Distinguished professor, "Chutian Scholar Program" of School of Materials and Metallurgy, Wuhan University of Science and Technology.
Director, Key Laboratory of Steel Metallurgy and Resource Utilization, Ministry of Education, Wuhan University of Science and Technology
Born in 1963, vice president of the International Iron and Steel Research Institute of Wuhan University of Science and Technology, 1985 graduated from Northeastern Institute of Technology (now Northeastern University) majoring in metallurgical physical chemistry, and 1988 stayed on as a teacher after obtaining a master's degree in the same major. 1994- 1997 studied at the institute of advanced materials of tohoku university, Japan (now known as the institute of multi-material science) and obtained a doctorate in engineering. From 2000 to April 2002, he served as a visiting researcher in the Department of Materials, Department of New Field Creative Science, Graduate School of Tokyo University, Japan;
In 2003, he was the first-class candidate for the new century high-level talent project in Hubei Province, and in 2004, he was the doctoral supervisor. Young and middle-aged experts with outstanding contributions in Hubei Province in 2005. In 2006, Wuhan University of Science and Technology produced excellent products in party member.
Distinguished professor of Wuhan University of Science and Technology, "Chutian Scholar"; First-class candidate for high-level talent project in Hubei province in the new century, member of Japan Iron and Steel Association and Japan Metal Society. Young and middle-aged experts with outstanding contributions in Hubei province, outstanding teachers in Hubei province, and director of the key laboratory of iron and steel metallurgy and resource utilization of the Ministry of Education. In 2008, he was awarded "Advanced Young Metallurgical Science and Technology Worker" by China Metal Society. 20 10 personnel who enjoy the special government allowance of the State Council.
Engaged in the teaching and research of metallurgical physical chemistry and material preparation technology, steel metallurgy. The courses taught include: physical chemistry, metallurgical physical chemistry experiment, metallurgical physical chemistry research methods, environmental protection and energy saving of iron and steel metallurgy, metallurgical electrochemistry, inorganic material science, metallurgical process component analysis technology, comprehensive utilization of composite ore, advanced metallurgical physical chemistry and so on.
Presided over the completion of a number of national natural science funds and provincial and ministerial scientific research projects. "Study on selective precipitation of titanium components in blast furnace slag" solved the technical problem of titanium recovery from blast furnace slag, and the provincial appraisal conclusion was "world innovation" and won the national invention patent. Won the second prize of scientific and technological progress of the Ministry of Education (formerly the State Education Commission), the second prize and the third prize of scientific and technological progress of Liaoning Province. * * * Apply for 4 invention patents, and 2 invention patents have been authorized. He has published more than 100 research papers in academic journals and conferences at home and abroad, among which SCI, EI and ISTP have included 15, 23 and 4 respectively. Editor-in-chief monograph "Environmental Protection and Energy Saving in Iron and Steel Metallurgy", published by Metallurgical Industry Press in 2006. 1. Li Guangqiang, Guo Muxing, et al. In-situ observation of nitrogen release in high nitrogen steel [C].Procd. Intern's. Sugar Paste on High Nitrogen Steel 2006, August 29-3 1, Jiuzhaigou, Sichuan, China, Metallurgical Industry Press, April 200615-420.
2. Li Guangqiang, Jianghu. Ma, Hong Wei. Ni et al. Effect of oxide additives on the reaction of iron carbide formation at 1023K [J]. ISIJ International, Vol.46 (2006), No.7: 98 1-986.
3. Li Guangqiang, Tasuku. Hamano, build a bridge and be filial. Effect of Na2O and Al2O3 on dephosphorization of high alkalinity MgO saturated Cao-Feox-SiO _ 2 slag system [J].ISIJ International, Vol.45, 2005: 12- 18.