Molecular application of the generalized symmetry adapted cluster theory
β Scribed by Shigeyoshi Yamamoto; Kimihiko Hirao
- Publisher
- Elsevier Science
- Year
- 1993
- Tongue
- English
- Weight
- 428 KB
- Volume
- 204
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
The generalized version of the symmetry adapted cluster theory (GSAC) which has been developed recently is nearly sizeconsistent and applicable to general classes of nonclosed-shell systems. The generality and the accuracy of the method have been tested for the symmetric dissociation of H,O. The electron correlation energy and the excitation energy are compared with the full-C1 results.
π SIMILAR VOLUMES
Symmclry-adapted pcrlurbntion theories published so far are criticised. I<stra conditions imposed in most of these formalisms arc found to be not al.,~ays physically adcquatz. N'e conclude that the form&m proposed by Hirschfclder 2nd Silbey is ihc mosl appropriate.
## Abstract A procedure to partition the GEPOL molecular surface into tesserae that respects the molecular symmetry constraints is presented. Using this method it is possible to build a solvent reaction field for the Polarizable Continuum Model with the same symmetry of the nuclear potential. Sever
## Title of version: SYMMET version 2 Nature of physical problem The group theory is used for the classification of the electron Catalogue number: ABRA states of molecules and the transformation of the matrix eigenvalue problem to a quasidiagonal form. If the p-basis on Program obtainable from: CP