Photo-injection studies of buried oxide layers in SIMOX and BESOI structures

A. Revesz, V. Afanas'ev, H. Hughes
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引用次数: 3

Abstract

Illumination of a BESOI sample with photon energy below 6 eV (no electron-hole pair generation on the oxide) under positive bias on the metal electrode results in positive charge in the oxide which can be almost completely eliminated by changing the bias polarity. The C-V curves exhibit large hysteresis effects after illumination. It is suggested that the mechanism is photolysis of Si-OH and/or Si-H groups which does not require electron injection: the resulting H+ ions then drift under bias. The behavior of the BESOI sample is different from both SIMOX BOX and thermal oxide, but is somewhat similar to that shown by deposited Si0/sub 2/ films.<>
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SIMOX和BESOI结构中埋藏氧化层的光注入研究
在金属电极的正偏压下,以低于6 eV的光子能量照射BESOI样品(氧化物上不产生电子-空穴对),氧化物中产生正电荷,通过改变偏压极性几乎可以完全消除正电荷。光照后的C-V曲线表现出较大的滞后效应。认为其机理是不需要电子注入的硅- oh和/或硅-H基团的光解,由此产生的H+离子在偏置下漂移。BESOI样品的行为不同于SIMOX BOX和热氧化物,但与沉积的Si0/ sub2 /薄膜的行为有些相似
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