Line broadening of cyclotron resonance is treated theoretically assuming the radius of cyclotron orbit to be smaller than the force range of impurity potential. The impurity potential causes adiabatic change of The cyclotron frequency and non-adiabatic transitions. The modulation of the frequency due to electron motion is treated for the case of slow modulation as well as for that of rapid modulation. The validity of statistical theory and impact theory Is discussed. The non-adiabatic effect is shown to be small in the case under consideration.
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Satoru J. Miyake (1965) studied this question.
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