Abstract
Photoluminescence and electroreflectance measurements in Si δ-doped GaAs/Al0.35Ga0.65-A triple quantum wells are performed in order to study the effect of ionized impurities on electron tunneling. It is theoretically shown that a thin quantum well with a δ-doping layer inserted between narrow and wide quantum wells of asymmetric double quantum wells enhances impurity scattering rate significantly. Photoluminescence decay time is found to decrease 30% at maximum compared with a sample without a δ-doping layer.
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