Isolated transition metal clusters have been established as useful models for extended metal
surfaces or deposited metal particles, to improve the understanding of their surface …

Predicted almost forty years ago, the radiation from thermally populated excited electronic
states has recently been recognised as an important cooling mechanism in free molecules …

Due to the superior catalytic activity and efficient utilization of noble metals, nanocatalysts
are extensively used in the modern industrial production of chemicals. The surface …

Atmospheric clusters are weakly bound and can fragment inside the measuring instruments,
in particular, mass spectrometers. Since the clusters accelerate under electric fields, the …

The radiative cooling rates of C clusters (N= 9, 11, 12, 17–27) have been measured in the
ultrahigh vacuum of an electrostatic storage ring to values on the order of 104 s− 1. The …

Zeolites are widely applied as molecular sieves and porous host materials for active sites in
heterogeneous catalysis. Adsorption and reaction kinetics depend critically on the molecular …

We probe resonances (transient anions) in nitrobenzene with the focus on the electron
emission from these. Experimentally, we populate resonances in two ways: either by the …

Binary clusters of transition-metal and noble-metal elements have been gathering
momentum for not only advanced fundamental understanding but also potential as …

In this article we show how to calculate free energies for atmospherically relevant complexes
when multiple conformers and/or isomers are present. We explain why the thermal …

Radiative cooling of carbon cluster anions C 2n+ 1−(n= 3–5) is investigated using the
cryogenic electrostatic ion storage ring DESIREE. Two different strategies are applied to …