The oxides of copper have attracted the attention of scientists already for more than hundred
years. This fascination is fueled by many outstanding properties of the material, for example …

Production of methanol from CO2 hydrogenation is a highly attractive method toward
recycling greenhouse gases to form clean, high-value commodity chemicals and fuels, with …

Oxide thin films grown on metal surfaces have wide applications in catalysis and beyond
owing to their unique surface structures compared to their bulk counterparts. Despite …

CO2 hydrogenation is a highly attractive chemical reaction that can reduce the concentration
of atmospheric carbon dioxide greenhouse gas and replace it with cleaner and more …

Accurate atomistic models for metal/oxide interfaces play a pivotal role in determining
copper-based interfacial processes, ranging from electronic circuitry wirings to chemical …

We report a comprehensive study combining surface science, Density Functional Theory
(DFT) calculations, and catalyst synthesis, characterization, and testing to investigate the …

The propylene epoxidation reaction in a rich variety of other industrially important catalytic
processes was used for synthesis of many value-added products. As an attractive and …

Cu-based catalysts are ubiquitous in many industrial reactions, including methanol
synthesis. Under partially oxidizing conditions, Cu catalysts can have dynamic surface …

Recent advances in single atom catalysis have sparked interest in their use as low-cost and
high-efficiency catalysts in a wide variety of reactions. One such reaction that has been …

Bimetallic systems can be significantly affected in terms of the catalytic activity by their
compositions as well as atomic structures. This study demonstrates that the single Pd atoms …