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Electron cyclotron resonance has been observed in ZnTe single crystals (p-type semiconductor) at 9.2 and 35 GHz using electron-paramagnetic-resonance equipment. The electrons have been created by illumination of the crystal with light whose energy is larger than the band gap. The signal is isotropic and corresponds to a polaron effective mass mₚ*=(0.122±0.002)mₒ. The electron relaxation times are determined from the resonance line shape and the mobility, which is of the order of 10⁶ cm² V^-1 sec^-1 at liquid-helium temperature, is deduced. The variation with temperature has been measured.
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Clerjaud et al. (1979) studied this question.
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