'Pure component' presentation slideshows

4. Chemical Potential in Mixtures

4. Chemical Potential in Mixtures. When we add dn moles of a component to n moles of itself, we will observe (?) a change in Gibbs energy of: where m i,T,P represents the chemical potential of the pure component.

993 views • 28 slides

6. Coping with Non-Ideality SVNA 10.3

6. Coping with Non-Ideality SVNA 10.3. Up until now, we have considered only ideal mixtures that (unfortunately) do not represent many cases experienced in practice. Non-ideality can take two forms: Deviations in pure component behaviour e.g. pure gases at high pressure

345 views • 19 slides

Phase Diagram

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Calculating ? i v from the Virial EOS SVNA 11.6

Calculating ? i v from the Virial EOS SVNA 11.6. We have used the virial equation of state to calculate the fugacity and fugacity coefficient of pure, non-polar gases at moderate pressures. Under these conditions, it represents non-ideal PVT behaviour of pure gases quite accurately

269 views • 5 slides

Equilibrium State of a Reactive Liquid Phase

Equilibrium State of a Reactive Liquid Phase. For reactions occurring in a liquid phase, our equilibrium expression holds:

236 views • 5 slides