The burgeoning interest in mesoporous metal oxides is driven by their unique
morphological, structural, electronic, and catalytic characteristics. Incorporating porosity …

Catalytic oxidation at low temperature has been considered as an effective technology for
the volatile organic compounds (VOCs) elimination. Among many catalysts, the supported …

Water and its dissociated species at the solid‒liquid interface play critical roles in catalytic
science; eg, functions of oxygen species from water dissociation are gradually being …

Herein, the effect of adsorbed sulfate on product selectivity in the electrooxidation of ethanol
on a Pt electrode in acidic media was studied by comparing it with nonspecifically adsorbed …

We used temperature-programmed infrared reflection absorption spectroscopy (TP-IRAS) to
study the desorption behavior of CO on Pt (111) coadsorbed with four kinds of ionic liquids …

Critical to interpreting platinum chemical speciation using X-ray absorption spectroscopy
(XAS) is the availability of reference spectra of compounds with known Pt redox and …

Methanol oxidation reaction (MOR) generates renewable energy. This method of generating
energy makes use of small Pt-Ru catalysts. The cost of fuel cell technology makes it …

Mesoporous nanostructures with their unique morphology, high accessible surface area,
and numerous active sites have a distinct microstructural advantage over ultrafine …

Using density functional theory, we investigate the vibrational properties and polarization-
resolved Raman spectra of α-PtO 2 and obtain the Raman tensor and angle-dependent …

Modern Developments in Catalysis: Advances in Modelling Reaction Mechanisms: Bridging the
Gap Between Homogeneous and Heterogene Page 1 327 © 2023 World Scientific Publishing …