Abstract
Effects of in-plane magnetic fields on the channel resistance of double quantum wells are studied for the case where impurities are introduced only in one of the wells. The resonant increase of the channel resistance caused by the gate-induced resonant coupling of two levels is found to be quenched by an in-plane magnetic field and it is successfully ascribed to the field-induced mixing of the resonantly coupled states.
- Received 30 March 1994
DOI:https://doi.org/10.1103/PhysRevB.49.11492
©1994 American Physical Society