Atomic layer deposition of Ru thin films with enhanced nucleations using various Ru(0) metallorganic precursors and molecular O2: Applications to seed layer for Cu electroplating and capacitor electrode

Soo‐Hyun Kim
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Abstract

Recently, we reported that the nucleation of ALD-Ru film was enhanced considerably using a zero metal valence precursor, compared to the utilization of precursors with higher metal valences, which is essential to achieve continuity in ultra-thin Ru films. In this study, we report a comparative study on ALD-Ru processes utilizing three kinds of Ru(0) precursors and molecular O2. The developed ALD-Ru processes were applied for preparing DRAM capacitor electrodes and seed layers for Cu electroplating.
利用不同Ru(0)金属有机前驱体和分子O2原子层沉积具有增强成核的Ru薄膜:在Cu电镀和电容器电极种子层中的应用
最近,我们报道了与使用高金属价前驱体相比,使用零金属价前驱体大大增强了ALD-Ru膜的成核,这对于实现超薄Ru膜的连续性至关重要。在这项研究中,我们报告了利用三种Ru(0)前体和分子O2的ALD-Ru过程的比较研究。将所开发的ALD-Ru工艺应用于制备DRAM电容器电极和镀铜种子层。
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