Generalized overlap amplitudes (GOAS) are calculated between the lithium atom and several states of Li+. An examination of the long-range behavior of the GOAS indicates that they are coupled, appearing to have the same exponential decay at large Y. At intermediate distances from the nucleus, the GOA
Generalized overlap amplitudes and transition spin-orbitals
β Scribed by O. Goscinski; B.T. Pickup
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 315 KB
- Volume
- 33
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Sener&zed overlnp anjlitude for 2 direct ionktiorr. process is identified with 8 senormdized tiansition spinarbitti thus providing B cGmputitian;rI scheme for the former znd n,n interpret&ion for the kttec.
π SIMILAR VOLUMES
The wave function of a system may be expanded in terms of eigenfunctions of the N -1 electron Hamiltonian times one-particle functions known as generalized overlap amplitudes (GOAS). The one-electron operator whose eigenfunctions are the GOAS is presented, without using an energy-dependent term as i
High-resolution translational energy spectroscopy (0.05 eV fwhm) has been performed on 3 keV Ar+ and B+ ions scattered off Or molecules. The Ar+ spectra display the fine structure transitions between the doublet states \*P 1,2++2P,,z together with simultaneous transitions between these states couple
We report the first implementation of the calculation of electronic g-tensors by density functional methods with hybrid functionals. Spin-orbit coupling is treated by the atomic meanfield approximation. g-Tensors for a set of small main group radicals and for a series of ten 3d and two 4d transition