Equilibrium geometries of the ground 0: "A, ) and the first excited electronic state (%I& the barrier to linearity in the ground state, vertical excitation ener@es and associated osctitor strengths or Metties of various excited states have been calculated for the chlorine ditluoride radical CIFz by
Ab initio SCF and CI study of the electronic structure of chlorine difluoride cation and anion
β Scribed by A.B. Sannigrahi; S.D. Peyerimhoff
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 352 KB
- Volume
- 119
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
Ab milio SCF and CI calculations usmg a double-zeta plus polarrwr~on bans SIX hdx,s been prrlormed on the chlorms difluoride cation (GIFT ) and the anion (CIF; ) to determine [heir ground-slate electrontc structure The ClF;l ran IF predfcwd lo have a suongly benr (G,) swucmre (bond angle -Leo) and the anion a symmelric hncar SI~UCIWC (Dzh) The ddtabaIic ionnation po~enuA and electron affinity of the chlorine dlfluorldc radical (CIF,) h a\ been cornpuked and the clccwonic structures or CfFZA, CIFz and CIF; compared
π SIMILAR VOLUMES
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The equilibrium geometry and hydrogen-bonding energy of the heterobiialide ion FHCl-have been calculated by ab initio SCF and hIRD CI methods using an A0 basis set of near Hartree-Fock quality. In the most stable (linear) conformation of this ion, the equilibrium F-Cl/F-H distances are predicted to