Main social part-time job:
Main scientific research projects hosted and participated in: 2004.4 Person in charge of the gypsum block phosphogypsum raw material test project
2001.2 Person in charge of the research project on phosphogypsum brick making technology
2002.9 Person in charge of the development and utilization project of water-quenched yellow phosphorus waste residue
2003.2 Sodium bentonite used as binder to make coal briquettes Research project leader
2004.4 Holographic phosphogypsum block material research project leader
2004.10 Acid-resistant concrete pipe development project leader
2004 ．12 Project leader for the development of acid-resistant reinforced concrete pipes in slag yards
2006.12 Project leader for the research and formulation of product enterprise standards for water-resistant high-strength phosphogypsum bricks
2007.1 Glass ceramic properties Testing project leader
2007.5 Project leader for the development of high-performance acid-resistant concrete pipes
2003.12 Participated in the current situation analysis and development strategy research of Chongqing’s building materials industry
2005.6 Research and practical participation on the overall optimization of the experimental course system for inorganic non-metallic materials majors
2005.6 Research and practical participation on the reform of teaching methods and teaching content of civil engineering materials courses for civil engineering majors
Papers, monograph publications and awards: 1. Research on the properties of yellow phosphorus slag-phosphogypsum composite cementitious materials,
May 2007, Volume 21, Issue 5A, Materials Herald, first author
p>2. Improve the teaching practice of building materials major and build a complete knowledge structure for students,
Volume 11, 2005, Journal of Chongqing University (Social Science Edition), first author
3. The influence of curing system on the strength and durability of gypsum blocks
Volume 27, 2005, Journal of Chongqing Jianzhu University' first author
4. Using P-type bonding Production of synthetic ammonia from coal rods
Volume 28, 2003 'Guizhou Chemical Industry, second author
5. Pozzolanic reaction and enhancement effect of active mineral admixture in high-strength and high-performance concrete
2006.3 National Research and Engineering Application Technology Exchange Conference on High Performance Concrete and Mineral Admixtures', second author
6. Filling effect and plasticizing effect of active mineral admixtures
2006.3 National Research and Engineering Application Technology Exchange Conference on High-Performance Concrete and Mineral Admixtures, Second Author
7. Specific Strength of Pozzolanic Effect of High-Performance Concrete Active Mineral Admixtures Analytical methods
2006.3 National Technical Exchange Conference on Research and Engineering Application of High-Performance Concrete and Mineral Admixtures, second author
8. Ground slag powder collapsed on a large span of Chongqing Light Rail Application of high-performance concrete in T-beams
2 May 2007, Volume 21, Issue 5A, Materials Herald, third author
9. High-strength, high-performance and large-content pulverized coal Gray Concrete
2006.3 National Research and Engineering Application Technology Exchange Conference on High-Performance Concrete and Mineral Admixtures, third author
10. Preparation of 150-200MPA ultra-high-performance concrete
2005.1 Industrial Architecture, third author
11. Environmental ecology and technology of concrete High Performance Concrete with High volume Fly Ash
2005.6, International symposium on Environmental ecology and technology of concrete' the third author
12. Discussion on the reinforcement properties of fly ash cement
2005.6 Journal of Chongqing University, the third author
13. Preparation technology of large-volume fly ash concrete
2005.5 Journal of Chongqing University, third author
14. Reform structure of experimental course system for building materials major
Vol.9 added in 2003, Journal of Chongqing University (Social Science Edition), third author
"Professional Experiments in Building Materials Engineering", "China Building Materials Industry Press" 2003.4 Own responsibility 53,000 words
Award-winning patents and other honors: 1. January 2001: The multimedia teaching software "Design Concept of Concrete Products Factory—Three-stage Prestressed Concrete Pipe Making Technology" was awarded by Chongqing Higher Education Third Prize in the Outstanding Scientific Research Achievement Competition of the Educational Technology Professional Committee of the Society
2. June 2005: "Research and Practice on the Overall Optimization of the Experimental Course System for the Inorganic Non-Metallic Materials Major" ranked fifth and won the 2004 Chongqing University Award First Prize for Annual Teaching Achievements
3. November 2005: "Research and Practice on the Overall Optimization of the Experimental Course System for Inorganic Non-metallic Materials Major" ranked fifth and won the second prize for Chongqing Higher Education Teaching Achievements
4. June 2005: "Research and Practice on the Reform of Teaching Methods and Teaching Content of Civil Engineering Materials Courses for Civil Engineering Majors" ranked fourth and won the second prize of Chongqing University's 2004 Teaching Achievements
5. Winning Prize in the Demonstration and Warning Education Speech Contest of Chongqing University in April 2002
6. Winning the Special Award of the School of Materials Science and Technology in January 2003
7. July 2004 Second prize in the first lecture competition of the School of Materials Materials in June
8. Won the trade union activist of Chongqing University in June 2004
9. Won the advanced worker of Chongqing University in 2007
10. Patent: ZL2005 1 0008926.6 Hydrated calcium silicate nano-coating and its production method, ranked third,
approved by the State Intellectual Property Office
11. Patent application No.: 2006100511125, high-strength water-resistant gypsum bricks and their preparation methods, ranked first
It has been accepted by the State Intellectual Property Office and is undergoing practical review procedures
Main research directions: 1. Building materials 2. Comprehensive utilization of industrial waste residues (especially the comprehensive utilization of chemical gypsum and various water-quenched slags)