Abstract
We report the first observation of the cyclotron resonance of electrons in a grain boundary inversion layer. We provide transmission measurements on a p-type InSb bicrystal at discrete wavelengths between λ = 70.6 μm and 251 μm using an optically pumped molecular gas laser. The observed cyclotron resonance spectra consisting of the cyclotron resonance lines of at least three electric subbands do not allow a direct determination of the cyclotron masses of the different electtic subbands because of the large line-width of several lines.
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