Lectures:
1. Characteristics of surface of engineering materials. Impact of the manufacturing process and corrosion on the structure and surface structure.
2. Surface structure, oxidic surface layer, classification of corrosive aggressiveness of the environment, degradation of the surface.
3. Thermodynamics and kinetics of surface processes.
4. Surface reactions. Optical surface properties.
5. Mechanical surface treatment.
6. Chemical surface pretreatment.
7. Influence of water and detection liquids on coating properties. Features of thin films.
8. Electroplating. Conversion adjustments.
9. Electrolytic excretion of metals.
10. Physical and chemical methods of applying coatings in vacuum.
11. Ionization of the ion.
12. Thermal sprays, organic coatings and their creation.
13. Inorganic non-metallic coatings.
14. Material and coating system quality control.
1. Characteristics of surface of engineering materials. Impact of the manufacturing process and corrosion on the structure and surface structure.
2. Surface structure, oxidic surface layer, classification of corrosive aggressiveness of the environment, degradation of the surface.
3. Thermodynamics and kinetics of surface processes.
4. Surface reactions. Optical surface properties.
5. Mechanical surface treatment.
6. Chemical surface pretreatment.
7. Influence of water and detection liquids on coating properties. Features of thin films.
8. Electroplating. Conversion adjustments.
9. Electrolytic excretion of metals.
10. Physical and chemical methods of applying coatings in vacuum.
11. Ionization of the ion.
12. Thermal sprays, organic coatings and their creation.
13. Inorganic non-metallic coatings.
14. Material and coating system quality control.