## Abstract The axial Gaussian lobe orbital (AGLO) representations of 3__d__ and 4__f__ orbitals proposed by LeRouzo and Silvi have been angularly optimized to ensure spherical symmetry of filled 3__d__ and 4__f__ shells. The functions have been tested on the hydrogen atom in the presence of high q
A minimum gaussian lobe representation of 3d orbitals
β Scribed by D.D. Shillady; F.S. Richardson
- Book ID
- 107731516
- Publisher
- Elsevier Science
- Year
- 1970
- Tongue
- English
- Weight
- 391 KB
- Volume
- 6
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract The topological properties of real spherical harmonic representations on the unit sphere have been found to provide a convenient tool to infer the lobe edifices which mimic these orbitals. The prohibitive number of lobes required in such an approach for __l__ > 2, can be avoided in usin
## Abstract Multipole expansions of Gaussianβlobe atomic orbitals around their centers are theoretically investigated in order to study the exact angular dependence of such functions. Analytical expressions of the multipole coefficients are derived for standard lobe orbitals. It is shown that the a
## Abstract An analysis is presented that shows how the angular symmetry defects of lobe orbitals constructed from a polyhedric edifice can be accurately evaluated, and how these lobe orbitals can be related to harmonic Gaussian functions, the exponents being tranferred by a scale factor procedure.
Augmented (4d) and (5d) Gaussian basis sets are presented which provide a balanced description of the 4s23dnβ2, 4s3dnβ1, and 3dn configurations of transitionβmetal atoms. When compared to accurate HartreeβFock calculations, the (4d) and (5d) expansions in the literature, which have been optimized fo