- [1]Multiphase Equilibrium Calculation Framework for Compositional Simulation of CO2 Injection in Low-Temperature Reservoirs.Industrial & Engineering Chemistry Research.2019,58(5):2052-2070
- [2]Three-Phase Equilibrium Computations for Hydrocarbon–Water Mixtures Using a Reduced Variables Method.Industrial & Engineering Chemistry Research.2019,58(32):14954-14974
- [3]Reduced variables method for four-phase equilibrium calculations of hydrocarbon-water-CO2 mixtures at a low temperature.Fluid Phase Equilibria.2019,497:151-163
- [4]Reply to Comment on ‘Multiphase Equilibrium Calculation Framework for Compositional Simulation of CO2 Injection in Low-Temperature Reservoirs".Industrial & Engineering Chemistry Research.2019,58(28):12896-12897
- [5]Phase Behavior Modeling and Flow Simulation for Low-Temperature CO2 Injection.SPE Reservoir Evaluation & Engineering.2015,18(2):250-263
- [6]Fast and Robust Algorithm for Compositional Modeling: Part II – Two-phase flash computations.SPE Journal.2003:380-391
- [7]Fast and Robust Algorithm for Compositional Modeling: Part I – Stability testing.SPE Journal.2002:78-89
- [8]A thermodynamic micellization model for inhibition of asphaltene precipitation.AIChE Journal.2000,46(2):416-426
- [9]Two-phase isentropic compressibility and two-phase sonic velocity for multicomponent-hydrocarbon mixtures.SPE Reservoir Evaluation & Engineering.2000,3(4):335-341
- [10]A thermodynamic micellization model for asphaltene precipitation from reservoir crudes at high pressures and temperatures.SPE Production and Facilities.2000,15(1):58-65