Alfredo J. Calandra

TL;DR: Theoretical potentiodynamic current/potential curves for a film formation process under an ohmic resistance control are given in this article, which is compared with experimental data involving the formation of insoluble parathiocyanogen on platinum and the precipitation of a solid CuCl layer during copper dissolution in aqueous HCl solution.

TL;DR: In this paper, the anodic dissolution of Au is discussed in terms of possible reaction mechanisms involving the participation of different adsorbed species and the onset of passivation is related to the depletion of chloride ion at the reaction interface.

TL;DR: In this article, the species formed during the anodic oxidation and electroreduction of a gold electrode surface within the range of a monolayer thickness is given by means of triangular potential sweeps run under different experimental conditions.

TL;DR: In this article, the anodic reaction in molten cryolite alumina systems has been studied in a wide range of potentials by applying both repetitive and single pulse linear sweep voltammetry, varying the sweep rate between 0.04 V/s and 600 V/S, and the alumina concentration between 1.05 and 1.5 wt%.

TL;DR: Gold oxide films of the order of a monolayer thickness are electroreduced under different potentiodynamic conditions as mentioned in this paper, and the electrochemical process is coupled to a chemical dissolution of the film and a solid phase transformation.