The calculated electronic structure of uranium hexafluoride
β Scribed by Michael Boring; J.W. Moskowitz
- Publisher
- Elsevier Science
- Year
- 1976
- Tongue
- English
- Weight
- 229 KB
- Volume
- 38
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
Rcccived 29 Septcmbcr I975
We have coznputcd the electronic stmcture of the fret UF6 zno!eculc in both its ground and excited state configurations. 'The calculations were performed at .sever;zl internuclear distances (but maintaining 01, symznciry) using the non-relativistic znuItiple scattering Xru znethod. The computed equilibrium distance (-2.00 A) and ionization cncrgy (= 13.0 cV) arc in gu:ood agccmcnt with cxpcrimcntnl data. The computed ch:argc tmnsfcr excitations correlate fnvorahly with the IJV absorp tion spcctruzn of UF6.
π SIMILAR VOLUMES
## Using tbc multiple-scdttsdnb (MS) Xa rncthod thr: electron affinities of SF6, Sc1',j, TcF6, and Ut-6 in the gas phase have been calculated. WC lmd that although the iom7ation potentxxlc of thus scrics of molecules arc similar, the electron affmltics vary from 0.7 cV for St-6 to 5.0 CV for lJF6.
Because of inconsistencies in literature data, the crystal structure of ZrTe 3 was redetermined from single-crystal data and the electronic band structure was calculated using density functional theory in the local density approximation (LDA) and the linear muffin tin orbital method (LMTO). ZrTe 3 c