In March 2007, he graduated from College of Materials Science and Engineering, University of Science and Technology Beijing, majoring in materials science.
In April 2007, he was transferred to the College of Materials Science and Engineering of China University of Mining and Technology.
He has participated in many scientific research projects such as the National 973 Program of Professor Qu Xuanhui and the National Fund for Distinguished Young Scholars. He has published more than 20 papers by the first author, co-published more than 10, and won 3 national invention patents. He was awarded the title of "Excellent Graduate" of China University of Mining and Technology for many times during his undergraduate course, "Excellent Student" of China University of Mining and Technology for many times during his master's degree, and "Excellent Cadre of Jiangsu Graduate Association" in 2002. During his Ph.D., he won the "Excellent Thesis Award of the First Postgraduate Academic Forum of University of Science and Technology Beijing" and won the title of "Excellent Three Good Postgraduates" of University of Science and Technology Beijing for many times.
At present, he is in charge of the "Special Research Fund for Doctoral Discipline in Colleges and Universities" of the Ministry of Education, the doctoral start-up fund of China University of Mining and Technology and the project 1 entrusted by enterprises. Participate in Shandong SME Innovation Fund 1 and Ministry of Science and Technology SME Innovation Fund 1.
In recent years, the research mainly focuses on high temperature material MoSi _ 2, and the improvement of physical and mechanical properties of MoSi _ 2 is discussed deeply and extensively, mainly focusing on the research of MoSi _ 2 heating material. Using MoSi _ 2 synthesized by self-propagating high temperature as raw material and adding binder, MoSi _ 2 heating material with temperature of 1800℃ was finally obtained, and the research results attracted extensive attention of related industries.
The prepared MoSi2 _ 2 heating element has excellent performance in oxidizing atmosphere and other special atmospheres, which has been recognized by Luoyang Refractory Research Institute of Sinosteel and TDK (Dalian, Xiamen) of Japan. MoSi2 _ 2 _ 2 heating component with complex shape specially used for silicon wafer rapid heat treatment furnace has been recognized by Japanese companies such as Hitachi and Sharp.
At present, he teaches undergraduate courses such as engineering materials and forming technology and engineering materials, and has published 2 teaching papers.
Main academic works:
Analysis of high temperature failure behavior of molybdenum disilicide heating element
Self-propagating high temperature synthesis of MoSi_2 matrix composites
Microstructure and properties of MoSi_2 heating element modified by ceramic minerals
Oxidation behavior of molybdenum disilicide powder at low temperature
Diversification and development trend of molybdenum disilicide heating elements
Self-healing behavior of MoSi_2 matrix composites at high temperature
Effect of Mo-Si starting material composition on mechanically induced self-propagating reaction
Synthesis of refractory molybdenum and tungsten silicide by mechanical activation reaction