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Vacancy generation in liquid phase epitaxy of Si

机译:Si液相外延中的空位生成

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摘要

Concerted experiments and theoretical analysis are applied to conclusively demonstrate the vacancy generation during fast melting and regrowth of Si by laser irradiation. Experiments, based on the positron annihilation spectroscopy and designed to test the theoretical predictions, evidence a vacancy supersaturation after the laser process depending on the irradiation conditions. Stochastic atomistic simulations of the molten Si recrystalli-zation show trapping of vacancies in the recrystallized region. Finally, continuum phase-field simulations of the full process, calibrated using the Monte Carlo results, show a defect evolution in close agreement with the experiments.
机译:应用一致的实验和理论分析来结论性地证明了激光辐照下Si的快速熔化和再生长过程中的空位产生。基于正电子an没光谱法并旨在测试理论预测的实验证明,根据辐照条件,激光加工后会出现空位过饱和。熔融硅重结晶的随机原子模拟表明,在重结晶区存在空位陷阱。最后,使用蒙特卡洛结果进行校准的整个过程的连续相场模拟显示出与实验密切相关的缺陷演变。

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