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Energy Levels of Rare Earth Atoms and Ions
Intensities in Rare Earth Spectra
The Zeeman Effect in the Rare Earths
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6-j symbol actinides angular momentum approximately atom or ion atomic beam calculated Chem closed shells coefficients components configuration interaction core correction crystal field parameters crystal field splittings crystal quantum numbers D3h symmetry deduced degeneracy diagonal eigenfunctions electric-dipole electric-quadrupole electrostatic interaction energy levels energy matrices equation evaluated experimental f configuration factor g-values G. H. Dieke given Hamiltonian Hartree-Fock hyperfine structure ibid intermediate coupling ionization irreducible representations isotope shifts JJ coupling Judd lanthanides line strengths LS coupling magnetic field magnetic-dipole matrix elements nuclear magnetic nucleus number of electrons observed obtain one-electron orbital oscillator strengths perturbation Phys point symmetry potential Proc radial integrals rare earth rare earth ion rare earth spectra relativistic result Russell-Saunders s-electron selection rules spectral line spectroscopic spin spin-orbit coupling spin-orbit coupling constant spin-orbit interaction Table tensor operators theory transformation values wave functions well-defined coupling scheme yield Zeeman effect