The idea that molecules repel each other at small separations while attracting each other at
long range was developed in the second half of the 19th century and first stated clearly by …

The extremely improved resolution of ZEKE spectroscopy is one of its main advantages over
conventional photoelectron (PE) spectroscopy. A good illustration of this is provided by the …

Recent advances in the understanding of the factors which determine line intensities in zero
kinetic energy photoelectron spectroscopy (ZEKE-PES) are reviewed. The relative …

In this review a number of complexes andclusters will be considered that have been studied
by a new, high-resolution variant of photoelectron spectroscopy. Complexes considered …

The v 1 fundamental bands of (15N16O) 2 and 14N16O-15N16O isotopes of the NO dimer
have been studied using a long-path (200 m) low temperature (84 K) gas cell and Fourier …

This review is primarily devoted to discussing the spectroscopic characterizationof relatively
weakly bound ionic complexes. It concentrates on results obtained for quite disparate …

Two‐photon, two‐color (1+ 1′) zero‐kinetic‐energy (ZEKE) photoelectron spectra are
presented for the 1: 1 phenol‐water complex, a prototype system for hydrogen bonding …

Reaction of NO molecule on M13 and M55 clusters (M= Ru, Rh, Pd, and Ag) was
theoretically investigated to elucidate why its reaction behavior depends on the position of …

Double‐resonance excitation via the A ̃ 1 A u state is used to record zero‐kinetic‐energy
photoelectron spectra of acetylene. The analysis of these spectra leads to an improved …

The interaction of matter with its environment is the driving force behind the evolution of 99%
of the observed matter in the universe. The majority of the visible universe exists in a state of …