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Graduate
Master's Degree Postgraduate Admissions Program Directory
Author：
Source：
Department：
Date：2019-10-09
| Subject Code, name, direction | test subjects | Remarks | |
180 |
Individual test candidates and part-time candidates are not admitted to the majors of this training unit | ||
| 080500 Materials Science and Engineering | ①101 Ideological and political theory ②201 English 1 or 202 Russian or 203 Japanese ③302 Mathematics II ④804 Physical Chemistry A or 808 Statistical Physics or 814 Fundamentals of Materials Science |
This major does not accept individual test candidates and part-time candidates Retest subjects: 526 Solid State Physics or 529 Metallic Materials and Heat Treatment or 530 Powder Metallurgy or 531 Plastic Working Principles or 532 Material Analysis Methods or 586 Metal Corrosion |
|
| 01 High-performance aluminum alloy/titanium alloy/magnesium alloy extrusion technology (full-time) | |||
| 02 Scientific basis of controlled solidification and controlled forming of metal materials (full-time) | |||
| 03 Material big data technology (full-time) | |||
| 04 Integrated Computational Materials Engineering (ICME) (full-time) | |||
| 05New principle and new method of toughening and plasticizing of difficult-to-process metal materials (full-time) | |||
| 06 Intelligent material preparation and processing technology (full-time) | |||
| 07 Bimetal laminated composite material (full-time) | |||
| 08 High-performance special steel (full-time) | |||
| 09 High-performance copper alloy materials (full-time) | |||
| 10 New superalloy forming technology (full-time) | |||
| 11 Specialty powder preparation technology and characterization (full-time) | |||
| 12 Advanced powder metallurgy forming technology (full-time) | |||
| 13 New sintering principle and technology (full-time) | |||
| 14High-performance iron-based powder metallurgy materials and parts (full-time) | |||
| 15 Powder superalloy (full-time) | |||
| 16 High performance cemented carbide and powder high speed steel (full-time) | |||
| 17High-performance refractory metals and alloys (full-time) | |||
| 18 Powder metallurgy titanium alloy and aluminum alloy (full-time) | |||
| 19 Reactive synthesis and nanomaterials (full-time) | |||
| 20 Hard materials and wear-resistant and corrosion-resistant coatings (full-time) | |||
| 21Powder metallurgy dispersion strengthening materials (full-time) | |||
| 22 High thermal conductivity electronic packaging materials (full-time) | |||
| 23 Hydrogen storage alloy and its application (full-time) | |||
| 24 Advanced secondary battery materials (full-time) | |||
| 25 Nanomaterials and high-energy batteries (full-time) | |||
| 26 Powder metallurgy thermoelectric materials (full-time) | |||
| 27 Powder metallurgy soft magnetic and permanent magnetic materials (full-time) | |||
| 28 Powder metallurgy porous materials (full-time) | |||
| 29 Advanced composite materials (full-time) | |||
| 30 Powder metallurgy high-speed iron friction materials (full-time) | |||
| 31 3D printing technology (full-time) | |||
| 32 Material genetic engineering (full-time) | |||
| 33 High-entropy alloy design and environmental service behavior (full-time) | |||
| 34 New technology for powder metallurgy material defect testing and characterization (full-time) | |||
| 35 Powder metallurgy material design and process simulation (full-time) | |||
| 36 Corrosion control system engineering (full-time) | |||
| 37 Polymer aging and biomedical materials service evaluation (full-time) | |||
| 38 Industrial environment corrosion damage assessment and control (full-time) | |||
| 39 Modern cathodic protection and AC and DC stray current interference (full-time) | |||
| 40 Stress corrosion and hydrogen embrittlement of metal materials (full-time) | |||
| 41 Multi-field coupling effect of functional materials (full-time) | |||
| 42 Electrochemical Engineering and Materials (full-time) | |||
| 43 Corrosion and protection of materials (full-time) | |||
| 44 Material surface chemistry and technology (full-time) | |||
| 45 Functional coating materials and technology (full-time) | |||
| 46 Electrochemical surface modification (full-time) | |||
| 47 Nanomaterials and their service behavior (full-time) | |||
| 48 Functional materials and their service behavior (full-time) | |||
| 49 Structural materials and their service behavior (full-time) | |||
| 50 Surface nanotechnology (full-time) | |||
| 5 High temperature resistant materials and their service behavior (full-time) | |||
| 52 Functional film material (full-time) | |||
| 53 High-tech thin film materials (full-time) | |||
| 54 Magnetic functional materials and devices (full-time) | |||
| 55 Magnetoelectric functional materials and devices (full-time) | |||
| 56 Material recycling technology (full-time) | |||
| 57 Harmless disposal and high-value utilization of hazardous solid waste (full-time) | |||
| 58 Green inorganic functional materials (full-time) | |||
| 59 New solar energy conversion materials and devices (full-time) | |||
| 60 New optoelectronic functional materials and devices (full-time) | |||
| 61 Advanced preparation and processing of Fe-based high-temperature superconducting materials (full-time) | |||
| 62 High-throughput preparation and characterization of metal materials (full-time) | |||
| 63 Ferroelectric functional materials and devices (full-time) | |||
| 64 Metamaterial design (full-time) | |||
| 65 New carbon materials (full-time) | |||
| 66 Dielectric material (full-time) | |||
| 67 Piezoelectric functional materials (full-time) | |||
| 68 Solid state battery (full-time) | |||
| 69 Power and energy storage battery (full-time) | |||
| 70 Hydrogen-related oxide materials (full-time) | |||
| 085600 Materials and Chemicals | ①101 Ideological and Political Theory ②201 English One or 202 Russian or 203 Japanese ③302 Mathematics II ④804 Physical Chemistry A or 814 Material Science Foundation |
Part-time candidates are not admitted to this major Retest subjects: 526 Solid State Physics or 529 Metallic Materials and Heat Treatment or 530 Powder Metallurgy or 531 Plastic Working Principles or 532 Material Analysis Methods or 586 Metal Corrosion |
|
| 01 Materials Engineering (Full-time) |