Laboratory of Organic Chemistry and Functional Materials
The laboratory includes several interdisciplinary research areas:
1. New reagents based on hypervalent halogens.
2. Synthesis of organic stable radicals based on verdazils, including polyradical systems.
3. Non-valent interactions in the chemistry of materials (supported by 220PP).
4. Methods and approaches to covalent modification of surfaces and their application in the design of materials.
5. Transformations on the surface of plasmon-active materials and semiconductors.
6. Functional waste recycling.
- XPS spectroscopy
- UV spectroscopy
- IR spectroscopy
Research directions
Functional waste recycling
The use of polymer waste to create new functional materials
Transformations on the surface of plasmon-active materials and semiconductors
New methods for initiating reactions on the surface of plasmon-active and/or semiconductor materials
Methods and approaches to covalent surface modification and their application in material design
Synthesis of new hybrid materials for applications in medicine, sensors, as well as for creating surfaces with controlled properties
Non-valent interactions in the chemistry of materials (supported by 220PP)
Supramolecular ensembles based on non-valent interactions. Synthesis of new tectons. Development of materials based on them
Synthesis of organic stable radicals based on verdazils, including polyradical systems
Development of methods for the synthesis of stable radicals based on verdazils and their derivatives, including polyradical systems. Investigation of their properties
New reagents based on hypervalent halogens
New reagents based on hypervalent halogens: synthesis, properties and application in OS
Publications and patents
Partners
