Configuration interaction studies on low-lying excited states of acetyl fluoride
β Scribed by K. Vasudevan; F. Grein
- Publisher
- Elsevier Science
- Year
- 1981
- Tongue
- English
- Weight
- 244 KB
- Volume
- 83
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Self
-connstent field and conf@uratlon mteractlon ulculatlons were performed on the ground state and the ' (n,x*), 3(n.a*) and 3(n.n*) evxed states ofacetyl fluoride CH3COF Theoretlal vertical excztatlon energes are 4 81 eV for 3(n.n*). 5 27 eV for t (n,n*) and 6 15 eV ior 3(~ a*) The Ltter value IS compared with an evperunental one tound by trapped elcctron spectroscopy
π SIMILAR VOLUMES
Relativisuc configuration interaction calculations are described for stx low-lying elertroruc states of J-II. The spearox+ proper~~~ or these states are calculated and compared with available experimental results. 1\_ Intioduction The hydrogen iodide molecule has been of considerable experimental an
Relativistic configuration interaction calculations of the low-lying states (O\*(I), 1.2. O\*(H)) arising from I?=' con@uratio? of BiH and the corresponding h-s states ('z-, 1 A. 'E+) are carried out These states are found to be bound and the calculated spectroscopic properties are compared with the
## Abstract The allβelectron full configuration interaction (FCI) vertical excitation energies for some low lying valence and Rydberg excited states of BeH are presented in this article. A basis set of valence atomic natural orbitals has been augmented with a series of Rydberg orbitals that have be