The energy v&es of the Io\\est "22 Feshbach resonzmce in rbe I l-15 eV region nre cafculnted m a rel~t~~ef~ smdI but carefully optimized ST0 basis set. ;\dd%ional information is obt.Gncd for the Z& rescxnant state. The dominnnt configuretions in the nsvefunctions are given.
Ab initio calculations on the three lowest states of HO+2
โ Scribed by Joop H. Van Lenthe; Paul J.A. Ruttink
- Publisher
- Elsevier Science
- Year
- 1978
- Tongue
- English
- Weight
- 452 KB
- Volume
- 56
- Category
- Article
- ISSN
- 0009-2614
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โฆ Synopsis
Ab initio calculations were performed for the three lowest lying states of HO:. The ground state was found to be a bend 3A" state. The fust excited 'A' state cannot appropriately be descriied by a single determinant, therefore a MC SCF calculation was employed.
๐ SIMILAR VOLUMES
Ab initio motecufar orbital cakulations on isomers with the molecular formula CSiFz arc reported at the 3-21G//3-21G and 6-3 lG\*//3-21G ievefs of theory for both the sir&et and triplet energy surfaces wd the results are compared wit11 those for the CSifia surfzrces.
Very acc~atc ab initio calculations using gaussian basis sets and including valence shell correlation axe performed for the potential energy surfaces of the two lowest states of the BH? radical. The calculated molecuku properties are in good agreement with experimental results except for tk O-O tran