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 …

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 …

The dynamical nature of single-site catalysts under non-equilibrium conditions poses
significant challenges in the full characterization of their active sites. The “29” oxide is a thin …

The activation of reactants by catalytically active metal sites at metal-oxide interfaces is
important for understanding the effect of metal-support interactions on nanoparticle catalysts …

The chemical and electronic properties of copper combined with its large natural abundance
lend this material to impact a wide range of technological applications, including …

Heterogeneous catalysis is critical for the production of countless modern goods worth
trillions of dollars in economic value. Significant progress has been made in optimization …