The concept of single atom catalysis offers maximum noble metal efficiency for the
development of low-cost catalytic materials. Among possible applications are catalytic …

Studies of highly oxidized rhodium species as potential active sites in catalytic oxidation
reactions are of great interest. In this work, we investigated the properties of highly oxidized …

Interactions between transition metal nanoparticles and reducible oxide supports are
thought to significantly affect the performance of many catalysts. Usually, several metal …

The local structure of the active sites is one of the key aspects of establishing the nature of
the catalytic activity of the systems. In this work, a detailed structural investigation of the Rh …

The average structure and the local structure of nanocrystalline Rh-doped CeO2 catalysts,
prepared using a co-precipitation method, were studied using a set of structural (PDF …

In this work, a detailed study of the redox properties of solid solution Rh x Ce1–x O2− δ in
correlation with its catalytic activity in CO oxidation reaction was carried out. The ex situ X …

For supported catalysts based on highly-priced noble metals the maximum catalytic
efficiency per metal atom is highly desired. In this work, Rh-doped CeO 2 systems were …

The reaction of ethanol has been investigated on Ru/CeO 2 in steady state conditions as
well as with temperature programmed desorption (TPD). High resolution transmission …

We investigate the interaction between molecular hydrogen and ultrathin epitaxial CeO2
films modified with a 2% concentration of Cu atoms using X-ray photoemission spectroscopy …

A new, effective method for stabilization of nanoparticles synthesized by the reverse
microemulsion method by their deposition on functionalized alumina has been successfully …