Abstract
The transmission spectrum of n-InSb has been studied at liquid helium temperatures as a function of magnetic field, using 337μ laser. Two transmission minima have been observed, which can be assigned from their splitting as conduction-electron cyclotron resonance (CCR) and impurity cyclotron resonance (ICR). The saturation of the ICR absorption with increasing radiation intensity has been found. It is attributed to a redistribution of the electrons of the impurity states to the first Landau state.
Published Version
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