A correlation energy calculation of the 1s hole state in neon

C. Moser; R.K. Nesbet; G. Verhaegen

doi:10.1016/0009-2614(71)85052-2

Chemical Physics Letters

Paper

15 Dec 1971

A correlation energy calculation of the 1s hole state in neon

View publication

Abstract

The Bethe-Goldstone formalism for calculating correlation energy has been applied to the 1s hole state in neon. The binding energy of the 1s electron is computed to be 870.0 eV which is in excellent agreement with experiment. © 1971.

Paper

Calculations of elastic electron scattering by H2 for fixed nuclei

R.K. Nesbet, C.J. Noble, et al.

Physical Review A

Paper

Atomic Bethe-Goldstone calculations of term splittings, ionization potentials, and electron affinities. III. Al, Si, P, S, Cl, and Ar using orbital excitations

C. Moser, R.K. Nesbet

Physical Review A

Paper

Electron scattering mechanisms in giant magnetoresistance computed by the LACO full‐potential method

R.K. Nesbet

International Journal of Quantum Chemistry

Paper

Interatomic potentials for HeNe, HeAr, and NeAr

R.K. Nesbet

The Journal of Chemical Physics

View all publications

Abstract

Related

Calculations of elastic electron scattering by H2 for fixed nuclei

Atomic Bethe-Goldstone calculations of term splittings, ionization potentials, and electron affinities. III. Al, Si, P, S, Cl, and Ar using orbital excitations

Electron scattering mechanisms in giant magnetoresistance computed by the LACO full‐potential method

Interatomic potentials for HeNe, HeAr, and NeAr