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Microwave radiation induced magneto-oscillations in the longitudinal and transverse resistance of a two-dimensional electron gas

机译:微波辐射在二维电子气的纵向和横向电阻中引起的磁振荡

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We confirm the existence of magneto-resistance oscillations in a microwave-irradiated two-dimensional electron gas, first reported in a series of papers by Zudov et al. [Phys. Rev. B 64 (2001) 201311] and Mani et al. [Nature (London) 420 (2002) 646]. In our experiments, on a sample with a moderate mobility, the microwave induced oscillations are observed not only in the longitudinal but also in the transverse-resistance (Hall resistance). The phase of the oscillations is such that the decrease (increase) in the longitudinal resistance is accompanied by an increase (decrease) in the absolute value of the Hall resistance. We believe that these new results provide valuable new information to better understand the origin of this interesting phenomenon.
机译:我们确认在微波辐射的二维电子气中存在磁阻振荡,这在Zudov等人的一系列论文中首次报道。 [物理B 64(2001)201311]和Mani等。 [Nature(London)420(2002)646]。在我们的实验中,在具有中等迁移率的样品上,不仅在纵向电阻中而且在横向电阻(霍尔电阻)中都观察到了微波引起的振荡。振荡的相位使得纵向电阻的减小(增加)伴随着霍尔电阻的绝对值增加(减小)。我们相信,这些新结果提供了有价值的新信息,可以更好地了解这种有趣现象的起源。

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