Ab initio studies of complexes of ozone with some positive ions
β Scribed by G. Snyder; D. Sapse
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 370 KB
- Volume
- 218
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Ab initio calculations using the 6-3 1 G' and the 6-3 11 G' basis sets are performed on HeO: , LiO: and N20$ complexes. In the HeO: and N20: complexes the positive charge is on the oxygen and the complexes are not bound with respect to dissociation into He or Nz and 0:. In the LiO: complex the positive charge is on lithium and the complex is strongly bound with respect to the Li+ and Oj.
π SIMILAR VOLUMES
Complexes of benzene with ammonium cations (Me,H(4\_ n)N + for n = 0-4) were studied using ab i nitio calculations with electron correlation included. The most stable structures and binding energies of the complexes are reported. The calculated binding energies are in good agreement with experiment.
The structure and propertIes of three lithmm-bonded complexes. HsN.. LIH, CzHa... LW, CzH, .-LiH, and tire hydrogenbonded analogues. H,N ..HF and CzHz J-IF, hare been investigated at the SCF double-zeta plus polarization Ievel. The changes of several properties of LI-bonded comple\es as a function o
The ion-molecule complex (COS): is predicted to be bound by a 2o3e bond between two sulfur atoms. The lowest energy structure has C1 symmetry with a S-S distance of 2.866 A at the UHF/6-31G\* level. The calculated binding energy at the [PMP4/ 6-31 +G\*] +ZPC level (19.9 kcal/mol) is in good agreemen