Abstract
Current-voltage characteristics (CVC) are studied of piezosemiconductor crystal with highly expressed anisotropy of electric and acoustoelectronical properties (Te and CdS) in high longitudinal and transversal magnetic fields (μH/c)2 > 1 in the conditions of acoustoelectronical interaction. It is shown that at some intervals of longitudinal and transversal magnetic fields irrespective of sample orientation relative to the applied electric field, a reduction of threshold electric field of acoustoelectronic interaction on the ascending CVC takes place followed by its increase under further growth of magnetic field intensity. Strong longitudinal and especially transversal magnetic fields reduce the amplitude of acoustoelectronic oscillations, leading to their complete disappearance. [Russian Text Ignored].
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