β Scribed by N. A. Popov
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The method of different orbitals for different spins is considered in the new context of ultrasmall, low-dimensional semiconductor structures. We solved the self-consistent wave equations for two interacting electrons in a quantum wire with a cross bar section. Such a quantum structure is of basic i
The implications of orbital symmetry for a configuration's spin function are considered from the fairly general viewpoint required for multiconfiguration wave functions employing nonorthogonal orbitals. A general procedure is derived for the imposition of the spin constraints that may be necessary t
## Abstract The binding energy spectra for the valence orbitals of hydrogen chloride have been obtained using the binary (__e__,2__e__) method at 1200 eV. The strength of the innermost valence orbital (4Ο) is severely split among several ion states in the energy range 25 to 41 eV. The measured cros
The organization of a computer code to compute transition moments between states described in different orbital basis sets (a nonorthogonal transition moment) is described. The code is organized to minimize redundant work and allow efficient threshold checking. Three sample calculations are presente