- Thermodynamics and structure of solutions, intermolecular interactions in solutions - thermodynamic, spectroscopic and theoretical studies:
- spectroscopic studies and ab initio calculations concerning hydration of non-electrolytes, electrolytes and hydrophobic hydration, including biologically active compounds,
- simulations of aqueous solutions of model substances and biomolecules with molecular dynamics,
- studies on thermodynamic properties and structure of solvated ions, particularly metal cations,
- characterisation of intermolecular interactions in two-component solvents,
- molar volumes, isobaric expansibilities and adiabatic compressibilities of salts and individual ions in water, non-aqueous solvents and two-component solvents
- Physicochemical foundations of environmental analysis
- studies on the possibilities of using membranes in solid phase microextraction (SPME) and the applications of the developed probe in the determination of polar organic compounds
