Table Of Content

Fluid Phase Equilibria 125 (1996) 283-284 Subject Index Absorption coefficient, 275 Gas absorption, 195 Acetic acid vapor, 67 Gibbs ensemble Monte Carlo, | Adiabatic calorimeter, 177 Glucoamylase, 89 Alcohols, 21 Group contribution, 21 Alkane, 55 Alkanes, 21 Heat capacity, 45, 177, 219 Alkanol, 55 Henry’s constant, 129 a-Amylase, 89 Hexadecane, 103 B-Amylase, 89 HFC-125, 45 Aromatics, 21 High pressure, 103 Azeotrope, 79 Hydrocarbons, 159 Benzene, 103, 235 Interfacial properties, 159 Binary diffusivity, 235 Isochoric heat capacity, 169 Binary mixture, 103 Butane, 267 Lattice fluid theory, 21 Lennard-Jones, 1 Calorimeter—piezometer, 169 Lennard—Jones potential, 13 Carbon dioxide, 1, 21, 235 Liquid alloys, 185 Computer simulation, | Liquid—liquid, 89 Condensation, 195 Liquid surface, 195 Consistency test, 79 Local composition model, 13 Cosolvent, 115 Critical phenomena, 1 Mercury, 149 Critical state, 149, 177 Method, 169, 275 Critical state data, 139 Method of calculation, 55, 67, 257 Cyclohexane, 103 Methods of calculation, 185 Mixing rules, 33 Data, 55, 67, 89, 115, 129, 149, 159, 219, 235, 245, 257, 267 Mixture, 55, 177, 219 Density, 55, 67, 169 Mixtures, 1, 185 Density fluctuation, | Modified Flory—Huggins equation, 89 Dextran, 89 Molecular dynamics, | Diffusion coefficient, 219 Molecular simulation, 195 Dynamic viscosity, 205 Molecular weight distributions, 89 Enthalpies, 185 Naphthalene, | Equation of state, 21, 45, 67, 177 Equilibria, 79 Partition coefficients, 89 Evaporation, 195 Pentafluoroethane, 45 Experiment, 129, 169, 235, 275 Phase equilibria, 13, 169 Experimental, 79, 267 Polymer, 129 Experimental method, 149, 245 Polymers, 89 Experimental methods, 219 Prediction method, 205 Experiments, 89, 115, 159 Propane, 267 284 Subject Index Proteins, 89 Statistical mechanics, 33 Pure, 219, 245 Supercritical fluid extraction, 115 P-V-T, 169 Tetradecane, 103 Radial distribution function, 33 Theory, 1, 185 Radiation transfer, 275 Thermal conductivity, 219, 245, 267, 275 Refrigerant, 257 Thermophysical properties, 45 Refrigerants, 205 Transport properties, 235 Two-fluid model, 33 Saturation properties, 139 Semi-transparent liquid, 275 Van der Waals approximation, 33 Simultaneous measurement, 275 Vapor, 55, 257 Solid-fluid equilibria, 115 Vapor-liquid equilibria, 139, 149, 195 Solid-liquid equilibria, 103 Vapor pressure, 45 Solubility, 115 Vapour-liquid equilibria, 245 Solubility of gas, 129 Viscosity, 219, 257 Solvation structure, | Sound velocity, 219 Water, 89 Spectroscopy, 219, 245 Water solution, 159 Fluid Phase Equilibria 125 (1996) 285 Author Index Arai, Y., 89, , 115 Koga, Y., 115 Saito, S., 13 Amold, D., 149 Kozhevnikov, V., 149 Sato, K., 159 Kraft, K., 245 Sato, Y., 129 Bich, E., 67 Saville, G., 33 Latini, G., 205 Shakbanov, K.A., 177 Cha, S.B., 33 Lee, C.S., 21 Stepanov, G.V., 177 Leipertz, A., 219, , 245 Fenghour, A., 33 Tadokoro, H., 275 Fujisaki, T., 275 Takaba, H., 1 Malysheva, L.V., 177 Fujiwara, K., 129 Masuoka, H., 129 Takishima, S., 129 Funazukuri, T., 235 Matsumoto, M., 195 Tanaka, M., | Furuya, T., 89 Minamiyama, T., 267 Tanaka, Y., 103 Terasaki, O., 1 Mirskaya, V.A., 169 Grodzinskii, E., 149 Tsuji, T., 79 Miyamoto, A., 1 Mukai, K., 185 Hagiwara, T., 267 Vogel, E., 55, , 67, , 257 Hata, Y., 115 Nakabayashi, N., 13 Hendl, H., 55 Wakeham, W.A., 33 Naurzakov, S., 149 Hiaki, T., 79 Wasai, K., 185 Neumann, A.-K., 67 Higashi, Y., 139 Washio, S., 275 Newsam, J.M., 1 Hongo, M., 79 Wilhelm, J., 257 Nishimoto, N., 235 Hori, M., 267 Noguchi, M., 45 Yamada, S., 89 Nozue, Y., | Ikeda, T., 139 Yamaguchi, Y., 89 Inaba, H., 159 Yamamoto, M., 115 Inomata, H., 13 Passerini, G., 205 Yata, J., 267 Iwai, Y., 89, , 115 Piao, C.-c., 45 Yoo, K.-P., 21 Polonara, F., 205 Yoo, S.J., 21 Kamilov, I.K., 169, , 177 Yoshida, A., 275 Katagiri, M., 1 Quirke, N., 1 Yurugi, M., 129 Kawakami, M., 103 Kim, H., 21 Rasulov, A.R., 177 Zhu, J., 89