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Directional emission from beryllium doped GaAs/AlGaAs nanowires

机译:来自铍掺杂GaAs / Algaas纳米线的定向排放

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摘要

The emission directionality of self-catalytic GaAs nanowires in an AlGaAs shell, produced by molecular-beam epitaxy with a varied level of beryllium doping, is studied. It is shown that an undoped sample possesses pronounced waveguide properties along the growth direction. With increasing doping level, the intensity of the emission directed perpendicular to the lateral nanowire walls grows.
机译:研究了通过分子束外延产生的自催化GaAs纳米线的发射方向性,其由具有多种铍掺杂水平的分子束外延产生。 结果表明,未掺杂的样品具有沿生长方向具有明显的波导性能。 随着掺杂水平的增加,垂直于横向纳米线壁的发射的强度增长。

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