2023 (5th) Military and Civilian Dual-Use Thermal Management New Materials and Application Technology Forum

Thermal management systems are widely used in various fields such as national economy and national defense, controlling the dispersion, storage and conversion of heat in equipment and equipment systems. Cutting-edge thermal design, thermal management technology and thermal control materials not only realize the thermal management and control functions of equipment and equipment, but also greatly enhance the service life of equipment and equipment. In order to further exchange and display advanced thermal design, thermal management technology, new thermal control material scientific and technological applications and technological development bottlenecks, the "2023 (5th) Military and Civilian Dual-Use Thermal Management New Materials and Application Technology Forum" co-sponsored by the China National Equipment Science and Technology (Beijing) New Materials Research Institute, and "Nanjing Normal University Journal" is scheduled to be held from August 25 to 27 at Mingfa International Hotel, Yangzhou, Jiangsu Province. Aerospace, Industry experts such as China Electronics and National Defense Institutes (Schools) provide relevant reports and interactions on the research progress and existing problems of thermal management materials and technologies. Leaders, experts, scholars, engineering technicians and colleagues from relevant enterprises and institutions are cordially invited to attend the meeting (personnel from overseas and foreign enterprises are not allowed to attend), and submit multi-body reports PPT on thermal design, thermal management technology, and new thermal control materials. Exchange technology and applications, etc.

themeBasic research, future technology, application frontiers, and joint innovation and development

meeting content1. Cutting edge technology and development trends of advanced thermal management materials;

2. Aerospace thermal management technology and new material selection;
3. Ship thermal management technology and new material requirements;
4. Ground equipment thermal management technology and new material requirements;
5. New energy battery thermal management technology and new material requirements;
6. Microprocessing, electronic device thermal management technology and new material requirements;
7. New materials and application technologies for thermal management of personal protective equipment;
8. Development and application of nano thermal insulation/heat resistance and thermal conduction coatings;
9. Technology and research progress of carbon-based thermal materials such as graphene;
10. Research and development and application of new materials with high thermal conductivity interfaces such as diamond and ceramics;
11. Research and development and application of new polymer materials with high thermal conductivity such as silicone rubber;
12. Research and development and application of multifunctional ultra-high thermal conductivity and thermal insulation composite materials;
13. Development of new heat storage (phase change/energy storage) materials and technologies;
14. Micro heat exchange technology and equipment and its application in thermal management;
15. Evaporative cooling heat dissipation media, thermal conductive nanofillers and thermal testing technology;
16. New materials, new technologies, and new processes for heat conduction, heat insulation, and heat storage;

ParticipantsResearch, production and application of new thermal management materials such as heat conduction and thermal interface (heat transfer/heat dissipation), thermal insulation (insulation/insulation), and heat storage (energy storage/phase change), as well as thermal protective coatings, thermal management technology, thermal design, and heat exchange equipment scientific research institutes, enterprises, sea equipment, land equipment, air equipment and other related institutions. 1/3 of the participating units are production, 1/3 of scientific research institutes, 1/3 of application, and the rest are service and related institutions.

meeting formatsExpert reports, interactive exchanges, exhibitions and on-site visits

share content2. Sharing content

1. Application of high-performance phase change thermal management materials in high-end fields;(Haiying Aerospace Materials Research Institute)
2. A thermally conductive insulating material used in high-voltage electrical and electronic equipment;(The 33rd Research Institute of China Electronics Technology)
3. Application research on aluminum-based silicon carbide composite materials in lightweight reflectors;(Jiangsu Shuguang Optoelectronics Co., Ltd.)
4. Progress in the production of aluminum nitride powder;(Fuzhou University)
5. Thermal management technology and development trends of low-temperature co-fired ceramics;(East China Institute of Microelectronics Technology)
6. Molecular engineering design of energy storage microcapsules and its application in thermal management materials;(Shenzhen University)
7. Application of diamond and its composite materials in thermal management;(Central South University)
8. Fireproof and insulation coating;(Kube Chemical (Shanghai) Co., Ltd.)
9. Ultra-low thermal resistance and thermal conductivity interface materials for high-power electronic device applications;(Sichuan University)
10. Nanometer closed-cell "flexible" thermal insulation material was successfully developed for the first time in the world;(Beijing Superposed State Technology Co., Ltd.)
11. Application of thermal, heating and heat resistant polyimide films;(Ningbo Jinshan New Materials Co., Ltd.)
12. Sharing the application of graphene coating in the field of heat exchangers;(Shenzhen Youyi Materials Technology Co., Ltd.)
13. Micro-nano structure design and thermal management applications of two-dimensional boron nitride nanosheet assemblies;(Monash Institute of Science and Technology)
14. Application status and prospects of rail train insulation materials;(CRRC Nanjing Puzhen Vehicle Co., Ltd.)
15. Application of foam insulation materials;(Shenyang Aircraft Design Institute)
16. Large-scale preparation of two-dimensional materials and their application in thermal conduction;(Beijing University of Chemical Technology)
17. Research progress on personal radiant heat management materials;(Huizhou University)
18. Research on passive thermal management of power batteries based on phase change heat storage technology;(Shanxi Institute of Coal Chemistry, China Academy of Sciences)
19. New ultra-light and highly elastic polyimide aerogel;(Space Application Engineering and Technology Center, China Academy of Sciences)
20. Organic heat management materials and modules;(Northwestern Polytechnical University)
21. Research and development and application of high-performance thermal insulation materials for ships;(Beijing New Materials Technology Association)
22. Research on multifunctional thermal interface materials based on polyurethane supramolecular network structure;(Harbin Institute of Technology)
23. Research progress on silicone packaging materials;(Zhonglan Chenguang Chemical Research and Design Institute Co., Ltd. Xinjin Branch)
24. Thermal conductive composite materials with highly oriented structures;(Sichuan University)
25. Electrical insulating aluminum nitride ceramic thermal management materials and their light-cured additive manufacturing;(Shanghai Institute of Silicate, China Academy of Sciences)
26. A new generation of ceramic nanofiber high-temperature resistant heat insulation materials;(Jiaxing Furuibang New Material Technology Co., Ltd.)
27. Application of rapid differential calorimetry in high-performance film preparation and polymer processing;(Zhejiang Jintian Polymer Materials Research Institute Co., Ltd.)
28. 3C-SiC gene structure, thermal conductivity and absorbing properties and applications (Xi'an Boer New Materials Co., Ltd./Xi'an University of Science and Technology)
30. High-performance polymer shaping flexible phase change thermal management materials;(Huazhong University of Science and Technology)
31. Exploration of low-carbon thermal management technology and application based on crystal plastic macro-card effect;(Institute of Metals, China Academy of Sciences)
32. Research on Aerogel Composite Nanofibers and Their Macroquantitative Preparation;(Qingdao University)
33. Production and application of phase change energy storage wax;(Sinopec Nanyang Energy Chemical Co., Ltd.) ...... continuously updated

Relevant materials for this conference and their research, technology, structural design, and application docking needs1. New heat storage (phase change/energy storage) materials;

2. New technology and forming of thermal management materials;
3. Radiation and cooling materials, heat insulation and cooling materials;
4. Thermal insulation and cooling materials (phase change materials); 5、热电转化材料、超导热散热材料；

6、热管理材料制备、设计；

7、导热、隔热、储热散热材料；

8、超高热通量材料；

9、石墨烯电地暖、石墨烯的导电导热技术；

10、电机、军工用导热绝缘材料；

11、多孔碳化硅铝散热复合材料；

12、防火隔热、隔热防热材料；

13、设备户外轻质保温材料；

14、多功能高性能热涂层；

15、热交换器、铜管；

16、高导热界面材料；

17、高热流密度热沉材料；

18、材料热物性检测，热工检测；

19、高导热率碳纤维导热衬垫；

20、阻燃、隔热高分子基复合材料；

21、气凝胶材料、泡沫材料等隔热材料；

22、聚合物高导热复合材料；

23、导热纤维及纺织品材料；

24、金属化碳纤维、碳纤维导热复合材料；

25、隔热纤维材料及硅橡胶；

26、智能终端用新型导热散热材料；

27、热力管道隔热保温材料涂料；

28、制冷装备隔热材料；

29、微处理、电子器件散热材料与热管理技术；

........持续更新中

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时间

8月25-27日(25日报到)

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