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Phase Equilibria Including a Vapor Phase
Abstract As already presented in Sect. 1.2, some of the atoms or molecules tied to a solid or liquid, can, at a fixed temperature, leave the condensed phase. In a closed system a certain vapor pressure p is established, which depends, according to Eq. (1.1b), on the temperature. Equation (1.1b) is only valid when the enthalpy of vaporization dHV is independent of the temperature. This is not always true.
Phase Equilibria Including a Vapor Phase
Abstract As already presented in Sect. 1.2, some of the atoms or molecules tied to a solid or liquid, can, at a fixed temperature, leave the condensed phase. In a closed system a certain vapor pressure p is established, which depends, according to Eq. (1.1b), on the temperature. Equation (1.1b) is only valid when the enthalpy of vaporization dHV is independent of the temperature. This is not always true.
Phase Equilibria Including a Vapor Phase
Prof. em. Dr. Dr. h.c. Predel, Bruno (Autor:in) / Prof. em. Dr. Hoch, Michael (Autor:in) / Prof. em. Dr. Pool, Monte (Autor:in)
01.01.2004
19 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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