The state of the semiconducting monocrystal's surface is one of the key factors determining
its electrophysical characteristics. It is known that the compositions “semiconductor/oxide,”“ …

Polycrystalline cadmium selenide thin film electrodes prepared by coevaporation of the
elements were investigated in situ by electrochemical photocapacitance spectroscopy (EPS) …

Chemical oxidation of cadmium telluride surfaces in dilute bromine in methanol solutions is
found to leave a thin, residual tellurium-rich layer of about 1 nm thickness, and high surface …

The interaction of UHV cleaved van der Waals surfaces of the layered semiconductors SnS,,
SnSe,, ZrS,, MoS, and WS, with deposited Cu, Ag and Au has heen studied with XPS and …

The surface chemistry of InSb electrodes at pH 0 is studied by XPS-profiling. In the anodic
range, a thick porous layer of Sb2O3 and Sb is obtained. The presence of Sb is …

The title of this publication represents the well-known saying by Niels Bohr, the Nobel-prize
winner, and, on my opinion, characterizes very neatly, even if in the humorous form, how …

DC surface conductance is a simple and powerful method for the study of electrochemical
interfaces. Its applicability to semiconductor film/electrolyte junctions is analyzed from a …

Before treating processes at the electrochemical interface, it is useful to review a few basic
properties of the adjoining phases, the electrolyte and the electrode. So here we summarize …

In this paper the behaviour of CdTe in aqueous electrolytes under reductive conditions is
studied. In basic solution evidence has been obtained for the cathodic decomposition …

Steady state polarization curves of cadmium in NaHS solutions exhibit a maximum current
density at low overpotentials with respect to the equilibrium potential of cadmium sulphide …