Famous Universities in China for Research on Diamond Tools and Superhard Materials(11-15)

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.Now list 25 famous colleges and universities.
Special note: The serial number does not represent the ranking. For the main content, please refer to the official websites of universities. Since some websites cannot be displayed normally, please leave a message to supplement if there are any omissions or errors.

 

Related teams:

Academician Xue Qunji's team

Researcher Wang Liping: Diamond-like carbon-based films and their engineering applications, new anti-corrosion film materials and their applications in the marine field.

Researcher Pu Jibin: Research on new space solid lubricating films and their adaptability to marine and atmospheric environments; research on dynamic wear-resistant and anti-corrosion integrated ultra-thick coatings and corrosion-friction mechanism; friction and corrosion behavior of two-dimensional nanomaterials and the strengthening mechanism of composite materials Research.

Jiangnan researcher team: functional carbon thin films, functional carbon composite materials, marine sealing materials, plasma CVD equipment.

Researcher Wang Aiying's team: Advanced carbon-based functional thin film materials and key technologies, new nano-superhard thin films and solid lubricating thin film materials, plasma surface modification technology.

Researcher Li Hua's team: new coating materials and coating microstructure control; extreme service conditions coating materials and coating technology; micro-scale materials and coating technology (such as gas-sensitive coating, photocatalytic coating, nano-carbon material coating, physical non-stick coating, etc.); functionally coated devices, etc.

Key laboratories: Chinese Academy of Sciences Key Laboratory of Marine New Materials and Application Technology, Zhejiang Key Laboratory of Marine Materials and Protection Technology.

 

Related departments: School of Mechanical and Power Engineering, School of Environmental Science and Engineering, School of Electronic Information and Electrical Engineering

Related teams:

Professor Sun Fanghong's team: preparation and application of superhard coating tools, cutting and grinding theory and technology, diamond chemical vapor deposition equipment and technology, computer simulation technology of thin film deposition and performance.

Professor Hu Dejin's team: research direction of mechanical manufacturing and automation: manufacturing technology and equipment automation (diamond grinding wheel).

Professor Jia Jinping's team: environmental electrochemical methods; environmental pollutant monitoring; new technologies and equipment for clean production; environmental photocatalysis (boron-doped diamond film core), etc.

Professor Zhang Yafei: Established the chemical vapor phase surface reaction conditions and growth theoretical mechanism of the DLC//diamond//graphite formation process, and theoretically explained the growth surface morphology, growth conditions and growth rate of diamond under chemical vapor phase conditions.

Key laboratories and centers: Key Laboratory of Thin Film and Microtechnology Ministry of Education

 

 

Related departments: School of Electronics and Information Engineering, School of Mechanical Engineering

Related teams:

Professor Wang Hongxing's team: Epitaxial growth of III-V semiconductor films and light-emitting devices, large-area diamond substrates and high-quality diamond film epitaxial growth, carbon nanometer field emission cathodes, field emission light sources and other field emission electronic devices, MOCVD design Development, design and development of special DC CVD, design of microwave plasma CVD.

Professor Dong Guangneng’s team: lubrication optimization and design of mechanical equipment; lubrication technology of high-speed bearings; realization of ultra-stable friction, ultra-low friction/ultra-slip in motion control of precision machinery; design and surface engineering of surface/interface micro-modeling, surface Drag reduction; automobile energy saving, emission reduction, lubrication failure analysis; bio-manufacturing of micro-nano surface materials and tissue desorption.

Key laboratories and centers: Modern Design and Rotor Bearing System Laboratory of the Ministry of Education, Center for Wide Bandgap Semiconductor Materials and Devices

 

Related Departments: School of Physical Engineering

Related teams:

Professor Shan Chongxin's team: mainly engaged in the research of wide-bandgap semiconductor optoelectronic materials and devices. The current research content includes the synthesis of gem-quality diamond single crystals, diamond electronic devices, zinc oxide nanostructures and their applications in optoelectronic devices.

Professor Yao Ning's team: successively engaged in the field electron emission cold cathode preparation technology of carbon-based films such as diamond, carbon nanotubes, and graphene, and the research on the structure of organic electroluminescent devices and film preparation technology.

Professor Zhang Yingjiu's team: nanomaterials, superhard materials. Nanomaterials mainly study the preparation, characterization and application of one-dimensional nanomaterials such as carbon nanotubes, graphene, and inorganic nanowires, and zero-dimensional nanomaterials such as nanopowders; R&D and industrialization of crystal cubic boron nitride (PCBN), diamond/metal electronic packaging composite materials and other superhard material tools

Key laboratories and centers: Key Laboratory of Materials Physics, Ministry of Education

 

Related teams:

Researcher Jiang Xin's team: growth design and controllable preparation of special functional thin films, synthesis and physical property research of new nanomaterials, material interface design and mechanism research, surface functionalization of thin films and new nanomaterials.

Key laboratories and centers: Shenyang National (Joint) Laboratory of Materials Science.

16 Henan University of Technology
URL: http://www.haut.edu.cn/

Related departments: School of Materials Science and Engineering

Related teams:

Professor Zou Wenjun's team: Superhard materials and products, resin abrasive tools for superhard materials, synthesis and modification of thermosetting resins, and coated abrasive tools.

Professor Li Zhengxin's team: abrasives, superhard materials and products, computer applications in materials science and engineering.

Professor Peng Jin's team: Modification of polymer materials, resin abrasive tools for superhard materials, and coated abrasive tools.

Professor Hou Yonggai's team: Research and development of high-strength, high-wear-resistant low-temperature ceramic bond and superhard material ceramic abrasive tools, high wear-resistant, impact-resistant SiC wear-resistant materials.

Professor Bi Xiaoqin's team: preparation technology of metal matrix composite materials, research and development of nano-diamond saw blades, surface modification technology of metal materials.

Professor Li Ying's team: large diamond single crystal synthesis technology, nano-coating brush plating technology.

Professor He Fang's team: superhard material products, porous materials.

Key laboratories and centers: Engineering Technology Research Center for Superhard Materials and Products of Universities in Henan Province