The last decade has seen very substantial progress in the understanding of the formation
and decay dynamics of multiply charged molecules, their structure, and their interactions …

Investigations of reactive intermediates that possess high energies and unusual reactivities
comprise one of the most fascinating topics of today's chemistry. Such studies push the limits …

In the gas phase, the doubly-charged ions of small molecules (molecular dications) exhibit a
wide range of reactivity following bimolecular collisions with neutral species. This feature …

The spectroscopy and metastability of the carbon dioxide doubly charged ion, the CO 2 2+
dication, have been studied with photoionization experiments: time-of-flight photoelectron …

Gas-phase molecular dipositive ions (molecular dications) are highly unusual and reactive
species. The majority of dicationic electronic states rapidly fragment to form a pair of singly …

High level ab initio calculations have been undertaken of potential energy curves of CO
2+(and for the CO neutral ground state). The accuracy of the potentials was tested by a …

We have theoretically investigated the interatomic interaction in the low-lying states of HX2+
dications (X= F, Cl, Br, I) by combining results from semiempirical method with ab initio …

Highly correlated internally contracted multireference configuration interaction wave
functions are used to calculate the potential energy and spin-orbit coupling functions for the …

The double photoionization of HCl molecules by synchrotron radiation has been studied in
the energy range between 30 and 50 eV. The HCl 2+ and Cl 2+ product ions have been …

The potential energy in the low-lying electronic states of the HCl2+ molecular dication has
been investigated through an empirical method, founded on the identification and …