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Academic exchange

Synthesis of Diamond Materials

It is proposed to invite experts or scientific researchers from Jilin University, Beijing High Pressure Science Research Center, Central South University, Zhejiang University of Technology, Institute of Metals of Chinese Academy of Sciences, Institute of Physics of Chinese Academy of Sciences, East China Sea Fisheries Research Institute of Chinese Academy of Fishery Sciences, Sumitomo Corporation of Japan, Stanford University of the United States, Institute of Geology and Mineralogy of Russian Academy of Sciences and other units to discuss the synthesis and future application of diamond materials, so as to provide opportunities for practitioners in relevant fields in China to track academic frontiers, understand industrial trends and develop emerging markets.
Number
Topic Content
Speaker
1
Diamond surface modification by graphene transient covalent bonding
He Ning

Topic

Diamond surface modification by graphene transient covalent bonding

Description

This paper introduces a new method of laser induced mechanical decomposition. Under atmospheric environment, the diamond surface instantaneously forms a covalently bonded and diamond-nanographite-graphene new surface structure, which gives play to the comprehensive properties of diamond-nanographite-graphene and graphene, reduces the friction coefficient, resists mechanical and chemical wear, and also shows good performance in electromagnetism. It is expected to develop broad potential application prospects in aerospace, machinery, electronics and other fields.

Distinguished guest

He Ning
Professor

Nanjing University of Aeronautics and Astronautics

Head of the "111 Base" of sustainable manufacturing key technologies of the Ministry of Education. Executive Deputy Director of the Joint Laboratory for International Cooperation in Sustainable Manufacturing, Ministry of Education. In January 1982, he graduated from the former Nanjing Institute of Aeronautics and Astronautics with a bachelor's degree, and later obtained master's and doctor's degrees in China Southern Airlines. He presided over dozens of scientific research tasks including key projects of the National Natural Science Foundation. He won 8 provincial and ministerial technological invention awards, science and technology Progress awards and teaching achievement awards, and wrote the book "High-speed Machining Theory and Application" and so on. The main social part-time jobs include the vice chairman of the China Knife Association Cutting Advanced Technology Research Association, the standing committee of the extreme manufacturing branch of the Chinese Mechanical Engineering Society, the director of the Green Manufacturing branch of the China Machinery Industry Federation, and the member of the International high-speed processing Conference five countries Coordination Committee. Main research areas: aerospace advanced manufacturing technology, sustainable manufacturing technology, micro-machining technology
2
Development Trends and Processing Requirements of High Power Wind Turbine Bearing Technology
Wang Gaofeng

Topic

Development Trends and Processing Requirements of High Power Wind Turbine Bearing Technology

Description

Elaborated on the basic concepts of wind turbines, the current development status and trends of the wind power industry. Analyzed wind turbine bearings, installation locations, and structural characteristics, and introduced innovative achievements in the design and manufacturing of high-power wind turbine spindle bearings and wind turbine gearbox bearings. Based on the processing flow and technological development trends of wind power bearings, the development prospects of the diamond industry chain in the field of wind power bearings were discussed.

Distinguished guest

Wang Gaofeng
Professor level senior engineer

Luoyang Axle Research Technology Co., Ltd

Wang Gaofeng, a professor level senior engineer, currently serves as the Deputy General Manager of Luoyang Axle Research Technology Co., Ltd. Engaged in long-term research on wind power bearings and large-scale bearings, we have developed the world's first 25MW wind power main shaft bearing and gearbox bearing. Undertook 6 national level projects, and won 1 first prize for scientific and technological progress in Henan Province and 2 second prizes for scientific and technological progress in the machinery industry.
3
Exploration into the Development Prospects of Lightweight Structures in the Aviation Industry and Their Future Processing Needs
Cui Kunming

Topic

Exploration into the Development Prospects of Lightweight Structures in the Aviation Industry and Their Future Processing Needs

Description

1. Market Introduction of Unmanned Aerial Vehicles 2. The development trend of materials for unmanned aerial vehicles 3. Current situation and case studies of aviation material processing 4. Difficulties in processing aviation materials and performance requirements for diamond tools 5. Discussion on other processing issues

Distinguished guest

Cui Kunming
Senior Engineer

Chengdu Hongying Blue Wing Aviation Technology Co., Ltd

Based on aviation manufacturing for more than 30 years, I have been engaged in market demand, project planning, research and development, scientific research management, technological innovation, talent training, knowledge management and other work. I have led or participated in the development of multiple national, provincial and municipal major projects or major special projects, and have achieved multiple meritorious awards. We have rich practical experience and profound management accumulation in aviation manufacturing, landing gear development, unmanned aerial vehicle development, circle building and chain strengthening, and management consulting. We are the guiding expert and judge of the Sichuan Innovation Method Competition and the think tank expert of the Chengdu Development and Reform Commission.