Investigation of the Properties of Substances on the Boundary Curves of Liquid-Vapor Phase Transition
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A new approach to construction of generalized dependences for different properties of substances is proposed. A study is made of the changes in the difference in the properties of various substances on the boundary curves of liquid-vapor phase transition. Generalization results obtained in processing of experimental data on the thermodynamic and transport properties of substances on the boundary curves of liquid-vapor transition of monatomic and multiatomic gases, normal and polar organic and inorganic liquids, alkali metals, and mercury are discussed. An analogous approach may be used in studying solid body-liquid and solid body-gas phase transitions.
KeywordsExperimental Data Mercury Phase Transition Statistical Physic Transport Property
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