1. Layered materials, intercalation, types of the intercalated materials
2. Properties of the intercalated materials, host lattices, intercalation reactions, methods used for the intercalation.
3. The methods used for the study of the structure of the intercalated materials.
4. The methods used for the study of the texture of the intercalated materials.
5. The methods for the study of the optical properties of the intercalated materials.
6. Cation exchange capacity of clay minerals.
7. Intercalation of clay minerals, organo-clay complexes.
8. Preparation and properties of clay/polymer composites.
9. Preparation and the properties of clay/(conductive polymer) composites
10. Preparation and the properties of photofunctionable intercalated clay minerals.
11. Pillared and porous clay heterostructures.
12. Other types of the intercalated materials.
13. The examples of the practical utilization of the intercalated materials.
14. Presentation of the students’ projects.
2. Properties of the intercalated materials, host lattices, intercalation reactions, methods used for the intercalation.
3. The methods used for the study of the structure of the intercalated materials.
4. The methods used for the study of the texture of the intercalated materials.
5. The methods for the study of the optical properties of the intercalated materials.
6. Cation exchange capacity of clay minerals.
7. Intercalation of clay minerals, organo-clay complexes.
8. Preparation and properties of clay/polymer composites.
9. Preparation and the properties of clay/(conductive polymer) composites
10. Preparation and the properties of photofunctionable intercalated clay minerals.
11. Pillared and porous clay heterostructures.
12. Other types of the intercalated materials.
13. The examples of the practical utilization of the intercalated materials.
14. Presentation of the students’ projects.