Study of anticorrosive resistance of pigmented coatings by potentiodynamic measurements
Provider: Ministerstvo školství, mládeže a tělovýchovy
Programme: Interní rozvojová soutěž
Implementation period: 01.01.20 - 30.11.20
Workplace:
Fakulta chemicko-technologická - Ústav chemie a techn.makromolekul.látek
Investigator: Kohl Miroslav
Description:
The scope of this project is innovation of the existing study subject Labs I (UCHTML / C089) for a master's program. The new laboratory exercise which will be focused on study the anticorrosive efficiency of organic coatings pigmented with synthesized pigments. The anticorrosive efficiency of prepared organic coatings will be studied by potentiodynamic measurements. These methods will measure potentiodynamic curves. Passivation potential, critical passivation current density, current density, transpasivation potential will be evaluated from potentiodynamic curves. Within the study of these organic coatings by electrochemical methods the new themes for future graduate works will be found.
The scope of this project is innovation of the existing study subject Labs I (UCHTML / C089) for a master's program. The new laboratory exercise which will be focused on study the anticorrosive efficiency of organic coatings pigmented with synthesized pigments. The anticorrosive efficiency of prepared organic coatings will be studied by potentiodynamic measurements. These methods will measure potentiodynamic curves. Passivation potential, critical passivation current density, current density, transpasivation potential will be evaluated from potentiodynamic curves. Within the study of these organic coatings by electrochemical methods the new themes for future graduate works will be found.
