Abstract Electrocatalytic C N coupling between carbon dioxide and nitrate has emerged to
meet the comprehensive demands of carbon footprint closing, valorization of waste, and …

Cu/CeO2 catalysts are highly active for the low-temperature water–gas shift—a core reaction
in syngas chemistry for tuning the H2/CO/CO2 proportions in feed streams—but the direct …

Supported atomic metal sites have discrete molecular orbitals. Precise control over the
energies of these sites is key to achieving novel reaction pathways with superior selectivity …

The construction of stable active site in nanocatalysts is of great importance but is a
challenge in heterogeneous catalysis. Unexpectedly, coordination-unsaturated and …

To design novel non-noble metal nano-catalysts for CO oxidation at low temperature and
further understand the mechanism of CO oxidation in incomplete combustion gas (mainly …

Ceria (CeO2) exhibits superior catalytic activity and selectivity in the hydrogenation of
nitrobenzene via combination with other transition metals. However, the reaction mechanism …

To investigate the effect of Cu/CeO 2 catalysts preparation methods for low temperature
water− gas shift reaction, Cu/CeO 2 catalysts were prepared with various impregnation …

Modern synchrotron radiation sources and free electron laser made X-ray absorption
spectroscopy (XAS) an analytical tool for the structural analysis of materials under in situ or …

Pt/CeO2 catalysts exhibit excellent catalytic performance for the methanol dehydrogenation
(MD) reaction. In this work, MD reactions on three systems of Pt1/CeO2 (110)), Pt7/CeO2 …

Controlling Ce4+ to Ce3+ electronic reducibility in a rare-earth binary oxide such as CeO2
has enormous applications in heterogeneous catalysis, where a profound understanding of …