Pseudopotential calculations: some electronic properties of zinc dichloride
β Scribed by Mark A. Ratner; Jules W. Moskowitz; Sid Topiol
- Publisher
- Elsevier Science
- Year
- 1977
- Tongue
- English
- Weight
- 433 KB
- Volume
- 46
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Ab-initio cdcu~ations are performed for the ZnCiz molecule, employing rccentiy-devdoped psfudopotenti;ll! mcfhods. Two separate cakulatians are dxscus6ed, one treating the d-electrons explicitly, the oihe; including the 3s in the COED. The de~rjption of the v&nce region seems quite satisfactory, with only negiigibk errors arising ftom the use of the pseudopotential. Comparison is made to the photoelectron spectrum, and to the ZnFz molecule.
π SIMILAR VOLUMES
## Abstract Pseudopotentials and valence basis sets to be used in calculations for organometallic compounds of zinc and magnesium have been tested in calculations for the __M__(CH~3~)~n~ (__M__ = Zn, Mg; __n__ = 1,2) molecules. Valence correlation effects are treated at the SDCI and CEPA levels. Th
Electronic structure calculations of zinc-blende Cd Mn Te alloys have been performed by using the empirical 1yx x pseudopotential method. The initial form factors of the relating end-point compounds have been deduced from experimental and theoretical data available in the literature. As the Mn conce