Application of 1. Surfactant in Nanomaterials Science
2. Application of high-resolution transmission X-ray 3D imaging in materials science.
3. report on the reform of practical teaching of "comprehensive reform and practice of material science and engineering specialty construction and personnel training in the new century"
4. Exploration and practice of improving the quality of graduation design for materials science and engineering.
5. Reform and practice of experimental teaching for materials science and engineering.
6. Application of laser technology in materials science
7. Discussion on undergraduate teaching reform of physical properties of materials in platform course of materials science and engineering.
8. Preliminary application of quantum chemical calculation method in the field of materials science.
9. Engineering education practice of materials science and engineering specialty.
10, theory of embedded atom method and its application in materials science
1 1. The birth, application and technical development trend of modern ductile iron: the most important technological progress in materials science in the 20th century?
12, the present situation of surface treatment technology and its application in materials science
13, solid-state combinatorial chemistry and its application in materials science
14, nuclear radiation technology and its application in the field of materials science
Application of fractal theory in materials science.
16, experimental teaching reform of materials science and engineering specialty
17, the establishment and implementation of materials science and engineering practice teaching system
18, a new generation of cementitious materials-tuff-the new focus of natural science, material science and circular economy.
19, new inorganic materials research and materials science
20. Preliminary study on bilingual teaching practice of introduction to materials science and engineering.
Second, the material science graduation thesis topic recommendation:
1, on the connotation and research methods of materials science and engineering
2. Dielectric spectroscopy technology in materials science.
3. Thoughts on experimental teaching reform of materials science and engineering course.
4. A new experimental course system based on the organic combination of material science and material processing.
5. Reform of experimental teaching system for materials science and engineering.
6. The new growth point of materials science-ecological materials science.
7. Progress and prospect of stereology in material science research.
8. Material Science: Material Experiment-Establishment, application and development of drop hammer tear test method for pipeline steel.
9, composite materials science and engineering
10, the reform and exploration of the training mode of research-oriented talents majoring in materials science
1 1, Metallographic History (6): Application of Electron Microscope in Materials Science
12, the present situation and countermeasures of practical teaching of materials science and engineering specialty
Application of 13 and X-ray absorption fine structure spectrum in materials science
Application of Electronic Theory in Materials Science
15, Teaching Reform and Practice of Fundamentals of Materials Science
16, Measures and Effects of Curriculum Teaching Team Construction in College of Materials Science and Engineering
Application of computer in material science
Computer simulation in materials science
19, Development Status of Materials Science Database
20. Discussion on Bilingual Teaching of Introduction to Materials for Materials Science and Engineering Specialty
Three, the university materials science thesis topics:
1, intelligent materials-a new trend in the development of materials science
2. Cultivation of practical and innovative ability of students majoring in materials science and engineering.
3. Assumption of teaching reform and development of materials science and engineering specialty.
4. Research progress of molecular dynamics simulation in materials science.
5. Three-dimensional atom probe and its application in material science research.
6. Application of computer simulation technology in materials science
7.2 1 materials science and technology at the beginning of the century
8. Research status and development trend of materials science database.
9. Construction of Virtual Simulation Experiment Teaching Center for Materials Science and Engineering
10, molecular simulation software CERIUS2 and its application in materials science
1 1, Reform and Practice of Production Practice for Undergraduates Majoring in Materials Science and Engineering
12, application of artificial neural network in material science research
13, Teaching Reform and Practice of Basic Materials Science
14, Materials Science and Engineering Education in America and Europe (1)
15, application and prospect of artificial neural network in materials science
16, reform and practice of practical teaching for materials science and engineering specialty.
17, Practice and Thinking on Research-based Teaching of "Fundamentals of Materials Science"
18, Construction and Reform of Basic Course of Materials Science for Application-oriented Undergraduate Students
19, future-oriented teaching reform and practice of materials science and engineering specialty
20. Teaching reform and practice of basic courses of materials science.
Four, the latest materials science papers reference:
1, magnetron sputtering technology and its application in materials science
2. Preliminary study on the reform of comprehensive experimental course in teaching platform laboratory of materials science and engineering specialty.
3. Develop science in biomass materials and biomass materials.
4. Scanning electron microscope and its application in materials science.
5. Molecular dynamics simulation and its application in materials science.
6. Thinking and practice on the construction of experimental teaching demonstration center of materials science and engineering.
7. Spectral research in nanomaterial science.
8. The birth, application and technical development trend of modern ductile iron-one of the most important technological advances in materials science in the 20th century.
9. Application of electron backscattering diffraction in material science research.
10, Reform and Practice of Experimental Teaching Center of Materials Science and Engineering
1 1. Construction of curriculum system and experimental teaching system for materials science and engineering specialty
12, undergraduate education of materials science and engineering facing 2 1 century.
13. Selecting suitable reviewers to improve the academic quality of the journal —— Experience in selecting reviewers for Journal of Wuhan University of Technology-Materials Science Edition (English Edition)
14, Fractal in Materials Science
15, Reflections on the Training of Applied Talents in Materials Science and Engineering
16, Construction and Management of Platform Laboratory for Materials Science and Engineering
17, course content setting of materials chemistry and its relationship with materials science
18, exploration of comprehensive design-oriented experimental teaching of materials science foundation
19, Application Progress of Fractal Theory in Materials Science
20, the growing point of material science and technology
Five, college students' excellent materials science thesis topics:
1, application of sol-gel process in materials science
2. Reform of experimental course system for materials science and engineering.
3. The application of first principles method in materials science.
4. Introduction to Porous Materials-Materials Science and Engineering Series
5. Some hot issues of cross-century materials science and technology.
6. Some Hot Issues of Cross-century Materials Science and Technology (Abstract)
7. Some hot issues of cross-century materials science and technology.
8. The application of uniform strong magnetic field in materials science
9. Understanding and practice of teaching reform of the course "Fundamentals of Materials Science" for large materials majors.
10, some new topics of solid mechanics and materials science.
Development of modern scanning electron microscope and its application in materials science.
On the theoretical basis of materials science.
13, click Chemistry in Materials Science.
14, fractal theory and its application in materials science
15, the development of steady strong magnetic field technology and its application in materials science.
16, application of nano-indentation technology in materials science
17, electron backscattering diffraction technology and its application in materials science
18, Bibliometric Analysis of Materials Science Based on ESI Database
19, nonlinear optical crystal material science
20, the basic principles of photochemistry and photonics materials science