The study aims to explore the use of functionalized metal-organic frameworks for improving corrosion protection in carbon steel through interfacial chemistry.
Synthesize metal-organic frameworks embedded with carbon dots
Characterize the interfacial properties of the synthesized materials
Analyze the corrosion resistance of carbon steel coated with the frameworks
Functionalized frameworks significantly improve corrosion resistance in carbon steel
The interfacial chemistry reveals key mechanisms contributing to the protective effects