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The predictions of the critical point parameters for Al, Cu and W found from the correspondence between the critical point and unit compressibility line (Zeno line) positions

机译:从临界点和单位可压缩线(Zeno线)位置之间的对应关系中发现的Al,Cu和W临界点参数的预测

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We make some predictions with respect to the critical parameters of AI, Cu and W (critical parameters of which lie in the phase domain still inaccessible for experiment) on the basis of the correspondence between the critical point and unit compressibility line (Zeno line) positions in the temperature-density plane using two new similarity relations. These ones rely on the fact that the Zeno line must be tangential to the extension of the liquid branch of the binodal at zero temperatures and correctly describe its low-temperature part. We show also that the compressibility factor at the critical point can not exceed 0.32 for the Lennard-Jones like systems.
机译:我们根据临界点和单位可压缩线(Zeno线)位置之间的对应关系,对AI,Cu和W的临界参数(其临界参数仍处于实验中无法获得的相位)进行一些预测。在温度密度平面上使用两个新的相似关系。这些依赖于以下事实,即芝诺线必须与零温度下双节线的液体分支的延伸相切,并正确描述其低温部分。我们还表明,对于类似Lennard-Jones的系统,临界点处的可压缩系数不能超过0.32。

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