A. High-Temperature and Engineering Ceramics A10

Structural Ceramics, Structural Composites, Strength, Toughness, Fracture, Reliability, Deformation, Tribology, Fatigue, Thermal Propertiesrefractories, Corrosion And Oxidation Resistance, Thermal Barrier Coatings

B. Electronic Ceramics

B1. Dielectric Materials B10
Ferroelectrics, Piezoelectrics, Ceramic Condensers, High-Frequency Materials

B2. Coducting Materials B20
Electronic Functional Materials, Electrodes, Semiconducting Ceramics, Sensors, Ionic Conductors

B3. Magnetic Materials B30
Magnetically Susceptible Materials , Magnetic Materials

C. Glasses and Photonics C10

Oxide Glass, Non-Oxide Glass, Glass-Ceramics, Laser  Processing, Photonic Crystal, Luminescent Materials, Phosphorescent Materials, Electro-Optical Materials, Magneto-Optical Materials, Light Emitting Diodes, Semiconductor Lasers

G. Environment and Resources-related Materials G10

Resource Recovery And Reuse, Waste Disposal And Reuse, Photocatalyst, Environmental Catalyst, Materials For Separation And Adsorption, Resource Saving

H. Energy-related Materials H10

Fuel Cells, Secondary Batteries, Solar Cells, Thermoelectric Materials, Capacitor Materials, Energy Storage Materials, Hydrogen Energy Materials, Energy Saving Materials

P. Process

P1. Liquid-phase Process P10
Sol-Gel Process, Pyrolysis, Precipitation, Hydrothermal Synthesis, Solvothermal Synthesis, Liquid Phase Deposition, Electrodeposition,  Liquid Crystal Templating

P2. Vapor-phase Process P20
PVD, CVD, Plasma Process

P3. Powder Processing P30
Powder Characterisitcs, Grinding,  Slurry, Dispersion, Forming, Drying, Sintering,  Joining, Machining

P4. Miscellaneous Processes P40
Melting Process, Thermal Spraying, Electrophoresis, Intercalation, Ion Exchange, Single Crystal Growth, Self-Propagating High-Temperature Synthesis

Q. Characterization Q10

Structural Analysis, Elemental Analysis, Analysis Of State, Micro- And Nano-Structure Analysis, Computer Simulation, Calculation Science, Development Of Analytical Method