Crystal Engineering and Nanomaterials Physicochemistry Group
Team leader: prof. dr hab. Michał Ksawery Cyrański
Team leader’s e-mail address: mkc@chem.uw.edu.pl
Brief description of the research topic:
1. X-ray structural analysis of π-electron systems with strong intra- and intermolecular interactions.
2. Modeling of aromatic stabilization energy (ASE) and substituent stabilization energy (SESE).
3. General approach to the substituent effect.
4. Structural chemistry and analysis of π-electron delocalization of systems with interesting structural effects.
5. Experimental and theoretical studies on the relationship of π-electron delocalization with the strength and nature of the hydrogen bond in selected model systems of potentially important biological systems.
6. Physicochemical studies in the field of supramolecular chemistry of gaseous solvates and other chemical compounds.
7. Physicochemical studies in the field of the interaction of alcohols and amines in the solid state.
8. X-ray structural analysis of coordination and organometallic systems, e.g. metalloporphyrins.
9. Physicochemical studies of psychoactive substances.
10. Application of graph-topological models in chemistry.
11. Monitoring the course of photochemical reactions in crystals under atmospheric and high-pressure conditions using crystallographic methods.
12. Application of high-temperature environment (800-6000 K) for activation and synthesis of carbon materials.
13. Synthesis and in situ surface modification of doped graphitic carbon nitride with physicochemical characteristics.
14. Studies of complexation equilibria of transition metals onto doper graphitic carbon nitride.
15. Isolation and rafination of humic acid from waste biomass.
16. Application of humic acids for adsorptive removal of heavy metal ions from aqeous environment.