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Spin Resonance of SnO2:V and the Vanadium 3d Electron Orbital
(The American Institute of Physics, 1965-01-01)
The ESR spectrum of SnO2 containing about 0.5% vanadium observed in K band at liquid‐nitrogen temperature shows two sets of shfs. Relative intensity measurements show that the large shfs (168 G) is due to the two tins ...
Superhyperfine Structures in ESR and ENDOR of Cubic CdTe:Mn2+
(The American Institute of Physics, 1965-01-01)
Superhyperfine structure tensors for the 12 next‐nearest ligands in CdTe:Mn2+ have been expressed in terms of molecular orbital and geometry parameters. ESR and ENDOR transition frequencies are related to the superhyperfine ...
Mechanism of Superhyperfine Structure in SnO2:V4+
(The American Institute of Physics, 1965-01-01)
Molecular orbital theory has been applied to SnO2:V4+ to account for the large and small superhyperfine structure observed by From et al. The unpaired spin density at the next‐nearest ligand tin nucleus is formulated. The ...