International audienceThe molecular bonding in the excited states of the alkali dimers involves the resonant ionic, covalent bond and steric interactions. We show here the case of the 1Σu+ states of Li2 by ab initio calculation. These interactions as functions of the internuclear distance lead to complex potential energy curves, providing an important application for high resolution laser spectroscopy. The spectroscopic constants for the 4 and 5 1Σu+ states are obtained for the first time
The infrared spectrum of mass selected Li+-D-2 cations is recorded in the D-D stretch region (2860-2...
Electronic states of the molecular lithium anion are investigated by configuration-interaction calc...
The geometries, energetics, and vibrational spectra are calculated for the two complexes at the SCF...
International audienceThe molecular bonding in the excited states of the alkali dimers involves the ...
A modified semi-empirical Tang-Toennies potential model is used to describe the a 3Σ+u potentials of...
Several new states of Li2 have been observed in fluorescence, excited by Ar+, Kr+ and cw dye lasers....
We report adiabatic potential energy curves of the Li2+ molecule. Our curves are tabulated according...
Ab initio configuration-interaction computations which invoke an effective core potential approximat...
We have obtained spectra of the high-lying vibrational levels of the 13Σg+ state of 6Li2 via photoas...
The thesis explores small triatomic and diatomic alkali halide molecules at state specific resolutio...
[1] Abraham et al., J. Chem. Phys. 103, 773 (1995) [2] Linton et al., J. Mol. Spec. 00, 00 (1996) [3...
The chemical bonds in the diatomic molecules Li2–F2 and Na2–Cl2 at different bond lengths have been ...
A quantitative description of the bonding features of LiH based on VBSCF method and 6-311G ** basis ...
Molecular Orbital Bond Index (MOBI) calculations have been carried out on selected organolithium tet...
Author Institution: 152 Davey laboratory, The Pennsylvania State UniversityA detailed, comprehensive...
The infrared spectrum of mass selected Li+-D-2 cations is recorded in the D-D stretch region (2860-2...
Electronic states of the molecular lithium anion are investigated by configuration-interaction calc...
The geometries, energetics, and vibrational spectra are calculated for the two complexes at the SCF...
International audienceThe molecular bonding in the excited states of the alkali dimers involves the ...
A modified semi-empirical Tang-Toennies potential model is used to describe the a 3Σ+u potentials of...
Several new states of Li2 have been observed in fluorescence, excited by Ar+, Kr+ and cw dye lasers....
We report adiabatic potential energy curves of the Li2+ molecule. Our curves are tabulated according...
Ab initio configuration-interaction computations which invoke an effective core potential approximat...
We have obtained spectra of the high-lying vibrational levels of the 13Σg+ state of 6Li2 via photoas...
The thesis explores small triatomic and diatomic alkali halide molecules at state specific resolutio...
[1] Abraham et al., J. Chem. Phys. 103, 773 (1995) [2] Linton et al., J. Mol. Spec. 00, 00 (1996) [3...
The chemical bonds in the diatomic molecules Li2–F2 and Na2–Cl2 at different bond lengths have been ...
A quantitative description of the bonding features of LiH based on VBSCF method and 6-311G ** basis ...
Molecular Orbital Bond Index (MOBI) calculations have been carried out on selected organolithium tet...
Author Institution: 152 Davey laboratory, The Pennsylvania State UniversityA detailed, comprehensive...
The infrared spectrum of mass selected Li+-D-2 cations is recorded in the D-D stretch region (2860-2...
Electronic states of the molecular lithium anion are investigated by configuration-interaction calc...
The geometries, energetics, and vibrational spectra are calculated for the two complexes at the SCF...