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Enhancing phosphorous doping level on Ge by Sb co-doping with non-beamline implantation methods

机译:通过非Beamline注入Sb共掺杂提高Ge上的磷掺杂水平

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Advanced inductively coupled plasma and atomic layer deposition (ALD) techniques with low ion energy have been used to demonstrate conformal shallow junctions of phosphorous with higher than 1E20 of dopants for germanium (Ge). Adding antimony (Sb) in both plasma-assisted and ALD doping was found to enhance the phosphorous (P) dopant level dramatically. Various annealing techniques were compared to understand the impact to dopant activation and levels to form shallow junctions with enhanced P level.
机译:具有低离子能量的先进感应耦合等离子体和原子层沉积(ALD)技术已被用于证明磷的共形浅结,其中锗(Ge)的掺杂剂含量高于1E20。发现在等离子体辅助和ALD掺杂中都添加锑(Sb)可以显着提高磷(P)掺杂剂的水平。比较了各种退火技术,以了解对掺杂物活化和能级的影响,以形成具有增强的P能级的浅结。

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