One-Electron Energy Levels from a Relativistic Thomas-Fermi Model
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概要
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One-electron energy levels of atoms are calculated for an effective potentialobtained from the relativistic Thomas-Fermi-Dirac-{Weizslcker model proposedby Tomishima. Use is made of Moore's approximation method' to solve theDirac equation. Tlu'ough a detailed comparison of the results with those of theSCF calculations as well as those of experiment, it is shown that the presentcalculation gives quite satisfactory results over a wide range of levels and atomicspecies. The agreement of the calculated and experimental energies is particularlygood as to electrons bound in the inner region of an atom. Although the agree-ment with experiment is less close for outer electron energies, the present calcu-Nation still gives a reasonable estimate of them.
- 社団法人日本物理学会の論文
- 1985-01-15
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関連論文
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