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Yiwen Zhang, Bo Bao
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Development of multiple explicit data-driven models for accurate prediction of CO2 minimum miscibility pressure
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Effect of CO2 mass transfer on rate of oil properties changes: application to CO2-EOR projects
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Determination of mass transfer parameters and swelling factor of CO2-oil systems at high pressures
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Prediction of the minimum miscibility pressure for CO2 flooding based on a physical information neural network algorithm
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Microfluidic investigation on microscopic flow and displacement behavior of CO2 multiphase system for CCUS-EOR in heterogeneous porous media
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Multicomponent diffusion coefficients from microfluidics using Raman microspectroscopy
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Microfluidic studies on minimum miscibility pressure for n-decane and CO2
10.3390/en16134994 · doi-reference
Microfluidics-based electrophoretic capture and Raman analysis of micro/nanoplastics
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Supercritical CO2: properties and technological applications - a review
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Fast fluorescence-based microfluidic method for measuring minimum miscibility pressure of CO2 in crude oils
10.1021/ac5047856 · doi-reference
Micro-Raman technology to interrogate two-phase extraction on a microfluidic device
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Phase behavior of CO2/toluene, CO2/n-decane and CO2/toluene/n-decane: experimental measurements and thermodynamic modeling with SAFT-VR Mie equation of state
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