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

Thermal management systems are widely used in various fields such as the national economy and national defense, controlling the distribution, storage, and conversion of heat in equipment and systems. Cutting-edge thermal design, thermal management technologies, and thermal control materials not only enable thermal management functions for equipment but also significantly extend their service life. To further exchange and showcase advanced thermal design, thermal management technologies, applications of new thermal control materials, and address key challenges in technological development, the “2023 (5th) Military-Civilian Dual-Use Thermal Management New Materials and Application Technology Forum” is being hosted jointly by the Military-Civilian Dual-Use New Materials Technology and Application Conference Platform, China National Science and Technology Research Institute (Beijing) for New Materials, and Journal of Nanjing Normal University. The forum will be held from August 25 to 27 at Mingfa International Hotel in Yangzhou, Jiangsu. Experts from industries such as aerospace, China Electronics, and national defense research institutions will give presentations and engage in discussions on research progress and existing issues related to thermal management materials and technologies. We sincerely invite leaders, experts, scholars, engineers, and professionals from relevant enterprises and institutions to attend the conference (international and foreign company representatives are not welcome). Presenters are also encouraged to submit PPTs containing reports on thermal design, thermal management technologies, and applications of new thermal control materials for discussion.

ThemeBasic Research, Future Technologies, and Applied Frontiers: Collaborative Innovation

Conference Agenda1. Cutting-edge technologies and development trends of advanced thermal management materials;

2. Thermal management technologies and material selection for aerospace applications;
3. Thermal management technologies and material requirements for naval vessels;
4. Thermal management technologies and material needs for land-based equipment;
5. Thermal management technologies and material requirements for new energy batteries;
6. Thermal management technologies and material demands for microprocessors and electronic devices;
7. New materials and application technologies for thermal management in personal protective equipment;
8. Research and application of nano-insulating/heat-resistant and thermally conductive coatings;
9. Carbon-based thermal materials such as graphene and their research progress;
10. Research and application of high-thermal-conductivity interface materials like diamond and ceramics;
11. Research and application of high-thermal-conductivity polymer materials such as silicone rubber;
12. Development and application of multifunctional ultra-high thermal conductivity and insulation composite materials; 13>Development of new types of heat storage (phase change/energy storage) materials and technologies;
13. Micro-heat exchange technologies and devices and their applications in thermal management; 15>Evaporative cooling fluids, thermally conductive nanofillers, and thermal inspection technologies; 16>New materials, technologies, and processes for thermal conduction, insulation, and heat storage;

Target AttendeesScientific research institutions, universities, enterprises, and organizations related to thermal management such as marine, land, and aviation sectors, focusing on the research, production, and application of thermal management materials including thermal conductive and thermal interface materials (for heat transfer/cooling), insulating materials (for heat retention/insulation), and heat storage materials (for energy storage/phase change), as well as thermal protection coatings, thermal management technologies, thermal design, and heat exchange equipment. The attendees are expected to be split equally among producers (1/3), research institutions (1/3), application entities (1/3), and service-related organizations.

Meeting formatExpert presentations, interactive discussions, exhibitions, and site visits

Content to Be SharedII. Content to Be Shared

1. Applications of high-performance phase-change thermal management materials in high-end fields; (Sea Eagle Aerospace Materials Research Institute)
2. A thermally conductive insulating material used in high-voltage electrical and electronic devices; (The 33rd Research Institute of CETC)
3. Research on the application of aluminum-based silicon carbide composite materials in lightweight mirrors and other fields; (Jiangsu Shuguang Optoelectronics Co., Ltd.)
4. Advances in the production of aluminum nitride powder; (Fuzhou University)
5. Thermal management technologies and development trends of low-temperature co-fired ceramics; (East China Institute of Microelectronics Technology)
6. Molecular engineering design of energy storage microcapsules and their applications in thermal management materials; (Shenzhen University)
7. Applications of diamond and its composite materials in thermal management; (Central South University)
8. Fireproof and heat-insulating coatings; (Kubay Chemical (Shanghai) Co., Ltd.)
9. Ultra-low thermal resistance thermally conductive interface materials for high-power electronic devices; (Sichuan University)
10. Global first successful development of nano-closed-cell “flexible” insulation materials; (Beijing Superposition State Technology Co., Ltd.)
11. Applications of thermally conductive, heat-generating, and heat-resistant polyimide PI films; (Ningbo Jinsan New Materials Co., Ltd.)
12. Application insights of graphene coatings in heat exchangers; (Shenzhen Youyi Materials Technology Co., Ltd.)
13. Micro-nano structure design of two-dimensional boron nitride nanosheet assemblies and their applications in thermal management; (Monash Institute of Science and Technology)
14. Current status and prospects of insulation materials for rail vehicles; (CRRC Nanjing Puzhen Vehicles Co., Ltd.)
15. Applications of foam insulation materials; (Shenyang Aircraft Design and Research Institute)
16. Scalable preparation of two-dimensional materials and their applications in thermal conduction; (Beijing University of Chemical Technology)
17. Research progress on personal radiation thermal management materials; (Huizhou University)
18. Passive thermal management research for power batteries based on phase change heat storage technology; (Shanxi Coal Chemistry Research Institute, Chinese Academy of Sciences)
19. Novel ultra-light and highly elastic polyimide aerogels; (Center for Space Applied Engineering and Technology, Chinese Academy of Sciences)
20. Organic thermal management materials and modules; (Northwestern Polytechnical University)
21. Research, development, and application of high-performance insulation materials for ships; (Beijing New Materials Technology Association)
22. Research on multifunctional thermal interface materials based on polyurethane supramolecular network structures; (Harbin Institute of Technology)
23. Research progress on silicone encapsulation materials; (Xinjin Branch of CNPC Chengguang Chemical Research and Design Institute Co., Ltd.)
24. Thermally conductive composite materials with highly oriented structures; (Sichuan University)
25. Electrically insulating aluminum nitride ceramic thermal management materials and their photopolymerization additive manufacturing; (Shanghai Institute of Ceramics, Chinese Academy of Sciences)
26. Next-generation ceramic nanofiber high-temperature resistant insulation materials; (Jiaxing Furui Bang New Materials Technology Co., Ltd.)
27. Applications 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, wave absorption properties, and applications (Xi’an Bore New Materials Co., Ltd./Xi’an University of Science and Technology)
29. High-performance polymer flexible phase change thermal management materials; (Huazhong University of Science and Technology)
30. Research and exploration of low-carbon thermal management technologies based on plastic crystal piezoelectric effects; (Institute of Metal Research, Chinese Academy of Sciences)
31. Production and applications of phase-change energy storage wax; (Sinopec Nanyang Energy Chemical Co., Ltd.) ......Under continuous update

Materials related to this conference, as well as requirements for research, technology, structural design, and application integration1. New types of heat storage (phase-change/energy storage) materials;

2. New processes and molding techniques for thermal management materials;
3. Radiative cooling materials and heat-insulating cooling materials;
4. Heat-insulating cooling materials (phase-change materials);
5. Thermoelectric conversion materials and superconducting heat dissipation materials;
6. Preparation and design of thermal management materials;
7. Heat-conducting, heat-insulating, heat-storing, and heat-dissipating materials;
8. Ultra-high heat flux materials;
9. Graphene-based electric floor heating and graphene’s conductive and heat-conductive technologies;
10. Heat-conducting and insulating materials for motors and military applications;
11. Porous silicon carbide aluminum heat dissipation composite materials;
12. Fire-resistant and heat-insulating materials;
13. Lightweight outdoor insulation materials for equipment;
14. Multifunctional high-performance thermal coatings;
15. Heat exchangers and copper pipes;
16. High thermal conductivity interface materials;
17. Heat sink materials for high heat flux densities;
18. Material thermal property testing and thermal engineering inspections;
19. Carbon fiber thermal conductive gaskets with high thermal conductivity;
20. Flame-retardant and heat-insulating polymer-based composite materials;
21. Insulation materials such as aerogel materials and foam materials;
22. Polymer-based high thermal conductivity composite materials;
23. Thermal conductive fibers and textile materials;
24. Metalized carbon fibers and carbon fiber thermal conductivity composite materials;
25. Insulation fiber materials and silicone rubber;
26. New types of thermal conductivity and heat dissipation materials for smart devices;
27. Coatings for thermal insulation and heat preservation of thermal pipelines;
28. Insulation materials for refrigeration equipment;
29. Microprocessing, heat dissipation materials for electronic devices, and thermal management technologies; ........Continuously being updated (If you have relevant research, technologies, or production solutions related to the above topics, please provide the relevant information when registering so that the conference organizers can help connect you with relevant parties during the conference.) [Friendly reminder] Papers can be published in the conference proceedings free of charge (with no word limit), and the submission deadline is eight days before the conference. Outstanding papers will be recommended for publication in journals such as the Journal of Nanjing Normal University, Chinese Ship Research, and Organosilicon Materials.

TimeAugust 25–27 (registration on the 25th)

Website for event inquiries

www.bjxclxh.cn

Registration phone number

手机/微信：13683249946 刘扬

Email: 1002025393@qq.com；

You are welcome to add us on WeChat for inquiries, registration, and to request the official conference invitation letter (please indicate “Organization + Name + Yangzhou Conference”). Due to the large number of attendees, registration must be done in advance.