Abstract
A solution of the nonstationary Schrodinger equation describing the resonance interaction of electrons with a weak rf field is found for asymmetric triple-barrier resonance-tunneling structures with thin, high barriers, and an expression is obtained for the active weak-signal conductivity of such structures. It is found that in a number of cases the probability of quantum resonance transitions from an upper to a lower level can increase sharply when the lower levels are shifted relative to one another.
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