A high degree of saturation of optical absorption in InSb is observed at 2 ^∘{}K by using several lines (between 5.5 and 5 {μ}m) of a cw CO laser. Luminescence is studied in the same conditions. A model of dynamic Burstein shift is presented which allows us to fit both theoretical transmission and luminescence with the data by taking into account band-gap renormalization and carrier heating. We emphasize that the principal experimental uncertainties arise from inhomogeneous pumping and interference effects in the sample. We show that a weak transverse magnetic field reduces the transmission of circularly polarized light.
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Lavallard et al. (1977) studied this question.
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