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Junhong Chen Prof. School of Materials Science and Engineering, Beijing University of Science and Technology
Professor, doctoral supervisor, visiting scholar of University of Queensland, 2019 Science and Technology Special Correspondent of Shandong Province. He is responsible for the teaching of Solid State Physics, Inorganic Material Science and Engineering Experiment for undergraduates and Refractory Material Design and Research for postgraduates. As the project leader, he undertook a number of national science and technology support plan, National Natural Science Foundation and horizontal projects. In Appl. Surf.Sci., Crystal. Growth Des., Crystengcomm., J. Eur. Ceram. Soc., Rsc. Adv., J. Alloy. Compd., J. Am. Ceram. He has published more than 50 papers in international journals such as Soc., Nanotechnology, etc., authorized and applied for more than 20 invention patents, and published 1 monograph. He has won the National Science and Technology Invention Award (second class), China Building Materials Science and Technology Progress Award (second class, two times), Shandong Province Science and Technology Progress Award (second class), Henan Province Science and Technology Progress Award (second class) and many other awards. Most of the main research results have been industrialized, such as silicon carbide ceramic inner cylinder for suspension preheater, new zero-emission pollution-free inorganic gel combined with MgO-SiO2-H2O converter hot repair material, CaO·xMgO·(6+x)Al2O3 series material suitable for clean steel smelting and with liquid steel purification function. Non-chromified, low thermal conductivity fe-Al spinel materials for cement kiln rotary-kiln sintering belt, Mgo-Al spinel composite insulation layer for transition belt, and pretropical materials designed for topo disorganized structure, etc. Among them, the ferromagnesia-Fe-Al spinel fire materials developed on the basis of Fe-Al spinel synthesized by unique technology have solved the problem of hexvalent chromium pollution in China's cement industry for decades. It also promoted the implementation of relevant national industrial policies.
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The Laboratory is mainly engaged in the basic research, scientific research and development and industrialization of inorganic materials in the fields of environment, energy, metallurgy, national defense and other related fields, focusing on the control of materials at the atomic scale, interface structure control and new material synthesis, microstructure and photoluminescence and wave absorption properties.
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