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Micro-characterisation of Si wafers by high-pressure thermopower technique

机译:利用高压热电技术对硅晶片进行微表征

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摘要

In the present work a set of Czochralski-grown silicon wafers (Cz-Si) differently pre-treated (annealed at high temperatures in pressure medium, doped with nitrogen, implanted with high-energy hydrogen ions) has been characterised by high-pressure thermopower S technique in the phase transitions region (0-20GPa). The shifts were observed in pressure of semiconductor-metal phase transition P-t determined from the S(P) under pre-treatments. For the first time, correlation dependence has been established between high-pressure thermoelectric properties on the one hand and concentration of residual interstitial oxygen c(O) (which is always present in Cz-Si) on the other hand. The dependence exhibited a maximum of P-t near c(O)similar to 9 x 10(17)CM(-3). (c) 2005 Elsevier B.V. All rights reserved.
机译:在目前的工作中,一组由切克劳斯基(Czochralski)生长的硅晶片(Cz-Si)经过了​​不同的预处理(在高压下,在压力介质中退火,掺杂了氮,注入了高能氢离子),其特征在于高压热电S技术在相变区域(0-20GPa)。观察到在预处理下由S(P)确定的半导体-金属相变压力P-t的变化。第一次,一方面在高压热电特性与另一方面的残余间隙氧c(O)的浓度(Cz-Si中始终存在)之间建立了相关性依赖性。这种依赖性在c(O)附近表现出最大的P-t,类似于9 x 10(17)CM(-3)。 (c)2005 Elsevier B.V.保留所有权利。

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