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首页> 外文期刊>The Electrochemical Society interface >The 2007 F. M. Becket Summer Research Fellowship - Summary Report: Development of a 3C-SiC Deposition System
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The 2007 F. M. Becket Summer Research Fellowship - Summary Report: Development of a 3C-SiC Deposition System

机译:2007 F. M. Becket夏季研究奖学金-摘要报告:3C-SiC沉积系统的开发

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摘要

Several material properties make using SiC advantageous over Si for use in micro-pressure sensors and in high power switches. Specifically 3C-SiC is a wide bandgap material that can operate at elevated temperatures, higher power densities, and/or in harsher environments than conventional Si-based devices.1 Mechanically 3C-SiC is a very hard material with elastic moduli that are roughly twice that of silicon. Plastic deformation onset and the increase of the intrinsic carrier concentration to significant values are also shifted to higher temperatureswhenusingSiC.
机译:在微压传感器和大功率开关中,SiC的几种材料性能使其优于Si。特别地,3C-SiC是一种宽带隙材料,与传统的基于Si的器件相比,它可以在更高的温度,更高的功率密度和/或更恶劣的环境下工作。1从机械上讲,3C-SiC是一种非常坚硬的材料,其弹性模量大约是其两倍硅。当使用SiC时,塑性变形开始和固有载流子浓度增加到显着值也转移到更高的温度。

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