1. Characteristics and structure of the surface of engineering materials.
2. Corrosion - nature and types of corrosive attack.
3. Chemical and electrochemical corrosion.
4. Corrosion protection, corrosion tests.
5. Mechanical surface treatment of engineering materials.
6. Chemical surface treatment of engineering materials.
7. Oxide coatings.
8. Formation of coatings in a vacuum.
9. Glass and glass-ceramic coatings and their creation.
10. Organic Coatings - paintings, creation and use.
11. Electrolytic coatings - galvanics.
12. Thermo-diffusion coatings.
13. Thermal spray coatings.
14. Quality control surface and coating systems.
2. Corrosion - nature and types of corrosive attack.
3. Chemical and electrochemical corrosion.
4. Corrosion protection, corrosion tests.
5. Mechanical surface treatment of engineering materials.
6. Chemical surface treatment of engineering materials.
7. Oxide coatings.
8. Formation of coatings in a vacuum.
9. Glass and glass-ceramic coatings and their creation.
10. Organic Coatings - paintings, creation and use.
11. Electrolytic coatings - galvanics.
12. Thermo-diffusion coatings.
13. Thermal spray coatings.
14. Quality control surface and coating systems.