E

E Kuhne

29 records found

Comment on 'characterization of the ability of co2 to act as an antisolvent for ionic liquid/organic mixtures'

Modeling the phase behavior of ternary systems ionic liquid + organic + CO2 with a group contribution equation of state

High-pressure phase behavior of ternary mixtures with ionic liquids, part I: the system nmim[BF4]+4-isobutylacetophenone plus CO2

New approach in the design of reactions and separations using an ionic liquid and carbon dioxide as solvents: phase equilibria in two selected ternary systems

Fluid phase behaviour of ionic liquid - based systems of interest for green processes: Experiments and Modelling
Doctoral thesis (2008) - E Kuhne (author)

Solute influence on the high-pressure phase quilibrium of ternary systems with carbon dioxide and an ionic liquid

Fluid phase behaviour of the ternary system bmim[BF4]+1-(4-isobutylphenyl1)-ethanol+carbon dioxide

Fluid phase behavior of ternary mixtures of ionic liquid + organic + CO2: measurements and modeling

Fluid phase behaviour of the ternary system bmim[bf4]+1-(4-isobutylphenyl)-ethanol+carbon dioxide

High-pressure phase behaviour of ternary mixtures with ionic liquids. Part I: the system bmim [BF4]+4-isobutyllacetophenone+CO2

Modeling of high-pressure phase equilibria of ternary systems ionic liquid-organic CO2 with the GC-EOS

Phase equilibria in ternary mixtures of teh ionic liquid bmim[BF4], (S)-naproxen and CO2 to determine optimum regions for green processing

High-pressure phase behavior of ternary mixtures with ionic liquids, part I: the systems bmim[bf4]+4-isobutylacetophenone + co2

Phase equilibria in ternary mixtures of the ionic liguid bmim[bf4], (s-)naproxen and co2 to determine optimum regions for green processing

High-pressure phase equilibrium of ionic liquid - organic - CO2 ternary systems

High-pressure phase equilibrium of ionic liquid - organic - CO2 ternary systems

Solute influence on the high-pressure phase equilibrium of ternary systems with carbon dioxide and an ionic liquid

High-pressure phase behavior of ionic liquid - carbon dioxide based ternary systems: solute influence on the miscibility switch phenomenon

High-pressure phase behavior of ionic liquid - carbon dioxide based ternary systems: solute influence on the miscibility switch phenomenon

Some innovation tools for supercritical carbon dioxide technologies