First part of subject is aimed to: 1) definition of basic concepts - classification of materials, 2) study of inorganic carriers, especially from point of view of nanostructured arrangement, including nanomaterials on the basis of metal and metalloides oxides SiO2, Al2O3, TiO2, ZnO, and so on, přírodních jílových minerálů a syntetických minerálů, polysilsesquioxanes and carbon nanomaterials, 3) study of methods organo-inorganic composite materials syntheses by modification of inorganic structures by organic molecules and 4) properties of synthetised organic-inorganic structures.
In the second part the students will be introduced to practical applications of hybrid organo-inorganic composite materials concerning of their solved problems. Attention will be directed especially towards polymer nanocomposites, sorption materials, antibacterial nanocomposites, organic drugs imbendded on inorganic carriers, catalysts of organic reactions, their properties, importance and limitations for applications.
In the second part the students will be introduced to practical applications of hybrid organo-inorganic composite materials concerning of their solved problems. Attention will be directed especially towards polymer nanocomposites, sorption materials, antibacterial nanocomposites, organic drugs imbendded on inorganic carriers, catalysts of organic reactions, their properties, importance and limitations for applications.