Famous Universities in China for Research on Diamond Tools and Superhard Materials(6-10)

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 departments: School of Materials Science and Engineering, School of Mechanical Engineering, School of Physics, School of Chemistry and Chemical Engineering, Institute of Crystal Materials

Related teams:

Professor Li Musen's team: mainly engaged in teaching and scientific research in professional and technical fields such as superhard materials, biomedical materials, metal surface strengthening, and nondestructive testing.

Professor Ouyang Jun's team: Functional ceramic films and coatings, highly ionized physical vapor deposition, nanoscience and nanotechnology, gradient functional materials, etc.

School of Mechanical Engineering

Professor Ge Peiqi's team: basic research on high-performance rolling bearings; crystal material consolidated abrasive wire saw precision cutting technology; grinding processing theory and application technology; fluid-induced vibration in heat exchangers to enhance heat transfer; tribology and mechanical dynamic seals.

Professor Meng Jianfeng's team: crystal material processing technology and mechanism research; virtual reality, 3D visualization, digital prototype technology; mechanical dynamics.

Professor Zhang Jinsheng's team: manufacturing equipment and automation technology; brittle materials such as stone/glass, high-efficiency processing technology and equipment, etc.

School of Physics

Professor Dai Ying's team: Electronic properties and applications of diamond semiconductor materials, nano-optical properties of semiconductor materials and their applications, photocatalytic properties of semiconductor materials, research and application of new photocatalytic materials, ferromagnetic properties of semiconductor materials, and regulation of topological insulator properties.

Chemistry and Chemical Engineering

Professor Zhang Shuyong's team: Electrochemical synthesis and electrochemical preparation: electrochemical synthesis of superhard materials at room temperature and pressure, electrochemical nitrogen fixation, metal-based nano-array materials; research on metal corrosion and protection: steel, aluminum and aluminum alloys, magnesium alloys Corrosion and protection, characterization of polymer coatings, new metal surface conversion coatings; new materials and technologies for chemical power sources: direct methanol fuel cells, lithium-ion batteries.

Institute of Crystal Materials

Professor Xu Xiangang’s team: engaged in the growth and device application of MOCVD compound semiconductor thin film materials (including As, P, Sb and nitride), and prepared a variety of quantum heterostructure materials such as quantum wells, superlattices, 2DEG, and various thin films Materials such as AlGaAs, AlGaInP, InGaAsP, AlInGaN, GaAsSb, InGaSb, etc.

Key laboratories and centers: State Key Laboratory of Crystal Materials, Key Laboratory of Material Liquid-Solid Structure Evolution and Processing of the Ministry of Education, Crystal Materials and Device Technology Research Center, Superhard Materials Engineering Technology Center of Shandong Province.

 

Related departments: School of Mechanical and Electrical Engineering

Related teams:

Professor Zuo Dunwen's team: precision processing technology; intelligent processing technology; superhard film and tool technology; micro-nano cutting processing technology.

Professor Fu Yucan's team: mainly engaged in the research of high-efficiency precision machining technology for difficult-to-machine materials, superabrasive tool technology, and green and efficient cooling technology.

Professor He Ning's team: advanced processing technology for aerospace parts; micro/nano processing and manufacturing technology; sustainable processing technology; impact overload test technology.

Professor Xu Jiuhua's team: high-performance cutting/grinding technology for difficult-to-machine materials, superabrasive tool technology, fatigue-resistant manufacturing technology, and super-adaptive processing.

Professor Xiao Bing's team: new superhard tool manufacturing technology; high-efficiency precision machining technology; computer simulation technology; solder and brazing technology; flexible automated production line design and manufacturing technology.

Professor Su Honghua's team: superhard material tool technology; cutting/grinding of difficult-to-machine materials; manufacturing technology of difficult-to-machine materials and their structures.

Professor Zhu Yongwei's team: preparation and application of nanomaterials; precision ultra-precision machining; surface engineering.

Professor Lu Wenzhuang's team: intelligent manufacturing and manufacturing automation, superhard materials and tools, modern surface technology, etc.

Key laboratories and centers: Jiangsu Provincial Key Laboratory of Precision and Micro-manufacturing High-tech Research, High-Efficiency Precision Machining and Equipment Technology Engineering Research Center of the Ministry of Education

 

Related departments: School of Mechanical Engineering, School of Materials Science and Engineering

Related teams:

Academician Guo Dongming's team: mechanical special processing and precision processing technology; computer-aided testing, design and manufacturing; digital design and manufacturing.

Professor Gao Hang's team: high-efficiency precision grinding technology and theory; precision and ultra-precision machining technology; digital design and manufacturing technology.

Professor Jin Zhuji's team: precision and ultra-precision processing technology, efficient processing of difficult-to-machine materials, special processing and its control technology.

Professor Bai Yizhen's team: Preparation and application of superhard functional thin film materials (research on the preparation and application of diamond films).

Professor Xiang Li's team: diamond thin film, diamond-carbide composite thin film, solid oxide fuel cell, etc.

Professor Zhang Guifeng's team: superhard films, nanocomposite films, new energy materials, new materials synthesis and new technologies.

Professor Dong Chuang’s team: Energy beam material modification, quasicrystal and amorphous materials, alloy phase composition design, material microstructure (quasicrystal and amorphous alloy microstructure and composition design; relationship between amorphous and quasicrystal; multi-component system Exploration of alloy phase composition rules; pulsed electron beam material modification mechanism and application; laser surface heat treatment; plasma-assisted deposition to prepare DLC films; pulsed arc ion plating and nano-multilayer coating).

Key laboratories and centers: Key Experiments of the Ministry of Education for Precision and Special Processing, Key Laboratory of Three-beam Material Modification of the Ministry of Education

 

Associated Faculty: School of Physical Sciences and Technology

Related teams:

Professor He Duanwei's team: Exploration of material structure, performance regulation and new physical phenomena under high-pressure extreme conditions; development of large-cavity static high-pressure technology and research on related issues; atomic and molecular design and high-pressure synthesis of new materials; high-performance superhard materials High temperature and high pressure preparation and application.

Researcher Kou Zili: (1) synthesis of new materials under high pressure; (2) new superhard materials; (3) high-pressure scientific experiment technology; (4) superhard cutting tools.

Professor Peng Fang: (1) Atomic and molecular design and high temperature and high pressure synthesis of materials; (2) Research on new high thermal conductivity composite materials; (3) Application of diamond anvil combined with synchrotron radiation technology to study the physical properties of materials under high pressure; (4) Synthesis and performance research of superhard materials;

Researcher Huang Ningkang's team: engaged in the research of energy beam (ion beam, electron beam, etc.) material surface modification and functional thin film.

Professor Wu Dengxue's team: solid radiation effect, thin film device, semiconductor device radiation effect, etc. (multifunctional protection research of diamond-like film in semiconductor optoelectronic device)

Professor Ran Chengguo's team: Research on nanopowder materials, whiskers, diamond films, artificial heart valve materials, β-tricalcium phosphate, zirconia and other materials.

Professor Gou Li's team: electronic materials and components, biological materials, superhard materials, mainly involving diamond films, transparent ceramic materials, biosensor materials, etc.

 

Related teams:

Academician Liu Weimin's team: Research on aerospace lubrication, material wear and synthetic lubricating materials.

Researcher Chen Jianmin's team: Special lubrication, sealing and protection materials and material surface engineering technology research, made remarkable achievements in high-tech applications of special materials and basic research on tribology applications.

Researcher Yang Shengrong's team: research on friction materials and technology, promotion of technology industrialization, scientific research management, etc.

Researcher Hu Litian's team: research on tribochemistry and lubricating materials.

Researcher Hao Junying's team: solid lubricating film materials and solid-grease composite lubricating materials.

Researcher Jia Junhong’s team: Research on new environment-adaptive high-temperature lubricating materials and nanostructure functional materials and new technology development, including design and preparation of high-temperature resistant, anti-oxidation, and wear-resistant high-temperature lubricating and protective materials in harsh environments, and research on tribological behavior, nano Research on the tribological mechanism of structural coatings and nanocomposite gradient functional coatings, research on the service behavior and damage mechanism of special lubricating materials under extreme conditions, etc.

Researcher Li Hongxuan: Basic research and applied research of physical vapor deposition and chemical vapor deposition solid lubrication, wear-resistant and protective films/coatings.

Researcher Zhang Junyan's team: microstructure construction and tribology of thin film materials, physical chemistry with controllable surface, interface and function of materials.

Key laboratories and centers: State Key Laboratory of Solid Lubrication, Research and Development Center for Lubricating and Protective Materials