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Scientific research project of Hefei University of Technology School of Materials Science and Engineering
No. Project Name Project Leader Project Level Project Type Project Type 1 Sulfide Nanostructure and Hybrid Heterojunction of * * * Yoke Polymer and Its Photovoltaic Characteristics; Jiangyang National Basic Research Project of National Natural Science Foundation 2; Study on the mechanism of electrical friction and wear of molybdenum disulfide-silver-graphite composites under air and space conditions: Fengyi National Basic Research Project 3 of the National Natural Science Foundation of China; Study on the Forming Mechanism of Molybdenum Powder Sintered Materials by Equal Channel Angular Extrusion and Torsion: National Basic Research of Ping Li. The National Natural Science Foundation's general project 4 explores the glass-forming ability based on the electron transmission and damping characteristics of BMGs and its temperature behavior. The General Project 5 of the National Natural Science Foundation of China studied the mechanism of electrical friction and wear of copper -MOS _ 2 nanotube composites at high altitude. General Project 6 of Fengyi National Basic Research Fund studies alkali metal niobate base. Study on the correlation between phase composition, texture technology and mechanical and electrical properties of piezoelectric ceramics Zuo Ruzhong's national basic research and National Natural Science Foundation's general project 7 Preparation and properties of one-dimensional nano-TiO _ 2/ mica (attapulgite) composite structure: Wu Yucheng's national basic research project 8: Design and synthesis of ordered sea urchin-like nanostructures and study on the mechanism of structure modulation photoelectrochemical properties; Chen Yiqing's national basic research project 9: Study on new photovoltaic devices based on sulfur quantum dots and their energy conversion characteristics; Research on General Project of National Natural Science Foundation of Jiangyang National Foundation/Preparation and Photocatalytic Properties of * * * Modified TiO2 _ 2 Nanotube Array Thin Films10pt/(CDs-CdSe); The general project of National Natural Science Foundation of China, Lu Jun 1 1 Ce-based amorphous metallic plastics supercooled liquid and dynamic behavior of equilibrium liquid; General Project of National Natural Science Foundation of Jaco 12 Multidimensional Si Based on High Pressure Torsion Method. Study on Strengthening and Toughening Mechanism of Cp/ Al-based Composites; General Project of National Basic Research Foundation of China 13 Study on Coupling Mechanism and Simulation of Deformation-Transformation of Titanium Alloy Based on Crystal Plasticity; General Project of National Natural Science Foundation of Ping Li National Basic Research 14 Research on Short-process Efficient Manufacturing Technology of Precision Copper Tube; Li Xianfen's National Science Foundation applied research in Fengyi National High-tech Research and Development Program (863 Program) 15 Advanced Nuclear Fuel Cycle Technology Model 16 Research on Some Key Scientific Problems of China Low-activity Steel (Clam) Li Heqin's National Key Basic Research and Development Program (973 Program) 1 7 Preparation and Modification of Artificial Nanostructures as Basic Components of Artificial Nanobiological Machines Jiangyang National Key Basic Research and Development Planning Project (973) Project 65 Xue Kemin National Key Basic Research and Development Planning Project (973) Project 19 Development of Microwave Ferrite Materials Wu Yucheng National Key Basic Research and Development Planning Project (973) Item 20 Plasma irradiation experiment and nondestructive testing of plasma materials and devices Wu Yucheng National Basic Research National Key Basic Research Development Planning Project (973) Item 2 1 Multi-scale Study on Viscoplastic Behavior of Aluminum Alloy Chen Zhongjia National Basic Research National Natural Science Foundation 22 Development of ZnO-based Diluted Magnetic Semiconductor Nanowire Array Modified by Carrier Doping Jia Chong National Basic Research National Natural Science Foundation 23 New Fluorescent Materials for Solving Flash and Glare of AC LED and Their Optical Characteristics Research on Mechanism of Softening of High-strength Aluminum Alloy Joints Caused by Thermal Cycle of Laser-arc Composite Welding, supported by National Natural Science Foundation of Chen Lei, Supported by Wu Shengchuan National Basic Research Foundation, 25 Study on deformation mechanism and ductile-brittle transition behavior of intermetallic compounds at high strain rate, and supported by Qixiang National Basic Research Foundation and National Natural Science Department. Study on the structure and mechanism of biosensor based on one-dimensional TiO2 _ 2 composite nano-array; National Natural Science Foundation of China 26 Xu Guangqing National Basic Research National Natural Science Foundation of China 27 Study on the deformation and friction behavior of metal powder during high-speed pressing; National Basic Research Foundation of Wang Deguang 28 Study on impurities and defects in silicon-germanium heterojunction nanowires; One-principle study Zhou Rulong National Basic Research National Youth Natural Science Foundation 29 Structure And physical properties of single crystal silicon carbide nanotubes. Zhou Rulong's National Basic Research National Natural Science Foundation Project: Non-precious metal nitride and nitrogen oxide catalyst: over 30 yuan. Yao National Basic Research National Natural Science Foundation Project. 3 1 Back Pressure Equal Channel Angular Extrusion Molding Process and Mechanism Research of Molybdenum Powder; Ping Li National Foundation for Basic Research; Fok Ying Tung Education Foundation for Young Teachers in Colleges and Universities; 32 Research on the Structure of Sensor Devices Based on Modified TiO2 _ 2 Nanotube Arrays; Wu Yucheng National Foundation for Basic Research; National Natural Science Foundation of China; 33 Research on Electrical Friction and Wear Mechanism of Cu (Ag)-MOS _ 2 Nanotube Composites under Irradiation Environment; Yi Feng National Foundation for Basic Research; National Natural Science Foundation of China; 33 Major Research Plan.