In this work, CO oxidation on oxidized cobalt oxide clusters, ie, C o O nO 2 (n= 2, 3, 4) and
(Co 3 O 4) nO 2 (n= 1, 2) are studied using density functional theory calculations. CO …

Reactions of neutral cobalt oxide clusters (ComOn, m= 3–9, n= 3–13) with CO, NO, C2H2,
and C2H4 in a fast flow reactor are investigated by time of flight mass spectrometry …

Cationic and anionic cobalt oxide clusters, generated by laser vaporization, were studied
using guided-ion-beam mass spectrometry to obtain insight into their structure and reactivity …

Oxidation of CO into CO2 is a prototypical reaction in heterogeneous catalysis and is one of
the extensively studied reactions in the gas phase to explore the underlying mechanisms of …

Reactions of cerium oxide cluster anions with carbon monoxide are investigated by time-of-
flight mass spectrometry and density functional theory computations aided with molecular …

The oxidation of CO by Fe2O3 clusters has been studied using a first principles gradient
corrected density functional approach. It is shown that the direct oxidation of CO via surface …

Water (H2O) is ubiquitous in the environment and inevitably participates in many surface
reactions, including CO oxidation. Acquiring a fundamental understanding of the roles of …

Oxidation of CO into CO 2 is a major solution to reduce CO emission into the atmosphere
and to remove CO in fuel gas cleanup. Furthermore, CO oxidation serves as a prototypical …

Evidence obtained by experiments in the gas phase and density functional theory
calculations indicates that differences in the CO binding energy to the transition metal site …

Both ceria (CeO 2) and alumina (Al 2 O 3) are very important catalyst support materials.
Neutral binary oxide nanoclusters (NBONCs), Ce x Al y O z, are generated and detected in …