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Critical Radius of Full Depletion in Semiconductor Nanowires Caused by Surface Charge Trapping

机译:由表面电荷捕获引起的半导体纳米线中全耗尽的临界半径

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摘要

We have presented a simple analytical model for estimating critical radius of full depletion in semiconductor nanowires due to charge carrier transport from volume to the surface states and radial band bending associated with screening of trapped surface charges. The model describes the critical radius functional dependences on doping level, surface states parameters and appears as a very useful tool to understand transport properties of nanowires limited particularly by surface states effects.
机译:我们介绍了一种简单的分析模型,用于估计半导体纳米线中的完全耗尽的临界半径由于从体积到表面状态和与截留表面电荷筛选相关的径向带弯曲的径向带弯曲。 该模型描述了掺杂电平,表面状态参数的临界半径功能依赖性,并且看成为理解纳米线的传输特性特别是通过表面状态效应的非常有用的工具。

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