1. Introduction to macromolecular chemistry, current trends, classification and nomenclature of polymers.
2. Structure and physical properties of macromolecules, molecular weight, polymer morphology.
3. Synthesis and mechanisms of formation of macromolecules, step polymerization reaction, chain polymerization reaction - radical, ionic, ring opening polymerization, coordination polymerization, copolymerization.
4.Polymerization reactions - block, solution, emulsion, suspension, precipitation, supercritical, in ionic liquids.
5. Reactivity of polymers, reaction of polymer chains and modification of polymers, degradation of polymers.
6. Analytical methods for characterization of polymers, characterization of chemical structure of polymers.
7. Characterization of morphology and physical structure of polymers.
8. Characterization of thermal properties of polymers.
9. Examples of technologically significant polymers.
10. Natural macromolecules, structure, properties, applications.
11. Biodegradable and bioanalogical polymers, structure, properties, synthesis and applications.
12. Nanotechnology in polymeric applications.
13. Use of polymers in advanced technologies and materials for membrane production and biomedical applications.
14. Use of polymers in advanced technologies and materials in electronics and energy.
2. Structure and physical properties of macromolecules, molecular weight, polymer morphology.
3. Synthesis and mechanisms of formation of macromolecules, step polymerization reaction, chain polymerization reaction - radical, ionic, ring opening polymerization, coordination polymerization, copolymerization.
4.Polymerization reactions - block, solution, emulsion, suspension, precipitation, supercritical, in ionic liquids.
5. Reactivity of polymers, reaction of polymer chains and modification of polymers, degradation of polymers.
6. Analytical methods for characterization of polymers, characterization of chemical structure of polymers.
7. Characterization of morphology and physical structure of polymers.
8. Characterization of thermal properties of polymers.
9. Examples of technologically significant polymers.
10. Natural macromolecules, structure, properties, applications.
11. Biodegradable and bioanalogical polymers, structure, properties, synthesis and applications.
12. Nanotechnology in polymeric applications.
13. Use of polymers in advanced technologies and materials for membrane production and biomedical applications.
14. Use of polymers in advanced technologies and materials in electronics and energy.