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Nanometric-scale fluctuations of intrinsic electric fields in GaN/AlGaN quantum wells with inversion domains

机译:具有反转域的GaN / AlGaN量子阱中本征电场的纳米尺度涨落

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摘要

Strain and electric field fluctuations in regions of different polarities in GaN/AlGaN quantum well (QW) structures of dominant N-polarity with inversion domains (IDs) split the photoluminescence (PL) emission into two bands. Micro-PL and time-resolved PL studies reveal strong inhomogeneity of the array of the IDs, where essential parameters, such as strain, electric fields, and sizes are fluctuating quantities. We demonstrate also that the ID formation decreases the intrinsic electric field magnitudes. [References: 7]
机译:带有反转域(ID)的具有优势N极性的GaN / AlGaN量子阱(QW)结构中不同极性区域的应变和电场波动将光致发光(PL)发射分为两个波段。 Micro-PL和时间分辨的PL研究表明ID阵列具有很强的不均匀性,其中诸如应变,电场和尺寸等基本参数正在波动。我们还证明了ID的形成会降低固有电场强度。 [参考:7]

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