Ti-supported RuO2+ Co3O4 electrodes, prepared at 470° C, were characterized by SEM,
XRD, open-circuit potential (Eoc) and CV measurements. Binary mixtures has much higher …

Ti-supported RuO2+ Co3O4 coatings were prepared by thermal decomposition at 470° C.
The effect of the replacement of Co3O4 by RuO2 on the service life of the coatings was …

Mixtures of RuO2+ ZrO2 on a Ti support have been studied electrochemically by cyclic
voltammetry in acidic solution. The most appropriate combination of precursors has been …

Abstract RuO 2/Ta 2 O 5 mixed oxide electrodes have been investigated by XPS-AES
techniques and X-ray diffractometry and their electrochemical behaviour for the oxygen …

Freshly prepared RuO2–Ta2O5 thin films containing between 10 and 80atom% Ru have
been examined and characterized by electrochemical impedance spectroscopy (EIS), cyclic …

Electrocatalytic oxide coatings with variable concentration profiles of RuO 2 as the active
component were obtained through a combination of separately applied layers of RuO 2, TiO …

The processes of formation of RuO 2 TiO 2 coatings from precursor salts dissolved in
isopropanol were followed by combined thermoanalytical and mass-spectrometric methods …

The present study represents comparative analysis of voltammetric and microgravimetric
behavior of active ruthenium (Ru), electrochemically passivated ruthenium (Ru/RuO2) and …

In order to design Ru-based oxide-coated catalyst electrodes with a large surface area, the
following five methods were evaluated and the electrochemically active surface area of the …

ABSTRACT In this study RuO~/TiO2 mixtures were prepared from solution using Ti (i-OPr) 4
and three different precursors for RuO2, RuNO (NO3) 3, and RuC13 9 xH20 and tris (2, 4 …