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Structures, stability, mechanical and electronic properties of α-boron and α*-boron

机译:α-硼和α*-硼的结构,稳定性,机械和电子性能

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The structures, stability, mechanical and electronic properties of α-boron and a promising metastable boron phase (α*-boron) have been studied by first-principles calculations. α-boron and α*-boron consist of equivalent icosahedra B12 clusters in different connecting configurations of “3S-6D-3S” and “2S-6D-4S”, respectively. The total energy calculations show that α*-boron is less stable than α-boron but more favorable than the well-known β-boron and γ-boron at zero pressure. Both α-boron and α*-boron are confirmed dynamically and mechanically stable. The mechanical and electronic properties of α-boron and α*-boron indicate that they are potential superhard semiconducting phases of element boron.
机译:通过第一性原理计算研究了α-硼的结构,稳定性,机械和电子性质以及有希望的亚稳硼相(α*-硼)。 α-硼和α*-硼分别由等价的二十碳六面体B12簇组成,它们的连接形式分别为“ 3S-6D-3S”和“ 2S-6D-4S”。总能量计算表明,在零压力下,α*硼比α硼不稳定,但是比众所周知的β硼和γ硼更有利。动态和机械稳定地确定了α-硼和α*-硼。 α-硼和α*-硼的机械和电子性质表明它们是元素硼的潜在超硬半导体相。

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