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首页> 外文期刊>Physics and Chemistry of Liquids >Melting curve T-m(p) of sodium under pressure p: transition from a Wigner-like nuclear bcc structure near 30 GPa to lower symmetry states with negative dT(m)/dp at higher pressures
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Melting curve T-m(p) of sodium under pressure p: transition from a Wigner-like nuclear bcc structure near 30 GPa to lower symmetry states with negative dT(m)/dp at higher pressures

机译:钠在压力p下的熔解曲线T-m​​(p):从30 GPa附近的Wigner样核bcc结构转变为在较高压力下具有负dT(m)/ dp的较低对称状态

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摘要

It is known experimentally that the melting temperature T-m(p) of Na as a function of pressure p increases with p out to similar to 20GPa and then passes through a maximum. Here, we interpret the behavior as passing from classical Wigner-like bcc nuclear structure at low pressures to a structure out to about 60GPa where the melting is mediated by topological defects.
机译:实验上知道,Na的熔化温度T-m(p)作为压力p的函数随着p out的增加而增加,类似于20GPa,然后通过最大值。在这里,我们将行为解释为从低压下的经典Wigner样bcc核结构转变为约60GPa的结构,在该结构中,熔化是由拓扑缺陷介导的。

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