| Group Leader | Group | Research Interests |
|---|---|---|
| Dr. WANG Zhen | Heteroaromatic Polymers Group |
Basic and application research of high performance polymer and composite material: (1) Thermosetting polyimide, cyanate ester and bismaleimide; (2) Thermoplastic polyimide engineering plastics; (3) High performance polyimide composite material; (4) Structure-performance relationship of colorless transparent polyimide membrane, gas separation membrane, ion exchange membrane, polyimide binder, etc.; (5) Silicon/boron containing polymers. |
| Dr. WANG Long | Advanced Functional Polymer Group |
(1) Preparation and application of bio-based polyurethane; (2) Processing and foaming of bio-based/biodegradable polymer resins; (3) Processing technology and application of bio-based coatings and adhesives; (3) Lightweighting of high-performance polymer materials. |
| Dr. LIU Fu | Advanced Polymer Functional Membranes Group |
Polymeric porous membranes: structure control, surface/interface functionalization and engineering application: (1) Polymeric hollow fibers membrane for water/wastewater treatment; (2) Superwetting polymeric membranes for oil/water separation; (3) Anti-clotting polymeric membranes for dialysis and ecmo; (4) Nano-composites membranes and membrane processes for desalination (forward osmosis, distillation, nanofiltration membranes, photo-thermal evaporation); (5) COF/MOF membranes for catalytic reaction and molecular separation. |
| Dr. ZHENG Wenge | Dr. ZHENG Wenge |
The eco-friendly polymer processing and foaming technologies, including polymer foaming technology and its application: (1) Design, preparation and functional application of polymer foaming materials; (2) Polymer extrusion, autoclave pressure, compression molding, and injection-molding foaming technologies; (2) Polymer composite electromagnetic functional materials/foaming materials and devices. |
| Dr. ZHANG Hao | Aerospace Structural and Functional Composites Group |
The research group focuses on advancing aerospace component integration through three key objectives: (1) Developing core technologies within aerospace equipment components; (2) Addressing technical barriers hindering the industrialization of aerospace equipment components; (3) Cultivating high-end talent to sustain progress and innovation in the field. |
| Dr. ZHANG Yonggang | Carbon Fiber And Its Composite Group |
(1) High strength carbon fiber: Engineering technology for high-strength carbon fiber with a tensile strength range of 5.0 to 7.0 GPa. (2) High modulus carbon fiber: Pilot scale preparation technology for high-modulus carbon fiber with a tensile modulus range of 350 to 650 GPa. |
| Dr. ZHU Jin | Bio-Based Polymer Materials Group |
Bio-Based Polymer Materials research, including:The synthesis and processing of bio-based thermoplastic resin, Conversion and utilization of biomass materials, bio-based furandicarboxylic acid and its polyesters, bio-based polymer additives, bio-based active-methylene-derived polymeric materials and their applications in electronics and composite materials other major directions |
| Dr. CHEN Peng | Advanced Fibers and Composites Group |
The preparation, modification and application of high-performance fibers, bio-based (degradable) chemical fibers, composite functional fibers and non-woven fabrics. |
| Dr. ZHANG Jian | Non-Metal Catalysis & Bio-based Monomer Synthesis Group |
(1) catalytic conversion and valorization of biomass resources; (2) Interparticle electrothermal catalysis for air pollutant elimination and CO2 conversion; (3) Study on the mechanism of non-metal catalysis materials (nanocarbon,molecular sieves,simple oxides). |
| Dr. YAO Qiang | Fine Chemicals Group |
(1) Molecular design and synthesis of environmentally friendly flame retardants; (2) Flame retardant polymer materials; (3) Additives for polymer materials; (4) Study on the degradation process of polymer materials; (5) Synthesis, Performance Enhancement, and Recycling of Bio-based Polyamides; Polysiloxane functional materialsorganic materials for LIBs. |