Carbon monoxide can adsorb specifically on Pd (111) to induce the formation of unique Pd
nanostructures. In the copresence of CO and H2, single-crystalline Pd tetrapod nanocrystals …

Abstract Dynamic I (V)‐LEEM, ie, the continuous recording of low‐energy electron
microscopy (LEEM) images upon cycling the electron kinetic energy, enables time‐resolved …

The structure and chemical state of supported Pd nanoparticles in contact with H2 in the
aqueous phase have been explored by X-ray absorption spectroscopy to better understand …

In this work, palladium-decorated tungsten oxide nanostructures were synthesized and their
gas sensing properties were investigated. The sensor was sensitive to hydrogen at room …

Alloying Pd with Au has remarkable features of enhancement of hydrogen solubility
compared to Pd and catalytic activity for reactions such as partial hydrogenation of …

Diffusion pathways of atomic hydrogen on model catalyst surfaces and into subsurfaces are
of great significance in the exploration of novel catalytic hydrogenation in heterogeneous …

Competitive adsorption and lateral pressure between surface-bound intermediates are
important effects that dictate chemical reactivity. Lateral, or two-dimensional, pressure is …

Understanding hydrogen incorporation into palladium requires detailed knowledge of
surface and subsurface structure and atomic interactions as surface hydrogen is being …

Pd–Au bimetallic catalysts have shown potential applications in numerous heterogeneous
reactions in which hydrogen and CO act as reactants, intermediates, or products. A …

We have characterized the magnetization easy-axis of ultra-thin Co films (2–5 atomic layers,
AL) grown on Ru (0001) when they are capped with a monolayer of Pd. The addition of a Pd …