Prediction of liquid-liquid equilibria by an analytical solutions of groups.
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概要
著者
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Tochigi Katsumi
Department Of Industrial Chemistry Nihon University
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Kojima Kazuo
Department Of Applied Chemistry College Of Life Sciences Ritsumeikan University
関連論文
- Recommended NRTL Model Parameters by Simultaneous Correlation of VLE, Infinite Dilution Activity Coefficients and Excess Enthalpy Data
- Left-sided hepatic hydrothorax diagnosed by contrast-enhanced ultrasonography with intraperitoneal injection of Levovist
- Determination of ASOG Parameters—Extension and Revision
- Serum and tissue PIVKA-II expression reflect the biological malignant potential of small hepatocellular carcinoma
- Spectroscopic Properties of Er^-Doped Al_2O_3-GeO_2 Gel
- Tumor Cell Proliferation of Hepatocellular Carcinoma, with Special Reference to Ultrasonographic Findings and Arterial Vascularity by US Angiography
- Prediction of Phase Equilibria for Systems Containing Phenols, Water, And CO_2 Using PRASOG
- Liquid-Liquid Solubilities for the Binary Systems of Methanol with Octane and 2, 2, 4-Trimethylpentane
- Extraction of Lactic Acid Using Long Chain Amines Dissolved in Non-Polar Diluents
- Preparation of undoped and Tb^-doped fluorescent HfO_2 spherical particles
- Measurement of Isobaric Vapor-Liquid Equilibria for Binary Systems Containing Tetrahydrofuran Using an Automatic Apparatus
- New Method for Determining Antoine Constants
- MEASUREMENT OF INFINITE DILUTION ACTIVITY COEFFICIENT AND APPLICATION OF MODIFIED ASOG MODEL FOR SOLVENT-POLYMER SYSTEMS
- Measurement of Vapor-Liquid Equilibria for Binary Systems Using a Hold-Up Compensable Ebulliometer
- DETERMINATION OF THE BINARY CROSS VIRIAL COEFFICIENT IN THE WONG-SANDLER MIXING RULE FOR CUBIC EQUATIONS OF STATE
- PREDICTION OF VLE USING ASOG AND ZERO PRESSURE G^E MIXING RULE CONSISTENT THE SECOND VIRIAL COEFFICIENT CONDITION
- PREDICTION OF EXCESS ENTHALPY AND EXCESS ENTROPY USING MODIFIED UNIFAC GROUP CONTRIBUTION METHODS
- PREDICTION OF VAPOR-LIQUID EQUILIBRIA BY USIMG EQUATIONS OF STATE WITH ZERO-PRESSURE EXCESS GIBBS ENERGY MIXING RULES. THE RKU2 MODEL FOR MODERATE TEMPERATURES
- PSRK PREDICTION OF CRITICAL POINTS IN BINARY MIXTURES CONTAINING ALKANES OR CYCLOALKANES
- THERMODYNAMIC ANALYSIS OF CHEMICAL PROCESSES: ASOG-BASED METHODS FOR THE PREDICTION OF EXCESS ENTHALPY AND EXCESS ENTROPY
- Study of Multi-Component Batch Distillation Calculation with Parameters Estimated Using Simple Distillation
- Isobaric Vapor-Liquid Equilibria for Ethylbenzene + p-Xylene System and Separation by Distillation
- Determination of ASOG Parameters-Extension and Revision
- Revision of ASOG Parameters for Systems Containing Hydrofluoroethers
- Prediction of vapor-liquid equilibria with chemical reaction by analytical solutions of groups.
- Activity coefficients for water+phenol system.
- Extraction of Lactic Acid Using Long Chain Amines Dissolved in Non-Polar Diluents
- THERMODYNAMIC RELATIONS FOR TESTING CONSISTENCY OF TERNARY VAPOR-LIQUID EQUILIBRIUM DATA
- Pressure and temperature effects on octahedral-tetrahedral equilibria in pyridine solutions of some cobalt(II) halides.
- Pressure and temperature effects on octahedral-tetrahedral equilibria in pyridine solutions of some cobalt(II) halides. II.
- Absorption spectra of tetrahedral Co(II) in single crystals of (N(CH3)4)2(CoX4) (X=Cl, Br).
- Absorption spectra of tetrahedral Co(III) and Co(II) complexes in heteropolytungstates.
- Optical and ESR spectra for high-spin tetrahedral complexes of Co(III) and Co(II) in Keggin-structure heteropolytungstate.
- Prediction of liquid-liquid equilibria for ternary systems by the asog method.
- Prediction of high pressure vapor-liquid equilibria with mixing rule using ASOG group contribution method.
- Prediction of liquid-liquid equilibria by an analytical solutions of groups.
- Pressure and temperature effects on octahedral-tetrahedral equilibria in 3-methylpyridine solutions of some cobalt(II) halides.
- Prediction of solid-liquid equilibria using asog.
- Vapor-liquid equilibria for the acetone-ethanol-n-propanol-tert-butanol-water system.
- Determination of new ASOG parameters.