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On the difference between optically and electrically determined resistivity of ultra-thin titanium nitride films

机译:关于光学和电学确定的超薄氮化钛薄膜电阻率的差异

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摘要

This work reports on the determination and comparison of the resistivity of ultra-thin atomic layer deposited titanium nitride films in the thickness range 0.65-20 nm using spectroscopic ellipsometry and electrical test structures. We found that for films thicker than 4 nm, the resistivity values obtained by the two techniques are in good agreement. However, below 4 nm, the comparison shows an increasing difference with decreasing film thickness. A difference with a factor of 3 was found at 1.8 nm and increased up to hundreds at 0.65 nm. We attribute this significant difference to the electron scattering effects at grain boundaries and interfaces which can not be fully taken into account by spectroscopic ellipsometry measurements.
机译:这项工作报告了使用光谱椭偏仪和电测试结构测定和比较厚度范围为0.65-20 nm的超薄原子层沉积的氮化钛膜的电阻率。我们发现,对于厚度大于4 nm的薄膜,通过两种技术获得的电阻率值吻合良好。但是,在4 nm以下,该比较显示出随着膜厚度减小而增加的差异。在1.8 nm处发现差异为3,在0.65 nm处增加至数百倍。我们将这种显着差异归因于晶界和界面处的电子散射效应,椭圆偏振光谱法测量无法完全考虑到这一点。

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