Trace impurities of nitrate and sulphate species have been detected as the cause for the
charge quench of existing voltammetric peaks and the appearance of new voltammetric …

The laser-induced temperature jump method is used to determine the potential of maximum
entropy (pme) of a Pt (111) single crystal electrode in contact with an aqueous solution, in a …

Cyclic voltammograms are key to much of the accumulated understanding of the nature of
electrochemical interfaces; however, they provide no direct information on the atomic …

Understanding the mechanisms of Pt dissolution with well‐defined surfaces is vital for
developing stable catalysts for electrochemical energy conversion devices such as fuel …

An original approach to the creation of new nanocomposite anode materials based on PbO2
and to the processes of composite formation due to the influence of selective adsorption of …

The influence of particles of colloidal titanium dioxide on the morphology and structure of
lead dioxide electrodeposits has been investigated. The presence of colloidal TiO 2 particles …

By flame-annealing and cooling a series of Pt n {110}×{111} and Pt n {110}×{100} single
crystal electrodes in a CO ambient, new insights into the nature of the electrosorption …

The interface between two immiscible electrolyte solutions (ITIES) is a close approximation
of an ideally polarisable interface, being non-equilibrated upon formation. Despite this, the …

Most of electrocatalytic reactions occur in an aqueous environment. Understanding the
influence of water structure on reaction dynamics is fundamental in electrocatalysis. In this …

The electrooxidation of ethanol (C2H5OH) is studied on the surface of platinum (Pt)
electrode in 1.0 М aqueous solutions of methanesulfonic acid (CH3SO3H). It is found that …