Hydrogen production via clean technologies such as water electrolysis, and its use in the
synthesis of value-added chemicals (eg, ammonia production), play a critical role in the …

The structure and catalytic properties of Cu nanoclusters of sizes between 55 and 147 atoms
were examined to understand if small Cu clusters could provide enhancement over …

Hydrogenation of carbonyl compounds to alcohols is an important step in many
technological applications, including the emerging molecular systems for reversable …

Platinum nanoparticles are indispensable in electrochemical applications, eg, for the
generation and usage of green hydrogen. Therefore, understanding the properties of these …

We determine absolute reactivities for dissociation at low coordinated Pt sites. Two curved Pt
(111) single‐crystal surfaces allow us to probe either straight or highly kinked step edges …

We present a mechanistic study on the formation and real-space distribution of
acetophenone dimers on the H-containing Pt (111) surface. Their geometric configuration …

Methylidyne, CH (ads), adsorbed on a Pt (211) surface and its interaction with chemisorbed
hydrogen atoms was studied by reflection absorption infrared spectroscopy (RAIRS) …

Controlling sub-microsecond desorption of water and other impurities from electrode
surfaces at high heating rates is crucial for pulsed power applications. Despite the short time …

Understanding heterogeneous catalysis at the atomic level requires detailed knowledge of
the reactivity of different surface sites toward specific bond breaking and bond making …

Exploring microstructure of intermetallic compounds is critical in heterogeneous catalysis.
Density functional theory is performed to deeply understand the structure–function …