Similar Items: Extending SAFT-VR Mie to the global phase behaviour of CO2 and its mixtures
- Comparing the group-contribution SAFT-γ Mie equation of state with SAFT-VR Mie
- Improving the understanding of the complex phase behaviour of mixtures containing various organics and supercritical carbon dioxide
- Modelling and uncertainty propagation of measured phase equilibrium data for the 1-nonanol, n-hexadecane, and supercritical carbon dioxide system
- Measurement and modelling of the vapour-liquid equilibria of binary mixtures of water and alkanols
- Improvement of the thermodynamic description of polar molecules and their mixtures in the SAFT framework
- Developing the s-SAFT-γ Mie equation of state toward nonaqueous alkanolamine-based carbon capture systems
Author: Schwarz, Cara Elsbeth
- Extending SAFT-VR Mie to the global phase behaviour of CO2 and its mixtures
- Phase behaviour and physical properties (density and viscosity) of supercritical CO2 + (1-octanol and/or n-alkanes)
- Phase equilibria measurements and modelling of {water + cyclohexane + ethanol + 1-propanol} system
- Adsorption of 3,7-dimethyl-1-octanol in single and binary mixtures using Selexsorb CD®
- Fundamental behaviour and micronisation of Fischer-Tropsch waxes via supercritical CO2 PGSS processing
- The processing of wax and wax additives with supercritical fluids