The contact electric resistance (CER) R of platinum is studied depending on the potential E
in the pH range from 0 to 14. In all the solutions examined, the R–E curves are bell-shaped …

The literature contains only a small number of data on the dependence of the adsorption of
anions on metals on the potential, and there are almost no data on adsorption of water. This …

Two points are discussed here:(a) the actual value of the capacitance in the potential range
where no adsorption of hydrogen or oxygen takes place;(b) the general shape of the …

Certain fundamental concepts and definitions in the thermodynamic theory of the platinum
electrode are examined and the concepts of the zero total charge and zero free charge …

Different methods of deducing the basic equation of the thermodynamic theory of
electrocapillarity for hydrogen-adsorbing metals are compared. The relations that determine …

The oxidation of polycrystalline platinum in perchloric acid is studied by cyclic voltammetry at
a potential scan rate of 0.1 V s–1 in various potential cycling ranges. The earlier model for …

[en] The essential details of the methodology for measuring contact electric resistance (CER)
of two periodically containing identical samples are considered. The model notions on the …

Adsorption (chemisorption) of methanol, formic acid and other organic substances on the
smooth platinum electrode has been studied. The adsorption is dissociative and usually …

A new contact electroresistance (CER) method is developed for studying in situ the
electroresistance of films on metals and its dependence upon the electrolyte composition …

The contact electric resistance (CER) of polished copper specimens in 0.003 to 1 N
perchloric, sulfuric, and hydrochloric acid solutions and their mixtures is studied. The CER of …