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Volumn 278, Issue 1, 2009, Pages 1-9
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Towards the quantitative prediction of the phase behavior of polymer solutions by computer simulation
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Author keywords
Carbon dioxide; Monte Carlo simulations; Polar fluids
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Indexed keywords
AB-INITIO QUANTUM CHEMISTRY CALCULATIONS;
ANALYTICAL CALCULATIONS;
APPROXIMATE METHODS;
ATOMISTIC MODELS;
COARSE-GRAINED DESCRIPTIONS;
COARSE-GRAINED MODELS;
CONTROL PARAMETERS;
CRITICAL POINTS;
CRITICAL TEMPERATURES;
DEGREES OF FREEDOMS;
DENSITY FUNCTIONAL;
EQUATION OF STATE;
LENNARD-JONES INTERACTIONS;
LENNARD-JONES PARAMETERS;
LENNARD-JONES POTENTIALS;
LIQUID-VAPOR TRANSITIONS;
LORENTZ-BERTHELOT;
MEAN FIELDS;
MONTE CARLO CALCULATIONS;
MONTE CARLO SIMULATIONS;
PERTURBATION THEORY METHODS;
POINT PARTICLES;
POLAR FLUIDS;
PURE CARBON DIOXIDES;
QUADRUPOLAR INTERACTIONS;
QUADRUPOLE MOMENTS;
QUANTITATIVE PREDICTIONS;
SOLVENT MODELS;
SPRING CHAINS;
SUPERCRITICAL CARBON DIOXIDES;
TYPE METHODS;
UN-MIXING;
BENZENE;
CARBON DIOXIDE;
CONTROL SYSTEM ANALYSIS;
DENSITY FUNCTIONAL THEORY;
DISSOLUTION;
EQUATIONS OF STATE;
FLUIDS;
MONOMERS;
OPTICAL RESOLVING POWER;
PARAFFINS;
PERTURBATION TECHNIQUES;
PHASE DIAGRAMS;
POLYMER SOLUTIONS;
POLYMERS;
SOLVENTS;
SUPERCRITICAL FLUID EXTRACTION;
MONTE CARLO METHODS;
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EID: 62349097303
PISSN: 10221360
EISSN: 15213900
Source Type: Journal
DOI: 10.1002/masy.200950401 Document Type: Conference Paper |
Times cited : (8)
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References (33)
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