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Applications to One-Electron Atoms
Abstract Hydrogen is the unique atom for which bound-state wave functions are known exactly. The alkali metal atoms, with a single valence electron, can also be conveniently included in the class of “one-electron” atoms. A model that represents the closed-shell positive ion core of these atoms by an effective static potential is well justified, so that low-energy electron scattering is essentially a two-electron problem for both hydrogen and the alkali metals.
Applications to One-Electron Atoms
Abstract Hydrogen is the unique atom for which bound-state wave functions are known exactly. The alkali metal atoms, with a single valence electron, can also be conveniently included in the class of “one-electron” atoms. A model that represents the closed-shell positive ion core of these atoms by an effective static potential is well justified, so that low-energy electron scattering is essentially a two-electron problem for both hydrogen and the alkali metals.
Applications to One-Electron Atoms
Nesbet, Robert K. (author)
1980-01-01
23 pages
Article/Chapter (Book)
Electronic Resource
English
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