Scanning electrochemical microscopy (SECM), is a recent analytical technique in
electrochemistry, which was developed in the 1990s and uses microelectrodes to probe …

Analytical approximations for steady-state positive feedback currents in scanning
electrochemical microscopy (SECM) experiments using a microdisk are discussed. The use …

Analytical approximations for steady-state negative feedback currents in scanning
electrochemical microscopy (SECM) experiments using a microdisk are discussed. A …

This contribution represents the first comprehensive attempt to treat complex geometry
configurations of the scanning electrochemical microscope (SECM) using the alternating …

The dependence of the SECM feedback current on finite heterogeneous electron-transfer
(et) kinetics at the substrate electrode was examined by experimental studies of the redu …

The dependence of the SECM feedback current on finite heterogeneous electron-transfer
(et) kinetics at the substrate electrode was examined by experimental studies of the …

Available approximate expressions used in the kinetic data treatment of (scanning
electrochemical microscopy) SECM experiments in the case of steady-state feedback …

Previous papers have described the theory (1-3) and ap-plications (4-12) of the scanning
electrochemical microscope (SECM) operating in the steady-state current regime. The tip …

Theory for the chronoamperometric positive feedback mode of the scanning electrochemical
microscope (SECM) is extended to include the situation where the oxidised and reduced …

Transient and steady-state amperometric tip responses were simulated with an alternating
direction implicit algorithm. Compared with previous publications, the simulation domain …