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Interrelation of Thermodynamic Parameters and Structural Characteristics, with Halides of Groups 1 and 2 Elements as an Example

机译:热力学参数和结构特征的相互关系,以第1和第2族元素的卤化物为例

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The calculations of the concentration of electrons (Celektr mole/cm3) for simple substances and binary compounds on the basis of reference data on the density of matter in the condensed state are presented. A correlation dependence of the concentration of electrons with the thermodynamic characteristics of the halides of the elements 1 and 2 groups is revealed. The concentration of electron is proposed to use as a structural characteristic of the materials. The established relationship between the structural characteristics and thermodynamic parameters has allowed to theoretically calculate the thermodynamic parameters missing in contemporary references. The using of the coefficient of consolidation based the same reference data on the density of substances in the condensed state to compare the changes of molecular volumes during chemical processes.
机译:给出了基于凝聚态物质密度的参考数据,计算出简单物质和二元化合物的电子浓度(Celektr摩尔/ cm3)。揭示了电子浓度与元素1和2的卤化物的热力学特性的相关性。提出将电子的浓度用作材料的结构特征。在结构特征和热力学参数之间建立的关系使得理论上可以计算出现代参考文献中缺少的热力学参数。固结系数的使用基于相同的参考数据,即冷凝状态下物质的密度,以比较化学过程中分子体积的变化。

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