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Unified low-parametrical equation of state for engineering calculations of thermodynamic properties of substances

机译:统一的低参数状态方程,用于物质热力学性质的工程计算

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The new simple semi empirical equation of state for description of P-ρ-T data of “normal” substances was specified. New equation of state has 10 individual adjustable coefficients and it describes thermal properties of gas, liquid and fluid in the main with the accuracy within the error of experimental data, except of critical region. The caloric properties and the speed of sound of argon, nitrogen and carbon dioxide were calculated with the help of known thermodynamic equations and in general divergences between calculated and tabular caloric data do not exceed the experimental error. New equation can be used for engineering calculations at the deficit of experimental data, especially on the caloric properties of substances.
机译:指定了用于描述“正常”物质的P-ρ-T数据的新的简单半经验状态方程。新的状态方程具有10个独立的可调系数,它描述了主要气体,液体和流体的热特性,其精度在实验数据误差范围内(关键区域除外)。借助已知的热力学方程式计算了氩气,氮气和二氧化碳的热性能和声速,通常,计算出的热值和表格热值之间的差异不会超过实验误差。新的方程式可以在缺乏实验数据的情况下用于工程计算,尤其是在物质的热性质方面。

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