RuO 2+ IrO 2 electrodes of various compositions from 0 to 100% RuO 2 have been prepared
by thermal decomposition of RuCl 3+ IrCl 3 in isopropanol solutions. The surface and …

The surface properties of RuO 2+ IrO 2 mixed oxide layers deposited on Ti by thermal
decomposition of the corresponding chlorides in aqueous solutions have been investigated …

The formation processes of RuO 2/TiO 2, IrO 2/TiO 2 and IrO 2/ZrO 2 film electrodes have
been studied by combined thermoanalytical and mass-spectrometric methods. The obtained …

Composition and structure of the xRuO 2·(1− x) IrO 2 anode coatings obtained by pyrolysis
of Ru and Ir chlorides have been studied by X-ray and IR analysis. Spectrophotometry and …

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 …

RuO 2+ TiO 2 mixed oxides have been prepared by thermal decomposition of RuCl 3+ TiCl
4 at 450° C. The structural features have been investigated by X-ray diffraction, while the …

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 …

A thermal decomposition method was employed to produce RuO 2 electrodes on titanium
from RuCl 3 paste at annealing temperatures ranging from 300 to 500° C. The roughness …

A systematic investigation of the mechanistic features, the electrocatalytic activity, and the
stability of thermally prepared ternary oxides of general formula Ir 0.3 Ti (0.7− x Ce x O 2 (0⩽ …

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 …