Ni WenÂ
professor
Department of Mineral Processing Engineering
University of Science and Technology Beijing
China
Biography
July 1982 graduated from the South China Institute of Mining and Metallurgy mineral survey and exploration, received a bachelor's degree. July 1982 - September 1985 in the Ministry of Nuclear Industry 606 geological brigade work, any assistant engineer, engaged in uranium ore prospecting and exploration work. 1985-1988 Master's degree in Beijing Institute of Iron and Steel. In the graduate study during the first Sino-British Friendship Scholarship, went to the University of Birmingham to study a doctorate, mainly engaged in mineralogy and diagenetic fluid research. In 1992 July graduated from the University of Birmingham and received a doctorate. Since 1992, he has been working at the University of Science and Technology in Beijing. He is currently a professor and doctoral tutor. He is also the chief expert of the China Resources Comprehensive Utilization Association and the Deputy Secretary-General of the Tailings Union. He is the executive director of the China Silicate Society and chairman of the Petro- Earth Chemical Society executive director, China Building Materials Federation of Science and Education Committee. In 1996 was named Beijing University outstanding backbone teachers, in 1998 was named the Beijing university youth academic leaders, in 2003 by the Ministry of Education cross century talent fund.
Research Interest
mineral materials, insulation refractories and solid waste of resources research work.
Publications
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Jia L, Wen N, Miao Y. Effect of milling techniques on the high-strength structural materials made of iron tailings and fly ash. InElectric Technology and Civil Engineering (ICETCE), 2011 International Conference on 2011 Apr 22 (pp. 4945-4949). IEEE.
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Cui XW, Ni W, Ren C. Early hydration kinetics of cementitious materials containing different steel slag powder contents. International Journal of Heat and Technology. 2016 Dec 1;34(4):590-6.
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Geng BY, Ni W, Wu H, Huang XY, Cui XW, Shuang Wang S, Zhang SQ. On High-Strength Low-Shrinkage Iots-Based Concrete. International Journal of Heat and Technology. 2016 Dec 1;34(4):677-86.
