Ruthenium is a chemical element that can easily adopt various formal oxidation states from−
II to+ VIII in chemical bonds,(1, 2) thus giving rise to many compounds with interesting and …

The advantages of heterogeneous catalysis over homogeneous one, for example,
repeatable use of catalysts, easy separation of catalysts from products, etc., have been well …

Selective catalytic oxidation of ammonia to nitrogen and water vapor (NH3-SCO) is
considered to be an efficient technique to eliminate hazardous and pungent gaseous NH3 is …

Ammonia (NH3) has potentially harmful effects on human health and has recently been
found to be an important factor in the formation of haze; thus, its emission control is urgent …

The surface chemistry of late transition metal oxides is scientifically interesting and can play
a central role in commercial applications of heterogeneous catalysis. The late transition …

Understanding and controlling the complex and dynamic processes at battery interfaces
holds the key to developing more durable and ultra high performance secondary batteries …

The selective catalytic oxidation of ammonia to nitrogen (NH3-SCO) has been studied over
CuO-CeO2 mixed oxides. The active Cu component was doped into the CeO2 by surfactant …

RuO2 has been reported to reduce CO2 electrochemically to methanol at low overpotential.
Herein, we have used density functional theory (DFT) to gain insight into the mechanism for …

Abstract Herein, 10 wt% Ce/TiO 2 catalysts were prepared via wet impregnation at different
calcination temperatures and used for selective catalytic oxidation (SCO) of NH 3 to N 2. The …

Iron-based perovskites, of LaFe 1-x B′ x O 3-δ (B′= Cu, Pd) formula, are proposed as
effective materials for the ammonia selective catalytic oxidation to nitrogen (NH 3-SCO) …