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Electrical compensation via vacancy-donor complexes in arsenic-implanted and laser-annealed germanium

机译:通过砷注入和激光退火锗中的空位给体配合物进行电补偿

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摘要

Highly n-type Ge attained by shallow As implantation and excimer laser annealing was studied with positron annihilation spectroscopy and theoretical calculations. We conclude that a high concentration of vacancy-arsenic complexes was introduced by the doping method, while no sign of vacancies was seen in the un-implanted laser-annealed samples. The arsenic bound to the complexes contributes substantially to the passivation of the dopants. Published by AIP Publishing.
机译:利用正电子an没光谱和理论计算研究了浅As注入和准分子激光退火获得的高n型Ge。我们得出的结论是,通过掺杂方法引入了高浓度的空缺砷配合物,而在未植入的激光退火样品中未发现任何空位迹象。与配合物结合的砷基本上有助于掺杂剂的钝化。由AIP Publishing发布。

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