric tec...
Majority of the chemical processes taking place in our Universe have a “redox” origin (redox=reducti...
Surface electrode reaction (E), coupled with reversible preceding and reversible follow up chemical ...
Linear sweep voltammetry (LSV) and cyclic voltammetry (CV) are the most widely used voltammetric tec...
The reduction mechanism of sulfur proposed in this work may be correlated with the redox characteris...
A theoretical model of a surface electrode reaction coupled with a preceding chemical reaction (surf...
International audienceElectroanalytical techniques like cyclic voltammetry allow convenient and fast...
Large number of lipophilic substances, whose electrochemical transformation takes place from adsorbe...
The reaction pathway of sulfur dioxide electro-oxidation on platinum and gold substrates is investig...
In this work the general case of quasi-reversible redox electrode processes of thiol compounds proce...
AbstractIn this work the general case of quasi-reversible redox electrode processes of thiol compoun...
The electrochemical reaction of sulfur has been studied through cyclic voltammetry (CV) method in si...
In this paper the electrochemical behaviors of Ce(IV)/Ce(III) redox couple and Ce(IV) - F complex in...
Surface redox reactions are big class of redox reactions mimicking the redox chemistry of relevant e...
The electrode kinetics of a diverse group of organodisulfide cathode materials have been systematica...
Linear sweep voltammetry (LSV) and cyclic voltammetry (CV) are the most widely used voltammetric tec...
Majority of the chemical processes taking place in our Universe have a “redox” origin (redox=reducti...
Surface electrode reaction (E), coupled with reversible preceding and reversible follow up chemical ...
Linear sweep voltammetry (LSV) and cyclic voltammetry (CV) are the most widely used voltammetric tec...
The reduction mechanism of sulfur proposed in this work may be correlated with the redox characteris...
A theoretical model of a surface electrode reaction coupled with a preceding chemical reaction (surf...
International audienceElectroanalytical techniques like cyclic voltammetry allow convenient and fast...
Large number of lipophilic substances, whose electrochemical transformation takes place from adsorbe...
The reaction pathway of sulfur dioxide electro-oxidation on platinum and gold substrates is investig...