Far-infrared cyclotron resonance absorption in n-type InSb has been measured to determine the variation of the conduction electron effective mass with magnetic field. At high magnetic fields the absorption was resolved into a strong line with a weaker satellite line at lower photon energy and a broad, weak absorption at still lower energy. The interpretation of this structure in terms of the conduction-band properties of InSb is discussed.
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Palik et al. (1961) studied this question.
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