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Detection of Strain Minimization in Hf-based Gate Dielectrics by X-ray Absorption and Non-Linear Optical Second Harmonic Generation Spectroscopy

机译:X射线吸收和非线性光学二次谐波产生光谱法检测HF基栅电介质中的应变最小化

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In order to move circuits and systems on a chip to higher levels of integration as required by ULSI technology, it becomes increasing more important to minimize local bond and macroscopic strain in CMOS and advanced CMOS devices. This paper combines linear and non-linear spectroscopic methods and theory to study strain minimization in non-crystalline and nanocrystalline Hf-based high-k dielectrics.
机译:为了将芯片上的电路和系统移动到ULSI技术所需的芯片上更高的集成度,使得最小化CMOS和高级CMOS器件中的局部键和宏观应变变得越来越重要。本文结合了线性和非线性光谱方法和理论,以研究非晶体和纳米晶体HF高k电介质中的应变最小化。

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