Your Position: Prof. Dr. Kun CAO's Group > Research
Research field
- Green polymer and environmentally friendly technology
- Smart polymer microspheres and application technology
- Controlled polymerization and the process of strengthening the integration technology
- Supercritical reaction extrusion and polymer composites processing
- Application of micro-chemical technology in the field of polymer
- The hyperviscosity heterogeneous matter of mixing, dispersing, and Devolatilizatio
- Chemical process of multi-scale modeling and control strategy optimization
- The reaction system is non-steady state analysis and accident diagnosis
Research Interest
1. Green macromolecules and environmentally benign technology
2. Synthesis and applications of smart well-defined particles with brushes
3. Process Intensification and Process Integration especially in high viscosity system
4. Microcellular materials assisted with Supercritical carbon dioxide
5. Blend, dispersion and devolatilization in the polymerization and polymer engineering
6. Applications of micro-chemical technology
7. Modeling and optimization based on multiscale chemical processes
8. Unsteady-state analysis and fault detection for the process engineering
On-going Projects
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Supercritical technology to prepare high molecular weight aliphatic esters - the semi-aromatic copolymer structure control (National Natural Science Foundation)
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Structural design, control and its properties of crude oil pour point depressant (National Natural Science Foundation)
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Situ rubber and plastic alloy particles preparation process and key generic technologies (863)
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Supercritical reaction extrusion foaming integration, integrated technology to prepare high melt strength polypropylene foam material (National Natural Science Foundation)
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Based on the basic characteristics of PACM of the nylon synthesis process research (Cross-cutting project)
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Ring copolymer monomer preparation mode test (Cross-cutting project)
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Cyclenic copolymers mold test (Cross-cutting project)
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Optimization theory and methods based on-line dynamic operation of the whole process of the production process model (973)