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ELECTRON-HOLE PAIR REVERSED DRIFT IN SOI STRUCTURE

机译:SOI结构中的电子孔对反转漂移

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摘要

The calculation of electron-hole pair drift velocity was performed in n-silicon for different field strength values. It was shown that the velocity changes its sign at field greater than some critical value, and the reversed ambipolar drift takes place. This field value is the less the closer electron and hole concentration ratio to one. The results of calculation were verified by experiments. They were performed on the SOI structure. This structure allows us to create the high electric field in the silicon film without any sufficient film heating.
机译:对于不同的场强值,在n硅中进行电子-空穴对漂移速度的计算。结果表明,速度在场上的符号变化大于某个临界值,并且发生了反向双极性漂移。该场值越小,电子和空穴的浓度比就越小。通过实验验证了计算结果。它们是在SOI结构上执行的。这种结构使我们能够在没有足够的膜加热的情况下在硅膜中产生高电场。

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