CeO 2 is widely used as a catalyst support component due to its redox property of oxygen
storage and release. This unique feature, which is usually referred to as “oxygen storage …

Intrinsic properties of a compound (eg, electronic structure, crystallographic structure, optical
and magnetic properties) define notably its chemical and physical behavior. In the case of …

Identification of active species and the rate‐determining reaction steps are crucial for
optimizing the performance of oxygen‐storage materials, which play an important role in …

Materials based on a combination of cerium–tungsten− titanium are potentially durable
catalysts for selective catalytic NO x reduction using NH3 (NH3–SCR). Flame-spray …

The redox property of ceria is a key factor in the catalytic activity of ceria-based catalysts.
The oxidation state of well-defined ceria nanocubes in gas environments was analysed in …

Selective oxidation of benzyl alcohol to benzaldehyde in the vapor phase has drawn
growing interest recently. In this work, MnO x–CeO2 mixed oxide compositions have been …

Well-defined surface structures and uniformity are key factors in exploring structure-activity
relationships in heterogeneous catalysts. A modified atomic layer deposition method and …

This review analyzes the literature data and the results of studies of the Pt/CeO2‐based
catalysts that are capable of providing the low‐temperature CO oxidation (LTO CO). The …

Ceria is important for catalysis due to its ability to form and utilize oxygen vacancies during
redox reactions. Understanding the dynamic formation of the oxygen vacancies has …

The lanthanum-based materials, due to their layered structure and f-electron configuration,
are relevant for electrochemical application. Particularly, La2O2CO3 shows a prominent …