Abstract
Taking into account the interaction of an electron with interface optical phonons as well as bulk longitudinal optical phonons, we study the cyclotron resonance of magnetopolarons at the interfaces of polar crystals. We consider both the absorption and emission processes in our calculation using the Green's function method at finite temperatures. Consequently, different temperature characteristics of the cyclotron resonance mass and resonance frequency are found on either side of the off-resonance magnetic field region.
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