A wall-jet electrode cell suitable for mechanistic studies is described and used to study the reduction of fluorescein at mercury in aqueous base (pH 9.5 to 10.0). Limiting current-flow rate data are found to be in excellent agreement with theory derived for a DISP1 process. © 1990 Chapman and Hall Ltd
A novel electrode geometry is proposed in which a disk microelectrode is recessed below a second ele...
The work presented in this thesis first characterises a high speed channel flow cell and then applie...
The application of steady-state and fast-scan linear sweep voltammetry to a high-speed wall-tube ele...
The theory of EC′ (catalytic) reactions at the wall-jet electrode is developed using a computational...
The theory of EC′ (catalytic) reactions at the wall-jet electrode is developed using a computational...
A computational procedure based on the Backwards Implicit Method is shown to be a powerful and gener...
A computational procedure based on the Backwards Implicit Method is shown to be a powerful and gener...
Experimental verification of the theory for the transient current response of a wall-jet electrode t...
A theory is presented which describes the transient current response to a potential step at a wall-j...
The merits of non-uniformly accessible electrodes for discriminating between electrode reaction mech...
Theory is presented which predicts the linear sweep voltammetry behavior at the wall-jet electrode f...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
Theory is presented for the wall-jet ring disc electrode (WJRDE) which predicts the current transien...
This chapter discusses the use of channel electrodes in the investigation of interfacial reaction me...
The microjet electrode (MJE) is a hydrodynamic electrode in which a fine jet of solution impinges fr...
A novel electrode geometry is proposed in which a disk microelectrode is recessed below a second ele...
The work presented in this thesis first characterises a high speed channel flow cell and then applie...
The application of steady-state and fast-scan linear sweep voltammetry to a high-speed wall-tube ele...
The theory of EC′ (catalytic) reactions at the wall-jet electrode is developed using a computational...
The theory of EC′ (catalytic) reactions at the wall-jet electrode is developed using a computational...
A computational procedure based on the Backwards Implicit Method is shown to be a powerful and gener...
A computational procedure based on the Backwards Implicit Method is shown to be a powerful and gener...
Experimental verification of the theory for the transient current response of a wall-jet electrode t...
A theory is presented which describes the transient current response to a potential step at a wall-j...
The merits of non-uniformly accessible electrodes for discriminating between electrode reaction mech...
Theory is presented which predicts the linear sweep voltammetry behavior at the wall-jet electrode f...
Theory is presented for the shape of current-voltage curves measured at a rotating-disc electrode fo...
Theory is presented for the wall-jet ring disc electrode (WJRDE) which predicts the current transien...
This chapter discusses the use of channel electrodes in the investigation of interfacial reaction me...
The microjet electrode (MJE) is a hydrodynamic electrode in which a fine jet of solution impinges fr...
A novel electrode geometry is proposed in which a disk microelectrode is recessed below a second ele...
The work presented in this thesis first characterises a high speed channel flow cell and then applie...
The application of steady-state and fast-scan linear sweep voltammetry to a high-speed wall-tube ele...