V. Kaufman, J. Sugar, Th. A. M. van Kleef, and Y. Joshi, "Resonance transitions 4d105s–4d95s5p in the Ag i sequence of In iii, Sn iv Sb v, and Te vi," J. Opt. Soc. Am. B 2, 426-429 (1985)
Nearly complete resonance transition arrays 4d105s–4d95s5p in the Ag i isoelectronic sequence were observed in sliding and triggered sparks for the ions In iii through Te vi. Wavelengths and estimated relative intensities are given as well as energy levels and eigenvectors for the upper levels. Evidence of configuration interaction is indicated by the irregular behavior of the fitted radial energy integrals for 4d95s5p, but no attempt was made to add configuration interaction.
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Energy-Level Values (in cm−1) and Leading Percentage Compositions in LS Coupling of the J = 1/2, 3/2 Levels of the 4d95s5p Configuration of Cd ii through Xe viii
These levels were identified from new observations.
This value is predicted from the least-squares fit of the observed levels.
This level has 50% (3P)2P.
This level has 52% (3P)2P.
This level has 45% (3P)4D.
This level has 46% (3P)4D.
Table 2
Wavelengths and Intensities for Lines of In iii, Sn iv, Sb v, and Te vi in the 4d105s–4d95s5p Resonance Transition Array a
See Table 2 for the upper level as defined by the label.
This wavelength was not observed by us but was taken from Ref. 8.
Table 3
Parameter Values (in cm−1) Obtained from Least-Squares Fits of the Observed J = 1/2, 3/2 Levels of the 4d95s5p Configuration in Cd ii, In iii, Sn iv, Sb v, and Te vi
The ratio of G1/G3 is fixed at its Hartree–Fock value.
Tables (4)
Table 1
Energy-Level Values (in cm−1) and Leading Percentage Compositions in LS Coupling of the J = 1/2, 3/2 Levels of the 4d95s5p Configuration of Cd ii through Xe viii
These levels were identified from new observations.
This value is predicted from the least-squares fit of the observed levels.
This level has 50% (3P)2P.
This level has 52% (3P)2P.
This level has 45% (3P)4D.
This level has 46% (3P)4D.
Table 2
Wavelengths and Intensities for Lines of In iii, Sn iv, Sb v, and Te vi in the 4d105s–4d95s5p Resonance Transition Array a
See Table 2 for the upper level as defined by the label.
This wavelength was not observed by us but was taken from Ref. 8.
Table 3
Parameter Values (in cm−1) Obtained from Least-Squares Fits of the Observed J = 1/2, 3/2 Levels of the 4d95s5p Configuration in Cd ii, In iii, Sn iv, Sb v, and Te vi