Observation of the Electron Reflection from N//N+ Junction in GaAs by Resonant Tunnelling through Pseudo-Quantum Well in Single Barrier Heterostructure

Y. Dubrovskiĭ, T. Andersson, Y. Khanin, I. Larkin, E. Vdovin
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Abstract

Resonant tunnelling tlhrough virtual states in a wide pseudo-quanttum well is observed at liquid He temperature. This well is formed in the spacer layer region (n--GaAs) of a single barrier heterostructure n+-GaAs/n--GaAs/AIAs/n--GaAs/n+-GaAs due to the electron reflection from the main barrier at one side and from the smooth potential drop through the n-/n+ junction in the GaAs at the other side. The measured electron reflection coefficient from n-/n+ junction is equal to 0.3%-3% in the energy interval relevant in the work.
单势垒异质结构中伪量子阱共振隧穿对GaAs中N//N+结电子反射的观察
在液体He温度下,观察到宽伪量子阱中虚态的共振隧穿。该井是在单势垒异质结构n+-GaAs/n—GaAs/AIAs/n—GaAs/n+-GaAs的间隔层区域(n—GaAs)中形成的,这是由于电子在一侧的主势垒和在另一侧的GaAs中通过n-/n+结的平滑电位下降的反射。测量到的n-/n+结的电子反射系数在与功相关的能量区间内为0.3% ~ 3%。
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