(Including but not limited to the following topics)
Track 1: Coating Technology
High-performance wear-resistant, corrosion-resistant and oxidation-resistant coatings
Thermal barrier coatings and extreme environment protection technology
Smart response coatings (self-healing, self-cleaning, thermosensitive/optically sensitive coatings)
Biomimetic and multi-functional composite coating design
Nano coatings and superhydrophobic/superhydrophilic surface technology
Gas-phase deposition (PVD/CVD), thermal spraying and sol-gel coating processes
Multiscale characterization techniques for coating structure and performance
Life prediction and failure analysis of coatings
Track 2: Materials Chemistry
Electrochemical materials
Microstructure material design
New energy materials
Chemical physics
Optical materials
Biomimetic intelligent materials
Processing, manufacturing and application
Environment and energy
Surface chemistry
New functional inorganic non-metallic materials
Colloids and interface chemistry
Environmental remediation and green materials
Track 3: Protective Technology
Advanced protective coatings (ceramic coatings, nano coatings, MAX phase coatings)
Self-repairing coatings and intelligent anti-corrosion materials
Design of corrosion inhibitors and green environmentally friendly corrosion control technologies
New progress in cathodic protection and anodic protection technologies
Surface treatment technologies (plasma spraying, laser cladding, PVD/CVD)
Research on organic-inorganic hybrid anti-corrosion coatings
Development and application of biobased/biodegradable protective materials
Extreme environment protective materials (high-temperature resistance, corrosion resistance, erosion resistance)
Anti-corrosion composite materials (carbon fiber reinforced, graphene modified, etc.)
Corrosion monitoring and intelligent sensing technology
Case analysis and life prediction of anti-corrosion engineering
Environmental-friendly surface treatment and low-VOCs protective technology ......