Person | TU Delft Repository

Functioning devices for solar to fuel conversion

Journal article (2012) - G. Mul, C.S. Schacht, WPM van Swaaij, J.A. Moulijn

Phase behaviour of the system linear polyglycerol + methanol + carbon dioxide

Journal article (2011) - C.S. Schacht, C Schuell, H Frey, T.W. de Loos, J. Gross

Determining the influence of molecular structure on the physical properties of complex solvents

Doctoral thesis (2011) - C.S. Schacht

Using an analytic equation of state to obtain quantitative solubilities of CO2 by molecular simulation

Journal article (2011) - C.S. Schacht, T.J.H. Vlugt, J. Gross

Application of infinite dilution activity coefficients for determining binary equation of state paremeters

Journal article (2010) - C.S. Schacht, L.F. Zubeir, T.W. de Loos, J. Gross

Phase behaviour of hyperbranched polyglycerol + methanol + CO2 systems: experiment and modeling

Poster (2010) - C.S. Schacht

Comparison of the phase behaviour of linear and hyperbranched polyglycerols in mixtures with methanol and carbon dioxide

Poster (2010) - C.S. Schacht, S Bahramali, J. Gross, T.W. de Loos

Phase behaviour of hyperbranched polyglycerol + methanol + CO2 systems: experiment and modeling

Abstract (2010) - C.S. Schacht

Phase behaviour of the system hyperbranched polyglycero + methanol + carbon dioxide

Journal article (2010) - C.S. Schacht, S Bahramali, D Wilms, H Frey, J. Gross, T.W. de Loos

Phase behaviour of hyperbranched polymer systems: experiments and application of the pertubed-chain polar SAFT equatation of state

Journal article (2009) - MK Kozlowska, Bas F Jürgens, C.S. Schacht, J. Gross, T.W. de Loos

Thermodynamics of hyperbranched polymers - co2 - systems: facilitating thermal separation processes

Abstract (2009) - C.S. Schacht

Using infinite dilution activity coefficients for determining binary equation of state parameters

Conference paper (2009) - C.S. Schacht, L.F. Zubeir, T.W. de Loos, J. Gross

Thermodynamics of hyperbranched polymers - CO2 - systems : faciliting thermal separation processes

Poster (2008) - C.S. Schacht, J. Gross, Peter J. Jansens

An equation of state accounting for the structure of hyperbranched polymers

Abstract (2008) - C.S. Schacht, T.W. de Loos, Peter J. Jansens, J. Gross

Solubility of CO2 in solutions of hyperbranched polymers. Search for green process solvents

Abstract (2007) - MK Kozlowska, C.S. Schacht, B Jürgens, T.W. de Loos, Peter J. Jansens

Thermodynamics of hyperbranched polymers - CO2 - systems: facilitating thermal separation processes

Poster (2007) - C.S. Schacht, J. Gross, Peter J. Jansens

C.S. Schacht

Authored

Functioning devices for solar to fuel conversion

Phase behaviour of the system linear polyglycerol + methanol + carbon dioxide

Determining the influence of molecular structure on the physical properties of complex solvents

Using an analytic equation of state to obtain quantitative solubilities of CO2 by molecular simulation

Application of infinite dilution activity coefficients for determining binary equation of state paremeters

Phase behaviour of hyperbranched polyglycerol + methanol + CO2 systems: experiment and modeling

Comparison of the phase behaviour of linear and hyperbranched polyglycerols in mixtures with methanol and carbon dioxide

Phase behaviour of hyperbranched polyglycerol + methanol + CO2 systems: experiment and modeling

Phase behaviour of the system hyperbranched polyglycero + methanol + carbon dioxide

Phase behaviour of hyperbranched polymer systems: experiments and application of the pertubed-chain polar SAFT equatation of state

Thermodynamics of hyperbranched polymers - co2 - systems: facilitating thermal separation processes

Using infinite dilution activity coefficients for determining binary equation of state parameters

Thermodynamics of hyperbranched polymers - CO2 - systems : faciliting thermal separation processes

An equation of state accounting for the structure of hyperbranched polymers

Solubility of CO2 in solutions of hyperbranched polymers. Search for green process solvents

Thermodynamics of hyperbranched polymers - CO2 - systems: facilitating thermal separation processes