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Improvements of ozone surface treatment on the electrical characteristics and reliability in HfO_2 gate stacks

机译:臭氧表面处理对HfO_2栅堆叠的电气特性和可靠性的改进

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In this study, we improved the interfacial properties of high-κ gate stacks with the surface treatment of ozonated water prior to deposition of hafnium oxide (HfO_2). We demonstrated that the Ozone-oxide improved the electrical properties of the HfO_2 gate stack interface in terms of its smoother interface, lower leakage current density, narrower hysteresis width, superior charge trapping effect, and reliability. From these experimental results, we believe that treatment with ozone is an efficient method for the preparation of high-quality interfaces between HfO_2 and silicon surfaces.
机译:在这项研究中,我们通过在氧化ha(HfO_2)沉积之前进行臭氧化水的表面处理,改善了高κ栅极堆叠的界面特性。我们证明了臭氧氧化物从其更平滑的界面,更低的漏电流密度,更窄的磁滞宽度,优异的电荷俘获效果和可靠性方面改善了HfO_2栅堆叠界面的电性能。根据这些实验结果,我们认为用臭氧处理是制备HfO_2与硅表面之间高质量界面的有效方法。

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