Density functional theory orbital energies for predicting ionization energies

Citation:

Salzner, U. ; Baer, R. Density functional theory orbital energies for predicting ionization energies. In AIP Conference Proceedings; AIP, 2012; Vol. 1504, pp. 1257–1260.
salzner2012density.pdf217 KB

Abstract:

The range-separated Baer-Neuhauser-Livshits functional with optimized range-separation parameter \gamma was employed to predict ionization energies of alkanes and oligothiophenes. For all systems negative orbital energies of neutral species are consistent with explicitly calculated states of cations. For \sigma-systems excellent agreement with experiment is obtained while for conjugated π-systems IPs are underestimated.

Notes:

RBaer-Publication

Last updated on 11/16/2017