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 …

Coincidence spectroscopy is a powerful spectroscopic method addressing the recording of
more than one particle involved in an ionization process simultaneously. In the current …

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 …

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 …

Large calculations are done to investigate the valence and inner-valence electronic states of
aluminum monochloride and its cationic species AlCl+ and AlCl2+, allowing their definite …

Relative partial ionization cross sections for the formation of Cl+, Cl2+ and H+ from the
hydrogen chloride molecule have been determined, from simultaneously recorded mass …

The structure and reactivity of molecular dications has been the subject of increasing
attention from theoreticians and experimentalists. We consider vibrationally resolved spectra …

The SO2 dication has been known experimentally for a long time. In 1948 SO2 was reported
to have a relative abundance of 0.8% in the mass spectrum of SO2. 1 However …

The potential energy curves of the NS+ electronic states are computed at the aug-cc-
pV5Z/CASSCF/MRCI level of theory. Using these highly correlated wavefunctions, we …

Photo-double ionization of hydrogen iodide has been investigated over the photon energy
range 29.0–32.5 eV by threshold photoelectrons coincidence (TPEsCO) spectroscopy and …