Sun Wei

Sun Wei

Professor, doctoral supervisor. He graduated from Department of metal physics of Northeast University in 1984. Research interests: apply advanced electron microscope technology to study the microstructure and transformation mechanism of various materials at the atomic resolution level, so as to lay the foundation for microstructure design, performance improvement and new material development. The research involves Quasicrystal Materials, high temperature superconducting materials, magnesium, aluminum, titanium based light metal alloy structural materials and new medical materials. So far, more than 80 papers have been published in academic journals indexed by SCI at home and abroad, and cited by international well-known academic journals for more than 600 times.

Personal profile

In 1987, he obtained a master's degree from the Department of metal materials. In 1994, he completed his doctoral program in engineering research department, College of Tohoku University, Japan, and obtained his doctorate in materials science. From 1994 to 1997, he won the postdoctoral research fund of the National Research Institute of Japan Science and Technology Agency. He was a special researcher of science and technology in the Institute of metal materials technology of Japan Science and Technology Agency. He was engaged in the research and development of low-temperature structure of high-temperature superconducting materials and in-situ observation technology of electron microscope. From 1997 to 1998, he worked as an assistant researcher in the Department of physics, University of Virginia, USA, engaged in the research and development of iron-based nano / amorphous materials. In December 1998, he was employed by the Institute of metal materials, Northeastern University of Japan as the official scientific instructor of the Ministry of education, engaged in the research on the formation and structural characterization of quasicrystals. In December 2003, he was employed as a distinguished professor in Beijing and returned to China to take charge of the initial construction of the Institute. At that time, he was the director of the Institute of solid microstructure and properties of Beijing University of technology. Since returning to China, he has successively presided over and participated in more than 10 scientific research projects, including 3 projects sponsored by the National Natural Science Foundation of China, 1 project sponsored by the Beijing Municipal Natural Science Foundation and 1 project sponsored by the Beijing Municipal Education Commission, and 1 doctoral program funded by the Ministry of Education. We have trained 3 doctoral students and 12 master students.

Research direction

(1) Structural analysis of atomic clusters and new defects in periodic and quasi periodic complex alloys (NSFC) (2) composite strengthening mechanism, microstructure design / performance characterization of Mg rare earth alloys (NSFC) (3) design, structure characterization and related properties of new biomedical Ti based alloys (NSFC)

core curriculum

·Research methods of electron microscopy for solid microstructure · electron diffraction physics · modern analytical experiment · progress of modern analytical technology

academic achievements

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two thousand and eleven

）

1.X.M. MaandW.Sun :“Characterizationofdeformationlocalizationincold-rolledmetastableβ-Ti–Nb–Ta–ZrAlloy”JournalofAlloysandCompounds509S(2011)S294–S298. 2.R.Murao,M.Genba,K. SugiyamaandW.Sun “TheStructureofanAl-Ni-RuMonoclinicPhaseAl13(Ru, Baidu Encyclopedia content is shared by netizens. If you find that your data content is inaccurate or incomplete, you are welcome to use my data service (free) to participate in the correction. Go to > > now