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首页> 外文期刊>Earth and Planetary Science Letters: A Letter Journal Devoted to the Development in Time of the Earth and Planetary System >Equation of state and elastic properties of face-centered-cubic Fe-Mg alloy at ultrahigh pressures from first-principles
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Equation of state and elastic properties of face-centered-cubic Fe-Mg alloy at ultrahigh pressures from first-principles

机译:第一原理从面心立方Fe-Mg合金在超高压下的状态和弹性特性方程

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摘要

We have calculated the equation of state and elastic properties of face-centered cubic Fe and Fe-rich Fe-Mg alloy at ultrahigh pressures from first principles using the Exact Muffin-Tin Orbitals method. The results show that adding Mg into Fe influences strongly the equation of state, and cause a large degree of softening of the elastic constants, even at concentrations as small as 1-2 at.%. Moreover, the elastic anisotropy increases, and the effect is higher at higher pressures.
机译:我们使用精确的松饼-锡轨道方法,根据第一原理计算了面心立方立方铁和富铁的铁-镁合金在超高压下的状态和弹性方程。结果表明,即使在浓度低至1-2 at。%的情况下,向Fe中添加Mg也会极大地影响状态方程,并引起弹性常数的较大程度的软化。此外,弹性各向异性增加,并且在较高压力下效果更高。

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