38 research outputs found
Investigation of asphaltene precipitation in miscible gas injection processes: experimental study and modeling
Full text linkAn assessment on the use of the debye-hückel equation for the thermodynamic modeling of aqueous systems containing polymers and salts
Full text linkModeling Process Partitioning of Biomolecules in Polymer-Polymer and Polymer-Salt Aqueous Two-Phase Systems (ATPS) using an Extended Excess Gibbs Energy Model
No full textPrediction of Surface Tension of Pure Hydrocarbons by An Artificial Neural Network System
Full text linkStudy of VLE phase behavior and correlating the thermophysical properties of polymer solutions using a local composition‐based model
No full textPrediction of the Partition Coefficients of Biomolecules in Polymer–Polymer Aqueous Two-Phase Systems Using the Artificial Neural Network Model
Full text linkA New Hydration Model in Correlating the Mean Ionic Activity Coefficient and Density of Aqueous Electrolyte Solutions
Full text linkA New Cubic Equation of State for Predicting Phase Behavior of Hydrocarbons
No full textIn this work, a two parameter cubic equation of state is presented. The parameters of the new cubic equation of state are considered temperature dependent. For calculating the thermodynamic properties of a pure hydrocarbon, this equation of state requires the critical temperature, the critical pressure and the acentric factor of hydrocarbon. The proposed equation of state is applied for PVT and VLE calculations of different pure hydrocarbons and fluid mixtures. The results are compared with those obtained by two commonly used cubic equation of state. The comparisons indicate that the new equation of state yields better results
