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FLUID PHASE EQUILIBRIA

• Prediction of thermal pressure coefficient by the law of corresponding state and group contribution
  Lee, H. and Liu, G.
  page 141-152
• Excess properties and phase equilibria calculated from a generalized van der Waals equation of state for the example of the mixture methane + ethane
  Van Nhu, N. and Kohler, F.
  page 153-171
• Acoustic determination of ideal gas heat capacity and second virial coefficient of small hydrocarbons
  Esper, G., Lemming, W., Beckermann, W. and Kohler, F.
  page 173-192
• The principle of congruence and its application to compressible states
  Peters, C.J., Florusse, L.J., de Roo, J.L., Arons, J.d.S. and Sengers, J.M.H.L.
  page 193-219
• A generalized correlation for the Peng-Robinson interaction coefficients for paraffin-hydrogen sulfide binary systems
  Carroll, J.J. and Mather, A.E.
  page 221-228
• Prediction of the surface tension of petroleum cuts using a modified UNIFAC group contribution method
  Darwish, E., Al-Sahhaf, T.A. and Fahim, M.A.
  page 229-239
• Salting effect in partially miscible systems of n-butanol-water and butanone-water 2. An extended Setschenow equation and its application
  Tang, Y., Li, Z. and Li, Y.
  page 241-258
• Measurement and prediction of the bubble/dew point locus in the near-critical region and of the compressed fluid densities of the methane-carbon dioxide-n-butane ternary system
  Pan, H.-Q., Yang, T. and Guo, T.-M.
  page 259-271
• Vapour-liquid equilibrium data for the water-2-propanol system in the presence of dissolved salts
  Gironi, F. and Lamberti, L.
  page 273-286