In the past decades, numerous efforts have been devoted to improving the catalytic activity
of nanocomposites by either exposing more active sites or regulating the interaction …

Modifying and controlling sites at the metal/oxide interface is an effective way of tuning
catalytic activity, beneficial for bifunctional catalysis by reducible oxide supported metal …

A series of CuO-Ce x Zr 1-x O y mixed oxides with different Ce contents were prepared via a
facile surfactant-assisted grinding method, and their catalytic activity for CO oxidation under …

Catalytic oxidation of carbon monoxide (CO) has gained increasing interest in recent years
due to its promising applications. Cerium-based catalysts have been widely employed in CO …

Co-based catalysts have attracted increasing attention for its excellent catalytic activity in
catalytic oxidation reactions. Determining the support effect of Co catalysts is essential for …

Removing carbon monoxide with catalytic combustion technology is an effective and
economical solution. Highly efficient conversion of CO at low temperatures can be achieved …

Some series of LaCoO 3 perovskite metal oxide catalysts were modified with different molar
amounts of transition metal Co and Fe, namely LaCoO 3-xCo and LaCoO 3-yFe. They were …

Oxide supported noble metals are extensively investigated for ambient formaldehyde
oxidation, and the Ag-CoO x complex is one promising combination in terms of cost and …

The size effect on nanoparticles, which affects the catalysis performance in a significant way,
is crucial. The tuning of oxygen vacancies on metal‐oxide support can help reduce the size …

As supported CuO is well-known for low temperature activity, CuO/CeO2 nanosphere
catalysts were synthesized and tested for CO oxidation and preferential oxidation of CO …