This research engineering center has received support from the National Planning Commission, the National Science and Technology Commission, the State Education Commission, the National Natural Science Foundation of China, the Guangdong Provincial Planning Commission, the Science and Technology Commission, the Guangdong Provincial Natural Science Foundation and the Ministry of Chemical Industry. It attaches great importance to and strongly supports, and has obtained a number of fund projects, laying a good foundation for the establishment of new polymer molding processing theory and the industrialization of corresponding new equipment. The following table shows the main national-level projects undertaken.
Serial Project Name
Task Source
1 Research on polymer physical and chemical issues during polymer dynamic molding process National Natural Science Foundation project
< p>2 National Natural Science Foundation of China key project to study the order, structure and dynamic behavior of complex polymer fluids3 National Natural Science Foundation of China to explore phase transfer and critical phenomena in the dynamic molding process of polymers< /p>
4 National Natural Science Foundation project for dynamic extrusion and mixing function simulation of modified plastics
5 National Natural Science Foundation project for research on nonlinear dynamics of polymers under the action of vibration fields
p>
6 National Natural Science Foundation project for research on the electromagnetic dynamic molding process of polymer materials based on three-dimensional tomography
7 National Natural Science Foundation project for research on the electromagnetic dynamic extrusion mechanism of polymers
8 National Spark Plan Project for Polymer Electromagnetic Dynamic Extrusion Methods and Equipment
9 Research and Development of Electromagnetic Dynamic Multi-stage Multi-screw Condensation Polymerization Reactor for Engineering Plastics "Ninth Five-Year Plan" National Key Science and Technology Project
p>10 Research and Development of Continuous Dynamic Planetary Screw Polycondensation Reactor for Engineering Plastics "Ninth Five-Year Plan" National Key Science and Technology Project
11 Research and Development of Modified Electromagnetic Dynamic Two-stage Three-Screw Reaction Extruder for Plastics "Ninth Five-Year Plan" National Key Science and Technology Research Project
12 Research and Development of Plastic Alloy Electromagnetic Dynamic Two-stage Kneading Element Reaction Extruder "Ninth Five-Year Plan" National Key Science and Technology Research Project
13 Electromagnetic The research and development of dynamic plastic mixing extruder is a key national science and technology project during the Eighth Five-Year Plan
14 The research and development of an electromagnetic dynamic plastic injection molding machine is a key national science and technology project during the Eighth Five-Year Plan
15 Research on the vibration force field-enhanced heat transfer mechanism during the reaction processing of polymer materials. Doctoral Discipline Fund of the Ministry of Education
16 Research on the phase structure changes of modified polymers during dynamically enhanced mixing. Natural Sciences of Guangdong Province Fund Project
17 Three-dimensional tomographic imaging study of the electromagnetic dynamic forming mechanism of new polymer materials Guangdong Provincial Natural Science Foundation Project
18 Nonlinearity of polymers under the action of vibration force fields Behavior and response research Guangdong Provincial Natural Science Foundation Project
19 Dynamics of parison inflation and product cooling in plastic blow molding National Natural Science Foundation Project
20 The foundation of high-performance rubber tires Research on the National Natural Science Foundation Project
21 The influence of rubber viscoelasticity and granular fillers on the structure and performance of rubber mixtures National Natural Science Foundation Project
22 Internal mixer rubber mixing National Natural Science Foundation project for in-depth research and application of refining rheology theory
23 National Natural Science Foundation project for research on the formation, structure and performance of interfacial yoke interpenetration
24 Research on the Compatibilization and Toughening Mechanism of Styrene/Polyethylene Alloy in Two-step Cross-linking Process National Natural Science Foundation Project
25 Research on the Interface Structure and Reinforcement Effect of Filled Powder Rubber National Natural Science Foundation< /p>
26 Research on the Toughening Mechanism of the Dual Phase Interface Structure of Powder Rubber and Plastic *** Mixture National Natural Science Foundation Project
27 ***Yoke Polymer/Layered Dioxide Mechanism of hybrid effect of manganese phase embedded electrode materials National Natural Science Foundation Project
28 National Natural Science Foundation project of electrostatic interaction transformation and condensed matter changes in ionized polymer systems
29 Poly Research on the Preparation, Structure and Properties of Aniline Liquid Crystal National Natural Science Foundation Project
30 Research on the Foaming and Nucleation Mechanism of Basic Microporous Plastics Under Various Field Amounts National Education Commission Doctoral Discipline Fund
31 Internal Mixer Mixing Process Intelligent Control Technology Fund of the Ministry of Chemical Industry
32 Molecular design and material design of rubber composite materials for high-performance radial tires through the key science and technology projects of the Ministry of Education through more than ten years of hard work , and achieved fruitful results. The results and rewards obtained are shown in the table below.
Serial number Achievement (project) name Award status
Award (national, provincial, ministry) name grade year
1 Polymer electromagnetic dynamic plasticizing extrusion Second Prize of National Technological Invention Award for Methods and Equipment 1997
2 China Patent Gold Prize for Methods and Equipment of Electromagnetic Dynamic Plasticizing Extrusion 1997
3 Plastic Electromagnetic Dynamic Plasticizing Extrusion Equipment Guangdong Special Prize of Provincial Science and Technology Progress Award 1995
4 Plastics Electromagnetic Dynamic Plasticizing Extrusion Equipment Top Ten Scientific and Technological Achievement Awards of Guangdong Province’s “Eighth Five-Year Plan” Key Science and Technology Projects 1996
5 Plastics Electromagnetic Dynamic Plasticating Extrusion Machine Qu Jinping won the Hong Kong Chiang Kai-shek Science and Technology Achievement Award 1995
6 Plastic Electromagnetic Dynamic Plasticizing Extrusion Equipment Technical Appraisal by the State Education Commission 1993
7 Electromagnetic Dynamic Plastic Mixing Extruder Research and development of the National Education Commission technical appraisal 1998
8 Research and development of electromagnetic dynamic plastic injection molding machine Technical appraisal of the National Education Commission 1995
9 Industrial development of SJDD series plastic electromagnetic dynamic plasticizing extruder National Ministry of Machinery Industry Product Appraisal 1997
10 Electromagnetic Dynamic Plasticizing Extrusion Method and Equipment Chinese Patent Invention Patent 1992
11 Method and Equipment for Electromagnetic Dynamic Plasticating Extrusion of Polymer Materials U.S. Patent
European patent of the same type
Japanese patent invention patent 1993
1995
1995
12 screw One-line electromagnetic dynamic plasticizing extruder Chinese patent invention patent 1994