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The infrared magneto‐absorption of tellurium due to the inter‐valence band transition of holes was investigated between 1.7 and 4.2° K. Magnetic fields up to 44.9 kOe were applied in the directions of the three crystallographic axes. For H⊥c‐axis, an oscillatory absorption was observed, which is caused by the harmonic transition of holes from the lowest lying impurity state. The effective cyclotron mass of the split off band was estimated to be {article}{empty}{document}√mz m = 0.11\;\,m₀{document} . The results were analysed using the dumb‐bell model of the valence bands involving the difference in the transverse effective masses between the two valence bands.
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Miura et al. (1970) studied this question.
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