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APS -APS March Meeting 2017 - Event - Microwave induced magnetoresistance oscillations under bichromatic excitation in AlGaAs/GaAs 2D electron system

机译:APS -APS 2017年3月会议-活动-AlGaAs / GaAs 2D电子系统中双色激发下的微波感应磁阻振荡

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Microwave radiation induced magnetoresistance oscillations observed in 2D electronic systems have shown a variation in those oscillations with microwave parameters such as, for example, the microwave frequency, the microwave power,[1] and the microwave linear polarization angle[2]. Here, we examine microwave induced magnetoresistance oscillations under bichromatic microwaves, under a systematic change of the microwave power, with the aim to compare the power-variation of the monochromatic- and bichromatic- excitation induced oscillatory diagonal resistance (Rxx). We find a sub-linear variation of the diagonal resistance at the extrema with microwave power for both bichromatic and monochromatic cases, and report the observed evolution in oscillatory Rxx line shapes.[1] R. G. Mani et al., Nature, 420, 646 (2002)[2] Tianyu Ye, Han-Chun Liu, W. Wegscheider, and R. G. Mani, Phys. Rev. B~89, 155307
机译:在二维电子系统中观察到的微波辐射诱导的磁阻振荡显示出这些振荡随微波参数(例如,微波频率,微波功率[1]和微波线性极化角[2])的变化。在这里,我们研究了在微波功率系统变化的情况下,双色微波下的微波感应磁阻振荡,目的是比较单色和双色激发感应对角线电阻(Rxx)的功率变化。我们发现在双色和单色情况下,极值处对角线电阻随微波功率的亚线性变化,并报告了在振荡的Rxx线形中观察到的演变。[1] R. G. Mani等人,Nature,420,646(2002)[2]叶天宇,刘汉春,W。Wegscheider,和R. G. Mani,物理学。 B〜89版,155307

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