Add to ORKGThe shape of the current-voltage curves at a rotating disc electrode have been calculated for various nuances of the catalytic (EC') mechanism. In particular the halfwave potential is found to be highly sensitive to the disc rotation speed and the concentrations of mediator and substrate employed. These observations provide a ready method of characterising the different pathways. © 1989
Efforts to design catalytic schemes approaching reversibility in which the catalyst is active for bo...
A general computational strategy is presented for the calculation of the chronoamperometric response...
Several new theoretical aspects of the electrocatalytic (regenerative) EC’ mechanism under condition...
The shape of the current-voltage curves at a rotating disc electrode have been calculated for variou...
In a recent paper we have shown how the shape of the current-voltage curves at a rotating disc elec...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
The various mechanistic nuances of the catalytic (EC′) mechanism have been considered and it has bee...
A general computational strategy is presented for the calculation of steady-state current-voltage wa...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
The theory of cyclic voltammetry at disc electrodes and microelectrodes is developed for a system wh...
The theory of cyclic voltammetry at disc electrodes and microelectrodes is developed for a system wh...
In the context of modern energy challenges, there is an increasing need to decipher the mechanism of...
Rotating disk voltammograms of electrocatalytic reactions were often analyzed on a model of the tota...
This paper presents the approximate analytical expression for transient and steady-state concentrati...
Efforts to design catalytic schemes approaching reversibility in which the catalyst is active for bo...
A general computational strategy is presented for the calculation of the chronoamperometric response...
Several new theoretical aspects of the electrocatalytic (regenerative) EC’ mechanism under condition...
The shape of the current-voltage curves at a rotating disc electrode have been calculated for variou...
In a recent paper we have shown how the shape of the current-voltage curves at a rotating disc elec...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
The various mechanistic nuances of the catalytic (EC′) mechanism have been considered and it has bee...
A general computational strategy is presented for the calculation of steady-state current-voltage wa...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
The theory of cyclic voltammetry at disc electrodes and microelectrodes is developed for a system wh...
The theory of cyclic voltammetry at disc electrodes and microelectrodes is developed for a system wh...
In the context of modern energy challenges, there is an increasing need to decipher the mechanism of...
Rotating disk voltammograms of electrocatalytic reactions were often analyzed on a model of the tota...
This paper presents the approximate analytical expression for transient and steady-state concentrati...
Efforts to design catalytic schemes approaching reversibility in which the catalyst is active for bo...
A general computational strategy is presented for the calculation of the chronoamperometric response...
Several new theoretical aspects of the electrocatalytic (regenerative) EC’ mechanism under condition...