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Quantum efficiency of InSbBi quantum dot photodetector

机译:InSbBi量子点光电探测器的量子效率

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摘要

An InSb1-xBix quantum dot (QD) photodetector was studied in this work. First, the quantum efficiency (QE) was modeled for this structure where the relations of electron and hole densities and their contribution to current density are derived. The absorption of p-, n- and depletion regions were calculated before specifying their contribution to QE. It is shown that adding Bi to Sb-based QD structures increases their absorption and QE. High Bi content extended the cutoff detection wavelength of these detectors. (C) 2015 Optical Society of America
机译:在这项工作中研究了InSb1-xBix量子点(QD)光电探测器。首先,对该结构的量子效率(QE)进行建模,得出电子和空穴密度的关系及其对电流密度的贡献。在确定p,n和耗尽区对QE的贡献之前,先计算它们的吸收。结果表明,将Bi添加到基于Sb的QD结构中会增加其吸收和QE。高Bi含量延长了这些检测器的截止检测波长。 (C)2015年美国眼镜学会

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