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Dependence of Vapor Fugacity on Temperature, Pressure, and Composition

DEPENDENCE OF VAPOR FUGACITY ON TEMPERATURE, PRESSURE, AND COMPOSITION [Pg.144]

In this section, we consider a binary solution in equilibrium with vapor. We shall investigate in some detail the dependence of the vapor fugacities on temperature, pressure, and composition. [Pg.144]

The total derivative of the chemical potential of component 2 in the liquid (/) phase may be written [Pg.144]

A similar equation can be written for component 1. It is clear by application of the phase rule that T, p, and X2 cannot all be varied independently in this two-component, two-phase system. [Pg.144]

See other pages where Dependence of Vapor Fugacity on Temperature, Pressure, and Composition is mentioned: [Pg.116]   


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