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中国物理学会期刊

单空位体系多尺度模拟

CSTR: 32037.14.aps.54.5274

Multiscale modeling of single vacancy state

CSTR: 32037.14.aps.54.5274
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  • 基于多尺度协同算法,实行了统一动力学模拟方案,研究了单空位体系的位移分布与位移振荡行为、能量随时间起伏以及差分电荷密度与外部环境的影响.计算结果发现位移分布及其相关行为反映了单空位体系的量子力学效应;同时,体系总能、差分电荷密度计算则给出了外部环境的影响,反映了经典效应与量子效应的耦合.

     

    Based on multiscale concurrent algorithm, we have implemented a unified dynamics scheme and investigated displacement distribution, oscillation behavior, energy fluctuation, charge density difference and the effect of environment of single vacancy system. The displacement distribution and the related behavior reflect the quantum effect of single vacancy. At the same time, the calculations of the total energy and charge density difference revealed the effect of environment and indicated the coupling between the classical and quantum effects.

     

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