Famous Universities in China for Research on Diamond Tools and Superhard Materials(1-5)

The development of China's diamond tools is inseparable from the cultivation of talents. Famous universities in China's research on diamond tools and superhard material tools have made indelible contributions to the development of China's diamond industry.

 

Related departments: School of Physics, School of Construction Engineering

Related teams:

Academician Zou Guangtian's team: the details are as follows

Professor Cui Tian: Systematic research has been carried out on the dissociation process, new structure, and structure alignment mechanism of molecules under ultra-high pressure, and important results have been achieved. Clarified the physical nature of the high-pressure structure and pressed structure phase transition of various metals and metal hydrides; designed new superhard materials.

Professor Li Hongdong: Research on the preparation, properties, and devices of diamond and other superhard, wide-bandgap semiconductor thin film materials and nanostructures.

Professor Ma Yanming: New structure of condensed matter under high pressure, physical mechanism of electronic and structural phase transition under high pressure, exploration of new superconducting materials and thermoelectric materials under high pressure, structural design of new superhard materials, crystal structure prediction software package.

Prof. Jia Xiaopeng: High temperature and high pressure synthesis and application of superhard and multifunctional materials. In the high temperature and high pressure synthesis and application of gem-grade diamond single crystal, high-grade special industrial diamond single crystal, cubic boron nitride, thermoelectric materials and functional ceramics, ultra-high pressure technology, material design and computer simulation.

Professor Zou Bo: Mainly engaged in high-pressure supramolecular physics and chemistry, high-pressure nanomaterial physics and chemistry, high-pressure biophysics and nanomaterial physics and chemistry and their applications in energy materials.

Professor Zheng Weitao's team: Research on superhard thin film materials, functional thin film materials, carbon nanomaterials such as graphene, energy storage electrode materials, and material calculation and simulation.

Professor Sun Youhong's team: presided over the research and development of China's "Crust No. 1" 10,000-meter continental scientific drilling rig, high-performance full hydraulic geological series drilling rigs, cold drilling and thermal recovery technology for natural gas hydrate in land permafrost zones, high-efficiency wear-resistant bionic diamond drill bits, oil Shale underground in-situ cracking technology, etc.

Professor Gao Chunxiao's team: made a number of breakthroughs in the field of in-situ physical quantity measurement technology under high pressure of diamond against anvil, established a series of patented technologies and experimental methods with independent intellectual property rights, and realized multiple In situ measurement of physical quantities.

Key laboratories and centers: State Key Laboratory of Superhard Materials, Jilin High Voltage Technology and Functional Materials Engineering Technology Center

 

Relevant departments: School of Mechanical and Electrical Engineering, School of Materials Science and Engineering, School of Astronautics

Related teams:

Professor Zhou Ming's team: mainly engaged in the research of basic theory and technology of ultra-precision machining, new technology of high-efficiency precision machining of difficult-to-machine materials, ultrasonic vibration precision machining technology, microstructure functional surface manufacturing technology, ultra-precision machining technology of optical complex curved surfaces, etc.

Professor Sun Tao's team: ultra-precision processing technology, micro-nano manufacturing technology, ultra-precision detection technology.

Professor Zhao Qingliang's team: ultra-precision grinding and polishing processing technology for conformal components of hard and brittle materials; vibration-assisted ultra-precision grinding and polishing processing technology for ultra-hard microstructured surfaces; diamond cutting processing technology for microstructured optical functional surfaces.

Professor Chen Mingjun's team: precision ultra-precision processing technology and process equipment; micro-nano manufacturing technology and its application basic research; process automation technology and equipment.

Professor Zhang Feihu's team: engaged in the research of precision ultra-precision machining and nano-processing technology, including new ultra-precision machining technology and equipment, nano-scale ultra-smooth surface processing technology and surface quality, precision and ultra-precision machining of new functional materials, hard and brittle materials Precision and high-efficiency grinding technology, optical aspheric surface processing, etc.

Professor Yu Jie's team: engaged in research on the synthesis and properties of functional thin film materials and nanomaterials.

Professor Ma Xinxin's team: metal material research: heat treatment and application of bearing materials, material surface strengthening and modification; film material research: nano film, multi-layer film, film material wear and corrosion resistance technology research; surface engineering technology: plasma-based ions Implantation and deposition, pulsed electron beam, ion plating, plasma chemical heat treatment, spark deposition, mechanical strengthening and other surface engineering technology equipment and process research.

Professor Zhu Jiaqi's team: advanced thin film materials and devices; anti-reflection protective film technology for infrared windows; aerothermal/mechanical failure mechanism and anti-failure methods for infrared window materials.

Key laboratories and centers: National Mechanical Engineering Experimental Teaching Center, Provincial Key Laboratory of Ultra-precision Machining and Special Machining, Research and Application Center of Ultra-precision Machining Technology, Harbin Institute of Technology-AVIC Harbin Aviation Bearing Joint Technology Research Center

 

Related departments: School of Materials Science and Engineering

Related teams:

Professor Tian Yongjun's team: New metastable materials, high-temperature superconducting materials, large-scale casting and forging materials (research and development of nano-twinned diamond and cubic boron nitride bulk materials).

Professor Wang Mingming's team: engaged in scientific research on superhard materials, superhard composite materials, and special compounds.

Professor Wang Yanhui's team: diamond and related materials: superhard materials and superhard composite materials; nanomaterials; functional materials.

Professor Xing Guangzhong's team: superhard materials.

Professor Wen Bin's team: Proposed an original carbon black catalytic method, prepared a large amount of new diamond and nano-diamond-like powder, and conducted a systematic study on the structure and properties of new diamond.

Professor Zang Jianbing's team: Diamond and related materials: electrode materials; nanomaterials; superhard materials and superhard composite materials.

Professor Xu Bo's team: Research on the theoretical prediction and high-pressure synthesis of new metastable materials, the construction of microscopic models of material mechanical properties, etc.

Key laboratories and centers: State Key Laboratory of Metastable Materials Preparation Technology and Science

 

Related departments: School of Materials Science and Engineering, School of Geographical Science and Information Physics

Related teams:

Professor Liu Sha's team: new powder metallurgy materials; high-performance hard alloys and their coatings; nanocrystalline rare earth composite powder materials; low-cost high-performance metal-based composite powder materials; environmentally friendly and recyclable new materials; layer; high-performance refractory metals, alloys and their coating materials; thermodynamic calculations and drawings.

Professor Wang Richu's team: rapid solidification spray deposition technology; water-activated battery anode materials; advanced electronic packaging materials; high-performance metal powder manufacturing and modification; diamond surface modification and application.

Professor Yi Danqing's team: mainly engaged in the preparation, microstructure and performance research of high-performance light metal structural materials and new powder metallurgy materials. High-performance light metal structural materials, new powder metallurgy materials (including silver-based electrical contact materials, nano-based alloys, superhard alloy materials, high-strength wear-resistant bearing materials, high-temperature heating element materials, high-strength heat-resistant mold materials, high-strength wear-resistant and anti-corrosion materials , high-temperature oxidation behavior of niobium-based alloys and their anti-oxidation coatings, preparation and toughening of refractory metal silicides, cemented carbide tool materials, etc.) and other fields of research.

Professor Yu Zhiming's team: diamond superhard film; diamond film for cold field electron emission, application of diamond film in electric vacuum tube, BDD biosensor basis, surface modification of titanium-based biomaterials, alumina high temperature resistant ceramic film, diamond two-dimensional single Crystal growth and its semiconductor research.

Professor Zhang Shaohe's team: superhard materials and products, drilling engineering, foundation engineering, etc.

Key laboratories and centers: State Key Laboratory of Powder Metallurgy

 

Relevant departments: Institute of New Materials Technology, School of Materials Science and Engineering,

Related teams:

Professor Li Chengming's team: Preparation of diamond and diamond-like films, research and application of diamond film electronic devices, corrosion and wear resistance of nitride films (including TiN, CrN, ZrN, TiAlN and their multilayer and composite films), diamond and hard Preparation and properties of high quality alloy composites, plasma surface alloying and plasma diagnosis.

Professor He Xinbo's team: basic and applied technology research on high-performance composite materials; basic and applied research on powder injection molding technology; high thermal conductivity electronic packaging materials and their near-net forming technology; computer simulation and intelligence of powder metallurgy process.

Professor Lu Fanxiu's team: Large-area optical-grade diamond self-supporting film preparation, processing and its application in military and civilian optics; CVD diamond film-coated hard alloy tools; nano-diamond film and its high-tech applications, etc.

Professor Tang Weizhong's team: Thin film material deposition technology; diamond film material; low temperature plasma technology and application.

Professor Jia Chengchang's team: high-performance composite materials, powder metallurgy, electronic functional materials, mechanical alloying.