Non-empirical LCAO MO SCF calculations within the Hartree-Fock formalism have been performed on linear and bent conformations of NEO, for both the states arising from the 3dg4s' and 3d" electronic configurations of Ni, for ground ar?d core ionized species. Binding and relaxation energies are compute
A theoretical investigation of the ground and core-hole states of the secondary butyl cation
β Scribed by D.T. Clark; A. Harrision
- Publisher
- Elsevier Science
- Year
- 1981
- Tongue
- English
- Weight
- 398 KB
- Volume
- 82
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Non-empirical LCAO MO SCF computations have been carried out on the ground and core-hole states of various structures for the 2-butyl cation. The enhancement of weak interactions on going to the core-hole state manifold potentially provides a straightforward means of distinguishing between isomeric structures since the computed ESCA spectra are so distinctive.
π SIMILAR VOLUMES
Large-scale open-shell coupled cluster calculations have been carried out for the four lowest doublet states of C~ and the ground state of linear C 6. They strongly support the assignment of the peaks at 607.7 and 586.5 nm observed in neon matrix isolation experiments to the 0 Β° and 31 transitions w
## Abstract Using the complete active space selfβconsistent field method with a large atomic natural orbital basis set, 10, 13, and 9 electronic states of the OClO radical, OClO^+^ cation, and OClO^β^ anion were calculated, respectively. Taking the further correlation effects into account, the seco
Large-scale Cl calculr~~~ons have been performed on the X '8, and A 'At neutral states of NH2 and on the core-hole states Gcomefrv oplrmnatron has been nrrlcd out for all the states studled, together with the computation of vlbratlorul frcqucncues. Rydbcrg states arrsm8 from the X '8, core c\crtatro