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Project: Modelling of the supported ionic-liquid-Phase (SILP) catalyst system
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Project: Multisale simulation on the structure and dynamics of ionic liquids
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Project: Multisale simulation on the structure and dynamics of ionic liquids
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Project: Multisale simulation on the structure and dynamics of ionic liquids
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Project 1: Impact of ionic liquids on the conformation of peptides and proteins
Project 2: Ionic liquids mediated peptide acylation reactions
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Project: Ionic liquids mediated peptide acylation reactions
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Project: Dielectric spectroscopy of the dynamics and association of ionic liquids mixed with polar compounds
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Project: Dielectric spectroscopy of the dynamics and association of ionic liquids mixed with polar compounds
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Project: Experimental and theoretical studies on the mechanistic behaviour of catalytic-relevant metal complexes in ionic liquids
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Project 1: STM and QCM investigation of refractory metal electrodeposition in ionic liquids: influence of the ionic liquid on the electroreduction processes of the respective refractory metal halides
Project 2: Interfaces between ionic liquids and low temperature plasmas - A novel type of fluid/fluid interface
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Project: Interfaces between ionic liquids and low temperature plasmas - A novel type of fluid/fluid interface
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Project: Predication of physcial properties of ILs, Lithium-ILs and novel ILs with hydridoborate, alkoxymetallate and fluoroalkoxide anions
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Project 1: Predication of physcial properties of ILs, Lithium-ILs and novel ILs with hydridoborate, alkoxymetallate and fluoroalkoxide anions
Project 2: The contribution of different molecular interaction potentials to the chemical potential of ionic liquid ions in various chemical environments
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Project: Characterizations of the nature of interactions in ionic liquids co-solvent mixtures by dynamics light scattering
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Project: In situ NMR spectroscopy in ionic liquids for the investigation of solvent-solute and ionic interactions
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Project: Multiphase equilibria in systems containing ionic liquids: Experimental investigations of phenomena and molecular modeling
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Projekt: The study of the vapor pressure and the heat of vaporization of ionic liquids
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Project: Dynamics of Ionic Liquids by means of Quasielastic Neutron Scattering
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Project: Theoretical investigation of intermolecular forces in ionic liquids: Dynamics and structure of ionic liquids and interaction with other chemicals with respect to reaction and solvent properties
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Project: Ionic liquids with transition metal complex anions - magnetic ionic liquids
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Project: Understanding the interaction between enzymes, ionic liquids, dissolved substrates and water for reactions in solution and gas phase
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Project: Temperature dependence of the surface electronic structure, solvention properties of simple atoms and ionic and irradiation induced degradation of ionic liquids studied by electron spectroscopy and density functional theory
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Project: The contribution of different molecular interaction potentials to the chemical potential of ionic liquid ions in various chemical environments
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Project 1: Interactions, Dynamics and Structure in the Ionic Liquid-scCO2 system
Project 2: Chiral Functionalised Ionic Liquids as Reaction Media (with Dr. Jürgen Klankermayer)
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Project: Time-resolved laser spectroscopy of rective and nonreactive process in ionic liquids and their mixtures with carbon dioxide
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Project: Time-resolved laser spectroscopy of rective and nonreactive process in ionic liquids and their mixtures with carbon dioxide
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Project: Intermolecular interactions in ionic liquids and Mixtures with molecular solvents probed by Far FTIR and FT-Raman spectroscopy
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Project 1: Ionic liquid crystals and their structure, thermal, luminescent and magnetic properties
Project 2: Transition metal compounds as probes for ionic liquid acidity
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Project: Viscosities and other dynamic properties of ionic liquids by molecular dynamics simulations and structure-properts relations
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Project: Characterizations and kinetics of microheterogeneities in ionic liquids
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Project: Polarity of pure ionic liquids and at the phase boundary with inorganic solid catalysts
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Project: Shaping micro- and macroscopic properties of ionic liquid-solute systems: multifunctional task-specific (solvent, catalyst, water scavenger) agents
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Project: Ionic liquid surface science
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Project: Interactions between Ionic Liquids and Radicals
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Participants
