超薄介电薄膜(< 5nm)在一氧化氮环境中快速热处理生长或退火的特性

Z. Yao, H. B. Harrison, S. Dimitrijev, Y. Yeow
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引用次数: 0

摘要

本文报道了no生长栅极电介质的物理性能,如厚度测量和XPS深度分布,以及电学性能,并将其与在N/sub 2/O和O/sub 2/O中生长的类似厚度的薄膜进行了比较。给出了界面态密度、应力作用下界面态产生率、电荷捕获特性和应力诱发漏电流。此外,还包括有初始氧化物,然后在一氧化氮中退火的no退火氧化物的电学和物理性质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characteristics of ultrathin dielectric films (<5 nm) grown or annealed in a nitric oxide ambient using rapid thermal processing
In this paper we report on the physical properties, such as thickness measurements and XPS depth profiles, and electrical properties of NO-grown gate dielectrics and compare them with films of similar thicknesses grown in N/sub 2/O and O/sub 2/. The interface state densities, interface state generation rate during electrical stress, charge trapping properties and stress induced leakage current are presented. In addition, electrical and physical properties of NO-annealed oxides which had an initial oxide and then were annealed in nitric oxide are included.
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