Dissipation of chemical energy released in exothermic reactions at metal surfaces may
happen adiabatically by creation of phonons or non-adiabatically by excitation of the …

This review introduces hydrogen depth profiling by nuclear reaction analysis (NRA) via the
resonant 1 H (15 N, αγ) 12 C reaction as a versatile method for the highly depth-resolved …

We present the design and performance of a high-pressure scanning tunneling microscope
(HP–STM), which allows atom-resolved imaging of metal surfaces at pressures ranging from …

Hydrogenation of carbon monoxide on the Ru (001) surface has been investigated using
high-resolution electron energy loss spectroscopy and temperature-programmed …

The absorption of hydrogen at Pd (100) during exposure to H2 is studied by thermal
desorption and high-resolution electron energy-loss spectroscopies. At the temperatures …

We present a computationally efficient classical many-body potential that is capable of
predicting the energetics of bulk silicon, silicon surfaces, and the interaction of hydrogen …

The interaction of H (D) atoms with clean and D (H) covered Cu (111) surfaces was studied
with TDS and direct product detection methods. H (D) atoms exhibit an initial sticking …

The structural response of the Cu (110) surface to H 2 gas pressures ranging from 10− 13 to
1 bar is studied using a novel high-pressure scanning tunneling microscope (HP-STM). We …

We have studied theoretically the dynamics of H adsorption on and absorption in Cu (111)
using a classical molecular dynamics approach. A key ingredient of this study is plane-wave …

We present a combined experimental–theoretical study on structural and coverage
dependences of the adsorption and desorption of molecular hydrogen on atomically flat Cu …