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首页> 外文期刊>Journal of Crystal Growth >Fabrication of silicon-on-AlN novel structure and its residual strain characterization
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Fabrication of silicon-on-AlN novel structure and its residual strain characterization

机译:AlN硅新型结构的制备及其残余应变表征

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摘要

Self-heating effects in silicon-on-insulator (SOI) devices limit the applicability of SOI materials in electronics in cases where high power consumption is expected. AlN becomes a promising alternative to SiO_2 layer in traditional SOI materials. For the first time, a novel silicon-on-aluminum-nitride (SOAN) structure has been fabricated by the smart- cut process to alleviate the self-heating effects. The AlN films were synthesized on 4'' Si(1 0 0) substrate by ion-beam- enhanced deposition technique, followed by the smart-cut process.
机译:绝缘体上硅(SOI)器件中的自热效应会限制SOI材料在电子器件中的应用,因为这些器件的功耗很高。 AlN成为传统SOI材料中SiO_2层的有希望的替代品。首次通过智能切割工艺制造了一种新型的氮化铝硅(SOAN)结构,以减轻自热效应。通过离子束增强沉积技术,在4''Si(1 0 0)衬底上合成AlN膜,然后进行智能切割工艺。

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