Basic Introduction Chinese Name: School of Resources and Materials, Northeastern University Qinhuangdao Abbreviation: Dongqin Institute of Materials Founded: 2065438+March 23rd, 2002 Category: Public University Area: China, Hebei, Qinhuangdao Cooperative University: School of Materials Science and Engineering, Northeastern University? Students: 1267 undergraduate and graduate students. Reason for establishment: adapt to economic development, optimize allocation and integrate resources. Teacher: 65,438+0,000 Professor: 65,438+0.2 Doctoral Supervisor: 3 Master Supervisor: 65,438+0.6 Tutor: Introduction of Northeastern University Qinhuangdao Branch, teaching staff, scientific research equipment, scientific research achievements and student internship. The College of Resources and Materials of Northeastern University in Qinhuangdao has seven undergraduate majors, including environmental science, resource exploration engineering, metallurgical engineering, material science and engineering, functional materials, material forming and control engineering, and environmental engineering, with 65,438 undergraduate and graduate students. At present, the graduate students enrolled include mineral exploration, nonferrous metallurgy, iron and steel metallurgy, material science, material processing, environmental science, environmental engineering and other disciplines. Teachers' College has 100 teachers, including professors 12 and associate professors 19. There are 3 doctoral tutors, 16 master tutors, 2 outstanding talents in the new century from the Ministry of Education, 1 member of the material teaching steering committee of colleges and universities in Hebei Province, 2 second-level candidates and 5 third-level candidates for the "Three Three Three Three Talents Project in the New Century" in Hebei Province. 100% of the professional teachers have doctoral degrees, and all of them graduated from well-known domestic key universities ("21"and "985" universities) and well-known scientific research institutes. The teaching staff has rich academic background, reasonable structure and high level of scientific research and teaching. The college has eight R&D institutions, including green comprehensive utilization engineering center of resources, applied geology research institute, environmental pollution control and recycling technology research institute, modern surface technology center, new materials research institute, material molding research institute and metallurgical engineering research institute, advanced energy chemistry and materials application technology research institute, and has key laboratories of dielectrics and electrolytes in Hebei Province and clean conversion and efficient utilization of resources in Qinhuangdao City. There are 26 professional laboratories under the experimental center of the Institute of Scientific Research Equipment, Resources and Materials. The laboratory serves teaching, scientific research and various scientific and technological innovation competitions, and has a number of large-scale analysis and testing equipment and various processing equipment representing the advanced level in this field, which can provide experiments such as material analysis and characterization, physical and chemical performance testing, and can provide experimental places for various competitions. The experimental center has established a laboratory alliance with the testing center of Tsinghua University Branch and the analysis and testing center of North China University of Science and Technology to meet the higher-level scientific research needs of teachers and students. Resources and Materials Experimental Center has digital network interactive metallographic teaching system, Agilent RF impedance/material analyzer E499 1A, high performance liquid chromatograph, infrared spectrometer, ultraviolet-visible spectrophotometer, dynamic elastic modulus tester, thermal expansion coefficient tester, automatic welding equipment, sheet metal hydraulic stretcher, welding robot, vertical continuous casting device, converter electromechanical integrated teaching and scientific research physical model, 500t vertical four-column hydraulic press, 800t horizontal hydraulic press, 350 two-high reversible hot rolling mill, vacuum medium-frequency induction heating melting furnace, 300/600 DSC- 1 differential thermal analyzer, plasma spraying equipment, magnesium alloy melting furnace, universal friction and wear tester, micro-arc oxidation equipment, direct drum, dual-channel system digital source meter testing system, and comprehensive tester for brittle material surface mechanics. A number of advanced experimental equipment and instruments, such as piezoelectric coefficient tester for piezoelectric materials, fluorescence spectrophotometer, microcomputer differential thermal TG-DTA, X-ray diffractometer, Leica DMI 5000M intelligent digital automatic inverted metallographic microscope, Nabertherm high-temperature experimental furnace imported from Germany, vibrating sample magnetometer, nano-amorphous ribbon throwing device, rheometer, polymer universal testing machine, various Brinell, Rockwell and Vickers hardness testers, and experimental furnaces for sintering and heat treatment at various temperatures. It also owns German Zeiss emission scanning electron microscope, Japanese rotating target X-ray diffractometer, digital network interactive metallographic teaching system, Agilent RF impedance/material analyzer E499 1A, high performance liquid chromatograph, welding robot, vertical continuous casting device, converter mechatronics teaching and scientific research physical model, 350 two-roll reversible hot rolling mill, plasma spraying equipment, micro-arc oxidation equipment and Leica DMI 5000M fully automatic inverted metallographic microscope. In the past five years, scientific research achievements have participated in and independently undertaken more than 200 scientific research projects, including 5 national "973" projects, 3 national "863" projects, 20 national natural funds, 2 new century talents projects of the Ministry of Education, doctoral programs for new teachers of the Ministry of Education 1, 82 provincial and ministerial projects, 9 departmental projects 19, and 70 municipal and other projects. Teachers' scientific research projects won 7 provincial and ministerial science and technology awards and applied for more than 70 national invention or utility model patents. In recent five years, teachers have published more than 500 academic papers in various high-level academic journals and conferences at home and abroad as the first author, of which more than 200 papers have been retrieved by SCI, EI or ISTP. Zhuo Shengguang's scientific research project "Comprehensive Analysis of Casing Damage in Yumen and Bohai Bay Area and Research on Repair and Prevention Technology" won the first prize of scientific and technological progress of China Petroleum and Chemical Industry Federation; Li Mingya's scientific research project "Development of High Performance Bi-based HTS Long Strip" won the first prize of Beijing Science and Technology Award in 2004 and the second prize of National Science and Technology Progress Award in 2006. Qi Xiwei's scientific research project "Basic Research on the Application of New Generation Chip Inductor Materials" won the second prize of Electronic Information Science and Technology Award of China Institute of Electronics in 2004; Qi Xiwei's scientific research project "High-performance low-temperature sintered soft ferrite materials" won the second prize of national technological invention in 2005. Teachers' scientific research projects won 5 provincial and ministerial science and technology awards and 20 national invention patents. As the first author, the teacher published more than 200 academic papers in high-level academic journals and conferences such as Molecular Catalysis A: Chemistry, Advanced Functional Materials, Journal of American Ceramic Society, Superconducting Science and Technology, and Environmental Chemistry, among which more than 40 papers were retrieved by SCI, EI or ISTP. Among them, Qi Xiwei's research paper "Study on Magnetic Properties and Dielectric Properties of Ferroelectric/Ferromagnetic Composites" and Luo Shaohua's research paper "Study on Low-temperature Combustion Synthesis of Barium Titanate and Dielectric Properties of Ceramics" won the first prize in the First Silicate Journal as excellent academic papers, while Luo Shaohua's research paper "Study on Low-temperature Combustion Synthesis of Barium Titanate and Dielectric Properties of Ceramics" won the first prize. Students' Practice College attaches great importance to students' practice, with 28 practice education bases, including 9 off-campus practice education bases/kloc-0 and 9 on-campus practice education bases. The base has advanced domestic equipment, which can provide a complete technological process for students of related majors, so that students can integrate theory with practice. At present, it has established off-campus practice bases with Qinhuangdao Environmental Monitoring Station, Qinhuangdao No.1 Sewage Treatment Plant, Hua Yao Glass, Oger Profile, Qin Tian Plastics, Yanshan University Machinery Factory and Aidete High-tech Ceramics Co., Ltd., which provides a good platform for students' practice. In addition, the College has established good long-term cooperative relations with the School of Materials Science and Engineering of Northeastern University, Tsinghua University Institute of Materials and State Key Laboratory of New Ceramics and Fine Craft, School of Chemistry and Chemical Engineering of Guangxi University, School of Surface Engineering of China Geo University, School of Materials Science and Engineering of University of Science and Technology Beijing, School of Materials of Beijing Institute of Technology, School of Materials of Chongqing University and School of Materials of Yanshan University.