Effect of atomic hydrogen annealing on AlOx/GeOx/a-Ge stack structure

Tomofumi Onuki, A. Heya, N. Matsuo
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Abstract

In order to improve the electrical characteristics of the fabricated AlOx/GeOx/a-Ge stack structure on a quartz substrate by thermal treatment, the effect of Atomic Hydrogen Annealing (AHA) was investigated. The AlOx/GeOx stack structure was exposed to atomic hydrogen generated by catalytic cracking reaction. We measured the change in the electrical properties by AHA treatment and studied the reaction with atomic hydrogen in the insulator films. The reduction of leakage current by 1 order of magnitude and the improvement of hysteresis were confirmed by current-voltage measurement and capacitance-voltage measurement, respectively. It is assumed that GeOxnetwork is stabilized including the Al atoms in it and reducing the energetically unstable bonds.
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原子氢退火对AlOx/GeOx/a-Ge叠层结构的影响
为了改善石英衬底上制备的AlOx/GeOx/a- ge堆叠结构的电学特性,研究了原子氢退火(AHA)的影响。对催化裂化反应生成的原子氢暴露了AlOx/GeOx堆结构。我们测量了经AHA处理后的电性能变化,并研究了与原子氢在绝缘体膜中的反应。通过电流-电压测量和电容-电压测量,分别证实了泄漏电流降低1个数量级,磁滞改善。假设GeOxnetwork是稳定的,包括Al原子在内,并减少了能量不稳定的键。
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