We present the first results using a new technique that combines femtosecond pump–probe
methods with energy-and angle-resolved photoelectron–photoion coincidence imaging. The …

We review the literature concerning the electronic structure and spectroscopy of nitrogen
dioxide for excitation energies up to 20 eV. Our aim is not to be exhaustive but rather to …

Originating with the appearance potentials for “positive rays”, the ability of mass
spectrometry to obtain quantitative information about the energetics of both ions and …

We report on the construction and performance of a novel photoelectron-photoion
coincidence machine in our laboratory in Amsterdam to measure the full three-dimensional …

The homolytic bond dissociation energies of ZnO and ZnO+ have been determined by using
guided ion‐beam mass spectrometry to measure the kinetic‐energy dependence of the …

Time-resolved photoelectron imaging was used to investigate nonadiabatic processes
operating in the excited electronic states of nitrobenzene and three methyl-substituted …

Although the highest possible oxidation states of all transition elements are rare, they are not
only of fundamental interest but also relevant as potentially strong oxidizing agents. In …

Six different salts of the weakly coordinating anion [Al (OTeF5) 4]–were synthesized and
characterized spectroscopically. The alkali and silver salts M [Al (OTeF5) 4](M= Ag, Li, Na, K …

Absolute partial cross sections for electron-impact ionization of nitric oxide and nitrogen
dioxide are reported for electron energies from threshold to 1000 eV. The product ions are …

The multiphoton multichannel photodynamics of NO 2 has been studied using femtosecond
time-resolved coincidence imaging. A novel photoelectron-photoion coincidence imaging …