首页> 外文会议>26th International Conference on the Physics of Semiconductors Jul 29-Aug 2, 2002 Edinburgh, UK >Hysteresis effects due to eddy currents in the integer quantum Hall regimeprobed by an SET-electrometer
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Hysteresis effects due to eddy currents in the integer quantum Hall regimeprobed by an SET-electrometer

机译:由SET静电计探测的整数量子霍尔机制中由涡流引起的磁滞效应

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The electrostatic potential difference between the bulk and the edge of a two dimensional electron system (2DES) shows a strong hysteresis in the integer quantum Hall regime. Fabricated at different positions on Hall bars, single electron transistors (SETs) were used as local potential probes. They allow us to distinguish between bulk- and edge-effects. Edge-SETs were placed at a distance of l/jxn to an additional sidegate which provides the possibility of shifting the edge depletion region under the SET. In this case the hysteretic signal which is associated with the Hall voltage of induced eddy currents is suppressed.
机译:二维电子系统(2DES)的主体与边缘之间的静电势差在整数量子霍尔状态下显示出很强的磁滞现象。在霍尔棒的不同位置上制作了单电子晶体管(SET)作为局部电势探针。它们使我们能够区分体效应和边缘效应。将边缘-SET放置在距另一侧门的距离为1 / jxn的位置,这提供了在SET下移动边缘耗尽区域的可能性。在这种情况下,与感应涡流的霍尔电压相关的磁滞信号被抑制。

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