In the past four decades, CeO2 has been recognized as an attractive material in the area of
auto exhaust catalysis because of its unique redox properties. In the presence of CeO2, the …

Abstract Fe/CeO 2-SiO 2 nanocomposite was synthesized via hydrothermal method. Bond
length of nanocomposite was determined through FTIR analysis, while Raman analysis …

In this work, the counter precipitation method was used to synthesise Pd/CeO 2-SnO 2
catalysts, which possess excellent low-temperature activity and high thermal stability. It was …

In last 40 years, CeO 2 has been found to play a major role in the area of auto exhaust
catalysis due to its unique redox properties. Catalytic activity is enhanced when CeO 2 is …

SnO2‐based catalysts modified by La, Ce, and Y with a Sn/Ln (Ln= La, Ce, Y) atomic ratio of
2: 1 were prepared by using a co‐precipitation method and used for CO and CH4 oxidation …

The structure and conductometric sensing properties to hydrogen of In 2 O 3-CeO 2 and
SnO 2-CeO 2 nanocomposites were investigated. Addition of small amounts of CeO 2 to In 2 …

Abstract SnO 2-CeO 2 nanocomposite materials (0.1 SnO 2–0.9 CeO 2, 0.15 SnO 2–0.85
CeO 2, 0.2 SnO 2–0.8 CeO 2, and 0.3 SnO 2–0.7 CeO 2) were prepared by co-precipitation …

Water electrolysis is of interest as a sustainable way to produce clean hydrogen and oxygen
fuel and help mitigate the rising problems of climate change while meeting global energy …

We applied a method of plasma arc synthesis to study effects of modification of the fluorite
phase of ceria by tin ions. By sputtering active components (Pt, Ce, Sn) together with carbon …

Lattice defects, for example oxygen vacancies in cerium oxide (CeO 2), usually play a vital
role in determining physical and chemical properties, including catalytic performance and …