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Low-temperature electron magnetotransport in single GaAs quantum wells withtwo populated subbands is studied at large filling factors.Magneto-inter-subband (MIS) and acoustic-phonon induced oscillations of thedissipative resistance are found to be coexisting but interfering substantiallywith each other. The experiments show that amplitude of the MIS-oscillationsenhances significantly by phonons, indicating "constructive interference"between the phonon scattering and the intersubband electron transitions.Temperature damping of the quantum oscillations is found to be related tobroadening of Landau levels caused by considerable electron-electronscattering.

Interference of magnetointersubband and phonon-induced resistance oscillations in single GaAs quantum wells with two populated subbands