First, learn to master.
1, 080500 Materials Science and Engineering (1)
Research direction:
0 1.085 1 material physics and chemistry
Mainly engaged in modern information materials including microelectronics, communication materials, intelligent materials, energy conversion materials, nano-materials and their devices and other physical and chemical research. Focus on the preparation and application of ferroelectric, piezoelectric thin films and ceramics, multiferroic materials and their sensor technology, laser transparent ceramics, microwave dielectric ceramics, nano-materials, energy-saving materials, thermoelectric materials and luminescent materials.
Materials science I
Focus on the design and preparation of wide band gap semiconductor thin film materials, II-VI compound semiconductor materials, organic semiconductor optoelectronic materials and information functional composite materials and their applications in microelectronics and optoelectronics; Study on new preparation technology, composite interface and micro-texture of metal functional materials.
Material Science II.
Mainly study metal materials in special environments such as nuclear reactors; Carbon/carbon composites and special fiber materials; The formation and metastable phase transition of amorphous alloy materials: the behavior of hydrogen in metals and alloys: the new phenomenon of structural changes of advanced functional materials (such as battery materials and magnetic materials), the new technology of material preparation and the application of materials in the fields of information, energy, structure, environmental protection, corrosion and protection.
04.080503 Material Processing Project 1
The first material processing project (metal material direction) mainly studies automobile metal materials, tool and mold materials, amorphous and nano materials, new casting alloys and other materials, focusing on strengthening and toughening of metal materials, solidification technology, plastic forming technology, casting technology, heat treatment technology, surface modification and alloying of metal materials, and material integration calculation methods.
05.080503 Material Processing Project II
This paper mainly studies the refining of metal materials, melt treatment and analysis, numerical simulation of machining process, treatment and utilization of waste in machining process and application of electromagnetic field in material processing and preparation.
Instructor:
Academician Zhou Bangxin, Academician Sun, Lu, Zhai, Li Lin, Wei Xicheng, Zhang Henghua, Zhu Huihui, Yang Yitao, Shi Wen, Lu Xiaogang, He Yanlin, Chen Yexin, Li Aijun, Li Moucheng, Mars, Liu Wenqing, Lu Zhanpeng and Wang Gang. Wang Linjun, Yang Qiuhong, Zhu Yubin, Cao Guanghui, Deng Kang, Hong Xin, Chonghe Li, Wang Xueguang, You Linjing, Zhong Yunbo, Gao Yulai, Li Xi, Yao Meiyi, Cheng Xiaoying, etc.
Number of students enrolled: 227
Examination subjects:
1. 10 1 ideological and political theory
2.20 1 English 1
Math II
4. Material Physics and Chemistry: 843 Physical Chemistry (II) or 844 General Physics (II)
Materials Science I: 843 Physical Chemistry II or 844 General Physics II
Material Science II: 843 Physical Chemistry II or 845 Fundamentals of Material Science
Materials Processing Engineering I: 845 Fundamentals of Materials Science
Material Processing Engineering II: 843 Physical Chemistry II or 844 General Physics II or 845 Fundamentals of Material Science
5. Re-examination subjects:
Physics and chemistry of materials: solid physics or quantum mechanics or inorganic chemistry.
Materials Science I: Solid State Physics or Quantum Mechanics or Inorganic Chemistry
Material Science II: Solid Physics or Material Science Foundation or Physical Chemistry
Material Processing Engineering I: Fundamentals of Material Engineering (solid phase transformation or metal materials science or mechanical properties of materials)
Material Processing Engineering II: Foundation of Material Science or Physical Chemistry or Metal Material Science
note:
1. You can apply for this major across disciplines: candidates majoring in material physics, material chemistry, inorganic nonmetallic material engineering, condensed matter physics, applied physics, microelectronics, electronic science and technology, physical chemistry, polymers, metal materials, material physics, material chemistry, condensed matter physics and physical chemistry are welcome to apply.
2. The re-examination subject shall not be the same as the initial examination subject.
3. There are a certain number of graduate students and doctors in each direction every year.
This major was trained by the College of Materials Science and Engineering.
contact information
Materials physics and chemistry, materials science I: Zhang 021-66132031.
Material Science II: Yao 02 1-56338586
Lin Genwen 021-56331537gwlin126 @126.com.
Material processing project 1: Min Yongan 02 1-56334 194 Li Na and linaysu@shu.edu.cn.
Material processing project 2: Zhong Yunbo 02 1-56336048 Tu Tingsheng tstu@mail.shu.edu.cn.
2080500 Materials Science and Engineering (2)
Research direction:
0 1.085 1 material physics and chemistry
Mainly engaged in structural design and structure-activity relationship research of high-performance inorganic materials; New energy conversion and storage materials and devices; Qualcomm preparation, characterization and structure-activity relationship of high performance lithium ion battery materials: thermoelectric conversion materials; Design, optimization and principle of energy-saving materials and systems; Intelligent materials; Energy conversion mechanism and transport physics under the coupling of multiple physical fields; Physical, chemical and high specific energy systems on the interface; The relationship between domain structure of new functional materials and multicomponent solid solution and cross-scale interface; Multi-scale microstructure relationship of advanced structural materials and regulation law of multiphase solid solution and interface.
02.00502 materials science
The thermodynamic calculation and phase transformation dynamics simulation of titanium alloy are emphatically introduced. Theoretical calculation and experimental determination of physical and chemical properties of melt; Computational physical chemistry of material properties and preparation process; Thermodynamics and kinetics of metal extraction process: experimental determination of alloy thermodynamics and phase diagram: application of first-principles calculation in alloy design: computational thermodynamics of multicomponent multiphase alloy system, material design database and phase equilibrium theory; Phase field simulation and phase transformation dynamics simulation of multicomponent multiphase alloy system: thermodynamic calculation and phase transformation dynamics simulation of superalloy: metal material design based on the concept of "material genome"; The use and failure of advanced materials.
Instructor:
0 1 direction: Luo, Gu Hui, Shi Siqi, Wang Deyu, Guo Bingkun, Yang Jiong, Xing.
Directors: Wang,,, Chen, Lu Xiaogang,,, Li Moucheng, Zhao Yan, PG One, Leng Haiyan.
Number of students enrolled: 6.
Examination subjects:
1. 10 1 ideological and political theory
2.20 1 English 1
Math II
4. Material Physics and Chemistry: 843 Physical Chemistry (II) or 844 General Physics (II)
Material Science: 843 Physical Chemistry (II) or 844 General Physics (II) or 845 Fundamentals of Material Science or 897 Thermodynamics of Metal Materials.
5. Re-examination subjects:
Physics and Chemistry of Materials: Solid State Physics
Materials Science: Fundamentals of Materials Engineering (solid phase transformation or metal materials science)
note:
1. This major is cultivated in the Institute of Materials Genome Engineering.
2.www.mgi.shu.edu.cn Institute of Materials Genome Engineering.
Second, the master
1, 085204 Material Engineering (1)
Research direction:
0 1. tool and die materials and their surface technology, automotive metal materials (steel plate, aluminum alloy, structural steel), material alloy design and thermodynamic and kinetic calculation, high-performance metal materials, metal hot working and its numerical simulation.
02. Thin film electronic materials, information function composite materials, photoelectric materials and devices, intelligent materials and systems, nano materials and devices, advanced ceramic materials, energy conversion materials.
03. Refining of metal materials, melt treatment and analysis, numerical simulation of processing, waste treatment and utilization in processing, and application of electromagnetic field in material processing and preparation.
04. High-performance advanced engineering materials and functional polymer materials, with the design and synthesis of polymer molecules, high-performance polymer engineering materials, biomedical polymer materials, functional polymer materials with optical, electrical, magnetic, catalytic and bionic characteristics, environment-friendly polymer materials and resin-based composite materials as the main research directions.
05. Nuclear reactor structural materials, carbon/carbon composite materials, special fiber materials, amorphous alloy materials, new special steels and superalloys, new preparation processes of materials and applications of materials in the fields of information, energy, structure, corrosion and protection.
Instructor:
Academician Zhou Bangxin, Academician Sun, Lu, Zhai, Li Lin, Shao Guangjie, Wu Xiaochun, Wei Xicheng, Zhang Henghua, Zhu Lihui, Yang Yitao, Shi Wen, Lu Xiaogang, Chen Yexin, Dong Yuanda, Li Aijun, Li Mocheng, Li Ying, Liu Wenqing and Lu Zhanpeng. Wang Linjun, Xia Yiben, Yang Qiuhong, Zhu Yubin, Cao Guanghui, Deng Kang, Hong Xin, Chonghe Li, Wang Xueguang, You, Zhong Yunbo, Gao Yulai, Li Xi, Zhang Afang, Liu Yinfeng, Yin Jingbo, Guo Qiang, Li Liu, Cheng Xiaoying, Yao Meiyi and other associate professors 165438.
Number of students enrolled: 49
Examination subjects:
1. 10 1 ideological and political theory
2.204 English II
Math II
4.0 1 Direction: 92 1 Foundation of Materials Science (College)
Direction: 922 Physical Chemistry (II) (College) or 923 General Physics (II) (College)
Direction: 92 1 Fundamentals of Materials Science (Specialty) or 922 Physical Chemistry (Specialty) or 923 General Physics (Specialty)
Direction: 922 Physical Chemistry (2) (Special)
05 direction: 92 1 foundation of materials science (college) or 922 physical chemistry (2) (college)
5.0 1 direction: materials engineering foundation (solid phase transformation or metal materials science or material mechanical properties)
Direction: solid state physics or quantum mechanics or inorganic chemistry.
Direction: basic materials science or physical chemistry or metal materials science.
04 direction: comprehensive knowledge of polymers
Direction: solid state physics or material science foundation or physical chemistry.
note:
This major was trained by the College of Materials Science and Engineering.
Contact person:
0 1 direction: min yongan 56334194 mya@staff.shu.edu.cn.
02 direction: Zhang 66 13203 1.
Direction: Zhong Yunbo 56336048 yunboz@staff.shu.edu.cn
Direction: Sun Ying 66138063 polymer@oa.shu.edu.cn.
05 direction: Yao 02 1-56338586.
Lin Genwen 021-56331537gwlin126 @126.com.
2, 085204 material engineering (2)
Research direction:
0 1. Energy storage and conversion materials
02. Electrorheological Fluid Materials
03. Thermoelectric materials
04. Energy-saving materials
05. Microstructure relationship and evolution law of structure and functional materials.
Instructor:
, Luo, Gu Hui, Shi Siqi, Wang Deyu, Guo Bingkun, Yang Jiong, Xing.
Number of students enrolled: 6.
Examination subjects:
1. 10 1 ideological and political theory
2.204 English II
Math II
4.922 Physical Chemistry (II) (Specialty) or 923 General Physics (II) (Specialty)
5. Solid state physics (retest subject)
note:
1. This major is cultivated in the Institute of Materials Genome Engineering.
2.www.mgi.shu.edu.cn Institute of Materials Genome Engineering.
I wish the postgraduate entrance examination a success!