Add to ORKGStaircase voltammetry in differential mode, applied to spherical electrodes of different sizes, is analyzed theoretically. Dependences of peak currents on the sampling times, the potential step increment, the charge transfer coefficient and the electrode radius are investigated. Criteria of reversibility are proposed. Differential responses of reversible redox reactions are independent of the sphericity parameter Y = (D/f)v2/r
Cyclic staircase voltammograms of a simple, reversible oxidation on the rotating disk electrode is a...
Protein-film voltammetry (PFV) is established as an efficient methodology for studying the redox act...
A model of reversible and quasi-reversible electrode reaction of dissolved redox couple is developed...
Staircase voltammetry in differential mode, applied to spherical electrodes of different sizes, is a...
The study of the reversible reduction/oxidation molecules containing multiple interacting or noninte...
The use of staircase voltammetry for the measurement of reversible diffusional redox species under a...
The use of staircase ramps for cyclic voltammetry rather than true linear analog ramps can lead to s...
Simple analytical expressions are deduced for the cyclic (staircase) and differential cyclic (stairc...
The prediction of voltammetric response from the microscopic information of the electrode surface mo...
We develop a theory for cyclic staircase voltammetry (CSCV) of a reversible charge transfer process ...
Stalrcase voltammetry has been proposed as an electroanalyticaltechnlque which allows the obsarvatlo...
Theoretical model is developed for the voltammetric response of multistep reversible charge transfer...
The use of differential pulse voltammetry at spherical electrodes for the study of the kinetic of ch...
A general, explicit analytical solution for volta-mmetry using any multipotential waveform for an el...
Reverse Pulse Voltammetry (RPV) is a powerful double pulse technique for kinetic studies. The theory...
Cyclic staircase voltammograms of a simple, reversible oxidation on the rotating disk electrode is a...
Protein-film voltammetry (PFV) is established as an efficient methodology for studying the redox act...
A model of reversible and quasi-reversible electrode reaction of dissolved redox couple is developed...
Staircase voltammetry in differential mode, applied to spherical electrodes of different sizes, is a...
The study of the reversible reduction/oxidation molecules containing multiple interacting or noninte...
The use of staircase voltammetry for the measurement of reversible diffusional redox species under a...
The use of staircase ramps for cyclic voltammetry rather than true linear analog ramps can lead to s...
Simple analytical expressions are deduced for the cyclic (staircase) and differential cyclic (stairc...
The prediction of voltammetric response from the microscopic information of the electrode surface mo...
We develop a theory for cyclic staircase voltammetry (CSCV) of a reversible charge transfer process ...
Stalrcase voltammetry has been proposed as an electroanalyticaltechnlque which allows the obsarvatlo...
Theoretical model is developed for the voltammetric response of multistep reversible charge transfer...
The use of differential pulse voltammetry at spherical electrodes for the study of the kinetic of ch...
A general, explicit analytical solution for volta-mmetry using any multipotential waveform for an el...
Reverse Pulse Voltammetry (RPV) is a powerful double pulse technique for kinetic studies. The theory...
Cyclic staircase voltammograms of a simple, reversible oxidation on the rotating disk electrode is a...
Protein-film voltammetry (PFV) is established as an efficient methodology for studying the redox act...
A model of reversible and quasi-reversible electrode reaction of dissolved redox couple is developed...