The understanding, on a microscopic level, of magnetic phenomena at surfaces and
interfaces hinges on a detailed knowledge of the spin-dependent electronic structure …

Local density functional calculations and experimental magnetization studies on giant nickel
carbonyl clusters are presented. The results show convincingly that the effect of the carbonyl …

Electronic materials and devices corrode in the same ways as automobiles, bridges, and
pipelines, but their typically small dimensions make them orders of magnitude more …

The authors are indepted to Dr. OD Häberlen, Prof. WA Herrmann, Prof. G. Pacchioni, Dr. S.
Ph. Ruzankin, and Prof. H. Schmidbaur for valuable contributions to various joint projects …

Ab initio density-functional calculations have been used to investigate the molecular
adsorption of NO on the close-packed surfaces of late transition metals (Co, Ni, Ru, Rh, Pd …

First-principles calculations for the structural, electronic and magnetic properties of clean
and CO-adsorbed Ni {110} demonstrate that the spin-structure of the surface depends upon …

Magnetic moments have been measured for bare, isolated nickel clusters Ni n and their
association complexes with carbon monoxide, oxygen, and hydrogen using a molecular …

Magnetic deflection measurements were performed on Fen and Fe nH m (n= 10–25) in a
molecular beam experiment. The observed high-field deflections were analyzed using the …

Two DFT-GGA studies reported almost an order of magnitude different adsorption energies
of imidazole on Fe (100),− 0.7 vs.− 5.9 eV, which inevitably leads to conclusion that one of …

We present inverse-photoemission observations of the unoccupied 2pi level for N 2, CO,
and NO adsorbed on Ni (001) and CO adsorbed on Pd (111). We also present results from a …