Abstract
AbstractThe phenomenon of electronic transport of ultrasonic fields corresponding to a circularly polarized wave is observed and studied in a single crystal of superpure indium under propagation of transverse ultrasonic radio‐wave pulses along tetragonal crystallographic axis under Doppler‐shifted acoustic cyclotron resonance conditions in a longitudinal magnetic field. The most effective transport is proved to be in the range of sufficient deformation interaction of conduction electrons with the ultrasonic wave. A Gaussian curvature of the resonant band of electrons is determined.
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