关联界面化学和器件行为

R. Wallace
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引用次数: 0

摘要

在各种场效应器件中引入替代材料作为载流子传输通道的前景导致了界面研究的复苏。一个关键的方面包括缺陷的性质,影响电学行为在MOS栅极堆栈,和他们的位置。本次特邀演讲将概述我们最近使用原位沉积和分析方法对具有高k介电体和接触的III-V和2D界面进行的研究中的一些例子。(1 - 73)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Correlating interface chemistry and device behavior
The prospect of introducing alternative materials as a carrier transport channel in a variety of field effect devices has resulted in a resurgence of interface research. A key aspect includes the nature of the defects that influence the electrical behavior in the MOS gate stack, and their location. This invited talk will overview selected examples from our recent studies of III-V and 2D interfaces with high-k dielectrics and contacts using in-situ deposition and analysis methods. [1-73].
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