The theory of the potentiostatic current transient for three-dimensional multiple nucleation
with diffusion controlled growth is discussed. Reliable values of nuclear number densities …

The common experimental procedures for studying electrochemical nucleation are
described and discussed, with particular reference to methods of determining the nuclear …

The creation of open porous structures with an extremely high surface area is of great
technological significance because such structures are ideally suited for electrodes in many …

Boron-doped diamond electrodes have many possibiHties for electroanalytical and
electrosynthetic application because of their sta-bility and range. However, their combination …

Two applications of microscopically small electrodes are described, one relating to the
kinetics of homogeneous redox reactions and the other to the heterogeneous …

Die Unterpotentialabscheidung (UPD) von Metallen auf definierten Metalleinkristallflächen
stellt ein relativ neues Forschungsgebiet dar. In dieser Arbeit werden die bisher bekannten …

Results for the electrodeposition of platinum on carbon electrodes of nanometer size are
presented. It is shown that electrodes with very small electroactive areas simplify the study of …

The early stages of Pt electrocrystallization onto glassy carbon (GC), n-GaAs and n-InP were
studied by means of (i) analysis of current-time transients and (ii) surface observations …

Electrocrystallization phenomena are considered and basic thermodynamic and kinetic
concepts related to the electrochemical nucleation and growth are defined and discussed in …

The initial stage of electrodeposition of silver on a glassy carbon electrode is investigated
using a double-pulse potentiostatic method. Data are obtained for the concentration …