The spin Hamiltonian parameters (zero-field splittings D, g factors g // and g \ , the hyperfine structure constants and the spin-lattice coupling coefficients |G -|, |G 15 |, |G 51 | and |G 44 |) for V 3+ and Cr 4+ in a-Al 2 O 3 are theoretically investigated from the perturbation formulas of these
Theoretical evidence for multiple 3d bondig in the V2 and Cr2 molecules
β Scribed by Stephen P. Walch; Charles W. Bauschlicher Jr.; Bjorn O. Roos; Constance J. Nelin
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 401 KB
- Volume
- 103
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
Calculated CAS SCF potential curves are reported ior rbe 3~, state of Vz and the '--'. st31e of crz_ At the cxs SCI' level the 3~E state of Vz is calculated to be bound (R, = 1.77 A.=u, = 593.6 cm-', D, =b.3-J c') and to imohe J triplr 3d bond; while?he Cr2 potentml curve is not bound but shops a shoulder near the experunental R, and the u a cfunction shows multiple 3d bonding m this region.
π SIMILAR VOLUMES
Cl calculations for the Swan and Fox-Henberg band intenutles III C2 are reported and excellent agreement with euperimental values is found. The X IReI' values vary strongly with bond drstance and in ~ertarn C;IWS az~ found to depend ng-ruticantl~ on the length of the Cl eupmslon.