Configuration interaction calculations arc employed to stud> the X 'Z",. A 'II,, B \*SC,, "Z: and 4Au states of the Cg ion. The results are in good quantitative agreement with experimental tind?ngs for the Herrberg-Lagerquist (\*c:-"~~) bands and predict a Te value for the 'IIu state of onl) 0.40 eV
Theoretical studies of several electronic states of the NF+2 ion
β Scribed by Z.-L. Cai
- Publisher
- Elsevier Science
- Year
- 1993
- Tongue
- English
- Weight
- 461 KB
- Volume
- 202
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
The equilibrium geometries, excitation energies, force constants and vibrational frequencies for several low-lying electronic states X 'A,, 'B,, 3BI, 'AZ, 'A,, lBt and 'B, of the NF$ ion have been calculated at the MRSDCI level with a double zeta plus polarization basis set. Our calculation excitation energies for X 'A, -+'B, and X 'A, -+'B, and vibrational frequency values for the X 'A, and 'B, states are in agreement with available experimental data obtained via photoelectron spectroscopy of the NF, radical. Some electronic transition properties for the 'B ,+X 'AI and 'Bl+X 'A, transitions arc calculated based on the MRSDCI wavefunctions.
π SIMILAR VOLUMES
We have calculated the electronic states of Rb 2 by multireference configuration interactions using the averaged relativistic effective small-core potential and the core-polarization potential. The potential energy curves for a large number of states dissociating into from 5s + 5s up to 7s + 5s asym