화학공학소재연구정보센터

Fluid Phase Equilibria

Fluid Phase Equilibria, Vol.112, No.1 Entire volume, number list
ISSN: 0378-3812 (Print) 

In this Issue (13 articles)

1 - 22 Further Development, Status and Results of the Psrk Method for the Prediction of Vapor-Liquid-Equilibria and Gas Solubilities
Fischer K, Gmehling J
23 - 32 Evaluation of the Carboxylate Chlorine Interaction Parameters Using the DISQUAC Group-Contribution Model
Farkova J, Wichterle I, Kehiaian HV
33 - 44 Methane Hydrocarbon Interaction Parameters Correlation for the Peng-Robinson and the T-Mpr Equation of State
Kordas A, Magoulas K, Stamataki S, Tassios D
45 - 61 Improving Predictions of Equation of State by Modifying Its Parameters for Super Critical Components of Hydrocarbon Reservoir Fluids
Danesh A, Xu DH, Tehrani DH, Todd AC
63 - 87 Application of the Zeroth Approximation of the DISQUAC Model to Cyclohexane Plus N-Alkane Mixtures Using Different Combinatorial Entropy Terms
Gonzalez JA, Delafuente I, Cobos JC, Casanova C, Aitkaci A
89 - 99 Prediction of Liquid Density of LNG, N-2, H2S and CO2 Multicomponent Systems by the Corgc Equation of State
Nasrifar K, Moshfeghian M
101 - 123 Modeling of Thermodynamic Properties of Associated Solutions with Equilibrium-Constants Defined on Activities
Schafer B, Lacmann R
125 - 129 Vapor-Liquid-Equilibrium in the Carbon Dioxide-Ethyl Propanoate System at Pressures from 2 to 9 MPa and Temperatures from 303 to 323 K
Wagner Z
131 - 149 Application of the Eras Model to H-E and V-E of 1-Alkanol Plus 1-Alkene and 1-Alkanol Plus 1-Alkyne Mixtures
Letcher TM, Mercerchalmers J, Schnabel S, Heintz A
151 - 156 Excess Molar Volumes of Binary-Mixtures Containing Ethylbenzene and Isomeric Xylenes at 303.65, 312.65 and 321.65 K
Jain DV, Chadha R, Sehgal SK
157 - 162 On the Temperature Calibration of a Thermooptical Apparatus
Pfohl O, Hino T, Prausnitz JM
163 - 165 On the Temperature Calibration of a Thermooptical Apparatus
Saraiva A, Persson O
167 - 168 The Correlation of the Vapor-Liquid-Equilibrium in Hydrogen Sulfide-Paraffin Hydrocarbons Using the Peng-Robinson Equation
Carroll JJ, Mather AE