2. First Prize of Science and Technology Progress of Shandong Science and Technology Department, Research on New Technology of Large Spacing Concentrated Pillarless Mining, 2004+00.06.
3. Fourth Prize of National Technological Invention Award, Development and Application of Combined Drill Pipe of Hydraulic Rock Drill, 1999.06.
4. Second Prize of Liaoning Science and Technology Progress, Metal Tailings Glass-Ceramics Building, 2005438+0.438+02.
5. First Prize of Science and Technology Progress of Shandong Science and Technology Department, Research on Eco-industry and Circular Economy Technology of Gold Mines, 2007.338+02.
6. First Prize of Hebei Metallurgical Society for Scientific and Technological Progress, Study and Application of Stability and Safety of Surrounding Rock from Open-pit to Underground, 20 10. 12 1. Project supported by National Natural Science Foundation of China: Study on prediction method of rock slope disaster based on microseismic activity monitoring and background stress field analysis (GrantNo.. : 50574022), in charge, 2000.
2. National Development and Reform Commission's special project "R&D platform for comprehensive utilization of iron ore resources" for revitalizing the old industrial base in Northeast China, project leader, Development and Reform Hi-Tech [2004] 1597, 2004.438+02-2009.02.
3. The Tenth Five-Year National Key Scientific and Technological Project "Research on New Technology of Large Spacing Concentrated Pillarless Mining" (GrantNo.: 200 1BA609A- 10), the sub-project leader, 200 1-2005.6438+02.
4. Research on key technologies of smooth transition from open pit to underground mining (approval number: 2006BAB02A03), supported by the national "Eleventh Five-Year Plan", project leader, 2008.05438+0-2010.66438+02.
5. The "Twelfth Five-Year Plan" supported by the Ministry of Science and Technology, "Research on Key Technologies and Equipment for Chromium Mining in Gently Inclined Thin Orebodies", 2011-2014; represent
6. The "Twelfth Five-Year Plan" supported by the Ministry of Science and Technology "Research and Application of Coal Gangue High Performance Concrete Technology", 2012-2014; represent
7. National Torch Plan "Coal Gangue Building System and Industrialization System Project" (No.:2006GH060 180), project leader, 2007.438+0-2008.438+02.
8. Foundation of State Key Laboratory (Tongji University), Application Research of Mining Waste Residue in Concrete, Director 200 1.03-2002.6438+02.
9. Key scientific research project of Science and Technology Department of Liaoning Province, key technology research and demonstration project construction of tailings pond management, 2009-20 10.
10. Project of Maanshan Iron and Steel Group Company "Study on the Technology of Making Hollow Bricks from Mine Wastes in Gushan Mining Company of Maanshan Iron and Steel Co., Ltd." (approval number: 98- 18), responsible person, 1999.05-2000.09.
1 1. Project of Angang Group Company "Study on the Technology of Comprehensive Utilization of Mine Waste Residue to Produce Hollow Bricks", in charge, 2001.08-March 2002.
12. study on rock characteristics and drillability of Qian' an mining industry, project of Angang mining company, may 2007-June 2007. 12。
13. Research on Science and Technology in Shenyang:105438+0196-1-00 Study on Comprehensive Utilization of Mine Waste Residues and Key Technologies of Building Product System, 2008+0-2038+00.00.0000000000000008
14. Key Laboratory Project of Liaoning Provincial Department of Education: Study on Sintering Behavior and Physical Properties in the Process of Resource Utilization of Mining Waste Residue (Grant No. :2008S087)，2008.5438+0-20 10.5438+02。
15. Study on curtain grouting technology for preventing and controlling water safety near ore bodies in karst flooded mines, 2009-20 1 1, horizontal engineering 1. Xing Jun, nonlinear optimization technology of tunnel construction based on differential evolution and least square support vector machine, 20 13.4, mathematical problems in engineering, SCI.
2. Xing Jun, Adsorption of Lead Ions from Aqueous Solution by Wheat Bran Modified with Acetic Acid, 20 13. 12, Indian Journal of Chemistry. Socialist, SCI
3. Xing Jun, Research on Adaptive Control of Tunnel Excavation Based on Numerical Simulation and Particle Swarm Optimization, ICCTP 20 10: Green of Integrated Transportation System? Smart? Reliable, 20 10 ASCE, EI
4. Xing Jun, Controlling Earthquake Disaster and Sustainable Development of Deep Mines, Sensitivity Parameter Analysis of Mechanical Response of Tunnel Excavation Based on Seepage-Stress Coupling 3D Model, August 2009, EI,
5. Xing Jun, Controlling Earthquake Disaster and Sustainable Development of Deep Mines, Sensitivity Parameter Analysis of Mechanical Response of Tunnel Excavation Based on Seepage-Stress Coupling 3D Model, August 2009, EI,
6. Xing Jun, Song Shouzhi, Xu Xiaohe, Fine observation mechanism analysis of rock assemblage, new progress in rock mechanics and engineering,10/0/0/0, 1996.
7. Xing Jun, Song Shouzhi, Fatigue Life Prediction of Drill Pipe, International Conference on Modeling and Simulation of Metallurgical Engineering and Materials Science, 1 16, 1999.
8. Xing Jun, Study on Rock Drillability Prediction Based on De -SVM, Journal of Northeastern University (Natural Science Edition), No.31Vol.9, No.2010.09.
9. Simulation analysis of deformation and failure of supporting slope, Journal of Liaoning University of Engineering Technology, Vol.26, No.3, June 2007.
10. Xing Jun, Song Shouzhi, Study on controlled crystallization of MgO-Al2O3-SiO2 glass-ceramics, Journal of Northeastern University, 2 1, No.5, 2000.6438+00.
1 1. Xing Jun, Song Shouzhi, Liu Jun, Study on Preparation of Glass-Ceramics Building Materials from Metal Tailings, Journal of Liaoning University of Engineering Technology, 16, No.4, 1997.7.
12. Xing Jun, Song Shouzhi, Composition design and crystallization research of iron tailings glass-ceramics, comprehensive utilization of minerals, No.2, 200 1.4.
13. Xing Jun, Song Shouzhi, Study on Glass-Ceramics from Gold Mine Tailings, Journal of China Nonferrous Metals Society, 1 1, No.2, 200 1.4.
14. Xing Jun, Song Shouzhi, Study on the Technology of Comprehensive Utilization of Mining Waste Residues to Produce Hollow Bricks, China Mining Industry, Vol.9, No.3, May 2000.
15. Liu Ming, Xing Jun, etc. Adaptability of hydraulic drilling rig and upward medium-long hole drilling and blasting technology, open-pit mining technology, 2004+02.
16. Zhong Yong, Xing Jun, research on the structure and energy conversion efficiency of rock drilling bit, 2005.8, Metal Mine.
17. Xing Jun, Song Shouzhi, et al. Study on Structure and Fatigue Life of Drill Pipe, China Mining Industry, 2005+08.
18. Tian yuze, Xing Jun, research on comprehensive utilization of mining waste residue to produce sintered hollow brick, low-temperature building technology, April 2008.
19. Xing Jun, Qu Aiqiao, et al. Study on Meso-characteristics of Qian 'an Mining Area, 2008+00, Mining Express.
20. Qiu Jingping, Xing Jun, et al. Study on Physical and Mechanical Parameters of Surrounding Rock in Yunxisong Mine 10-6 Orebody Test Stope, Metal Mine, 2008+38+02.
2 1. Sun Xiaogang, Xing Jun, et al., Preparation of sintered porous decorative brick from coal gangue, metal mine, February 2009.
22. Qiu Jingping and Xing Jun. Study on ore characteristics and drillability of Qian 'an Mine, 2009.9, Metal Mine.
23. Sun Xiaogang, Xing Jun and others. Study on the influence of additives on sandstone coal gangue sintered brick, 20 10.3, mining research and development.
24. Sun Xiaogang, Xing Jun and others. , Slope Stability Analysis of the Dump of the Sixth Truck Transport Team of Gongchangling Mining Company, 20 13.7, Journal of Northeastern University (Natural Science Edition) 1. Song Shouzhi, Xing Jun and others. The invention relates to a preparation method of a mining waste residue hollow brick, with an invention patent number of ZL 99 100725.5.
Xing Jun, Qiu Jingping, etc. The manufacturing method of coal gangue sintered hollow decorative brick is an invention patent with patent number ZL2008 100 10583, 20 10 1.
3. Xing Jun, Sun Xiaogang, et al., A method for fixing sulfur in high-sulfur coal gangue sintered brick, with the invention patent number ZL2009100112.
4. Xing Jun, Qiu Jingping, a preparation method of high-sulfur coal gangue sintered porous brick, the invention patent number is ZL20091001191.3,2012.7.
5. Song Shouzhi and Xing Jun. , preparation method and product of glass-ceramic decorative brick, invention patent, patent number: ZL 981KLOC-0/7548.2,2003.438+0438+0.05.
6. Song Shouzhi and Xing Jun. A preparation method and product of glass ceramic insulator, invention patent, patent number: ZL 981KLOC-0/7459.0, June 2004 16.
7. Song Shouzhi and Xing Jun. , a cylindrical bearing tubular drill pipe, invention patent: 2003 10 103889.8, March 2, 20071.
8. Song Shouzhi and Xing Jun. , a rock drill pipe, the invention patent number is ZL93 2 28997, 2002 438+00.438+0 1.