DIAMAGNETIC MODULATION OF TRANSVERSE GALVANOMAGNETIC EFFECTS IN LONGITUDINAL AUTOSOLITON IN P-INSB

Abstract

Experiments show that Ettingshausen effect that is revealed in longitudinal autosoliton in transverse magnetic field that causes movement in the autosoliton can be suppressed with diamagnetism, which appears in the longitudinal magnetic field. Current in longitudinal autosoliton that is brought about in the transverse field of a particular value shows ambiguous modulation depending on the direction of the simultaneously acting longitudinal magnetic field. There is suggestion that the modulation ambiguity is due to current elements in the autosoliton, which is explained through deviated spinning electrons in the external transverse magnetic field.

Keywords

• автосолитон
• полупроводники
• частота
• неравновесность
• диссипативная структура
• осцилляции
• фазовый портрет
• autosoliton
• semi-conductors
• frequency
• nonequilibrium
• dissipative structure
• oscillation
• phase portrait