Noble metal oxides, RuO 2 and IrO2 can be extensively applied to conductors, catalysts and
electrocatalysts. In particular, RuO2 and IrO2 coatings on titanium anodes are of commercial …

Ultrafine particles of RuO2-1rO2 binary oxides with various compositions of Ru and Ir have
been prepared by a sol-gel process consisting of hydrolysis and condensation of metal …

Ultrafine binary oxide particles of RuQ-TiO2 have been prepared by a sol-gel process
consisting of hydrolysis and condensation of metal alkoxides in the liquid phase. This …

Six specimens of ultrafine RuO 2 IrO 2 TiO 2 ternary oxide particles with different content
ratios have been prepared by a sol—gel method using metal alkoxides. Only a RuO 2-rich …

ABSTRACT Ultrafine particles of RuQ-SnO2 binary oxides have been prepared by a sol-gel
process consisting of hydrolysis and condensation of metal alkoxide alcoholic solutions. 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 …

The influence of synthesis procedure on the formation of RuO2 was examined. The
synthesis applied in the present work was based on the addition of strong organic alkali …

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 …

Smooth, fine‐grained RuO2 thin films have been synthesized and deposited onto< 100>
silicon substrates via a solution chemistry technique. Ruthenium (III) chloride n‐hydrate …

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 …