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首页> 外文期刊>Physical review. B, Condensed Matter And Materials Physics >Preparation of long monatomic carbon chains: Molecular dynamics studies
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Preparation of long monatomic carbon chains: Molecular dynamics studies

机译:长单原子碳链的制备:分子动力学研究

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Molecular dynamics simulations based on the Brenner potential, a tight-binding method, and the Car-Parrinello algorithm were performed to explore the conditions for pulling out long monatomic chains from a graphite layer. The results show that the method of pulling, the ambient temperature, and the pulling speed are important factors. The simulations indicate that free monatomic carbon chains with macro length can be obtained at about 1000 K if the pulling speed is much lower than 30 m/s.
机译:进行了基于Brenner势,紧密结合方法和Car-Parrinello算法的分子动力学模拟,以探索从石墨层中拉出长单原子链的条件。结果表明,提拉方法,环境温度和提拉速度是重要因素。模拟表明,如果拉动速度远低于30 m / s,则可以在约1000 K处获得具有宏观长度的自由单原子碳链。

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