Gaussian basis sets for transition metals of the second series
โ Scribed by Alain Veillard; Alain Dedieu
- Publisher
- Springer
- Year
- 1984
- Tongue
- English
- Weight
- 159 KB
- Volume
- 65
- Category
- Article
- ISSN
- 1432-2234
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Slater basis sets were developed for the transition metals yttrium through cadmium. Gaussian expansions of these basis sets are extremely useful for ab initio methods which employ six Cartesian Gaussians for the description of the d orbitals. The s-type function generated from the symmetric combinat
An extensive investigation of the basis-set effect on the predicted geometry of the redox pair [ R U ( N H ~) ~] ~+ / ~+ is presented. Basis sets where the core electrons have been replaced with a relativistic core potential as well as all-electron basis sets were tested. Best agreement with observa
Basis sets ranging in size from (16, 10, 7) to (20, 14,11) have been derived for the atoms Y-Cd. Separate sets represent the energy optimized wave functions for each of the s2dn, sldntl, and sodn+' configurations. The energies from the largest sets are within 3 mhartrees of the values obtained in nu
Gaussian basis sets for atomic one-electron systems have been optimtzed by straight mmtmr~atron of the electronic ground-state eigenvalue of the finite basis set representation of the Dirac operator, using the "kinetic energy balance" procedure in conjunction with appropriate additional variational