This chapter discusses excited electronic states of anions that possess enough energy to
access an electronic continuum, or in other words, excited states where the excitation …

The theoretical characterization of temporary anions is an especially challenging problem. In
the present study we assess the performance of several electronic structure methods when …

The benzene radical anion is studied with ab initio coupled-cluster theory in large basis sets.
Unlike the usual assumption, we find that, at the level of theory investigated, the minimum …

The studies of shape and core-excited resonances are essential in the bonding and
electronic processes of quinones. So far, the experimental results of temporary anion states …

To investigate the temporary anion states of uracil, density functional theory with
asymptotically corrected potentials is adopted. The stabilized Koopmans' theorem and …

The knowledge of excess electron binding mechanisms in biomolecules is very important for
molecular-level understanding of DNA damage by low-energy electrons. We here focus on …

The stabilized Koopmans' theorem (SKT) in long-range corrected density functional theory is
used to characterize the temporary anion states of perfluoro-n-alkanes (n-PFAs) from C2 to …

Electron transfer in alkali-molecule collisions with gas phase acetic acid and its deuterated
analogues resulting in OH− formation requires considerable internal rearrangement in the …

Halopyrimidines are known to be important radiosensitizers in the radiation treatment of
cancer. The characterization of their temporary anion states (TASs) is important in the …

To investigate the resonance energies and lifetimes of temporary anion states of
chloromethanes, long-range corrected density functional theory is adopted in this article …