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Resume：  

1.1988/09 – 1992/07, Bachelor of Mining Engineering, Wuhan University of Science and Technology.

2.2000/09 – 2003/07, Master of Mining Engineering, Xi’an University of Architecture and Technology.

3.2005/09 - 2009/05, Doctor of Mining Engineering, Central South University.

4.2009/06 – now, associate professor, School of Civil and Resource Engineering, University of Science and Technology of Beijing.

Research field：

1.Mining technology for metal and non-metallic mines.

2.Mine safety technology.

3.Mining development support and rock reinforcement technology.

4.Leaching mining technology.

5.Backfilling and tailings disposal technology.

Undergraduate courses：

1.Principles of Mine Design

2.Mine Ventilation and Dust Control

Postgraduate courses：

1. Overseas Mineral Resources Exploitation

Patent award appraisal：

Patent:

1.A field sampling device for filling slurry

2.An automatic slope drainage system

3.A paste saturation concentration measuring device

4.The utility model relates to a test device for testing rainwater erosion of tailings paste deposit body

5.A system for fluidized mining and bacterial leaching of ultra-fine tailings

6.A dynamic simulation device for tailings thickening

7.The invention relates to a method for fractional leaching of high mud - bearing oxidized ore

8.A backfill support method

9.The utility model relates to a method for mechanically installing resin anchor rod

10.A resin cap suitable for fixing a resin anchoring cartridge

11.A rapid determination device for concrete slump and its application method

12.The utility model relates to a classification method for building a pile of highly muddy oxidized ore

13.A method for constructing ore heaps by water

14.The invention relates to a method for curing spontaneous combustion of sulfide ores by bacterial leaching

The award-winning patent：

1.Basic research and application of leaching mining, 2012, the First Prize of Beijing Science and Technology Progress award.

2.Comprehensive technologies of non-waste mining with total-tail-paste gravity flow filling in deep water-rich deposit, 2012, China Nonferrous Metal Industry Science and Technology award, the Second Prize.

3.Key technologies of mining in open-underground combined with high-efficiency under complex conditions of broken rockmass, 2010, National Science and Technology Progress award, the Second Prize.

4.Research on integrated technologies of open-underground combined mining under complex broken conditions of Jinfeng Gold Mine, 2010, Science and Technology award of China Gold Association, the Super Prize.

5.Research on rock mechanics and ground pressure monitoring technology in complex cavities, 2010, China Nonferrous Metal Industry Science and Technology award, the Second Prize.

6.Comprehensive technologies research on pillar recovery in the extra-large empty area of Shizishan Copper Mine, 2001, China Nonferrous Metal Industry Science and Technology award, the Second Prize.

7.Research on optimization of open stoping with backfilling mining method and mining system in Dongguashan Copper Mine, 2007, Science and Technology award of Anhui province, the Second prize.

8.Research on rock burst and ground pressure monitoring technology in deep well, 2007, China Nonferrous Industry Science and Technology award, the First Prize.

Scientific research projects：

1.Study on pore evolution and solution seepage law of ore piles in leaching process, supported by NSFC, 2012- 2014

2.National Science and technology support project of the 12th five-year plan: High-efficiency mining technology of complex gold mines, 2012- 2015

3.Key project of national natural science foundation of China: Response mechanism and process control of ore leaching system under multi-phase and multi-field conditions, 2009- 2013

4.Research on the mining technology of Baluba Copper Mine of CNMC LCM., 2012-2015

5.Research on the comprehensive utilization technology of low-grade lead and zinc ore and associated mineral resources in Bainiuchang Mine, 2013-2014

6.Research and test on mining technology of No.4 ore body of Tangdan Copper Mine, 2012-2015

7.Research on high-efficiency mining method and waste rock filling technology for inclined medium-thick ore body under complex goaf conditions, 2012-2013

8.Experimental study on paste filling technology of Chambishi Copper Mine, 2013-2014

9.Research on mining method and supporting technology of west ore body of Chambishi Copper Mine, 2010-2013

10.Research on safe and efficient mining technologies for deep ore body of Chambishi Copper Mine, 2013-2015

11.Research on optimization technologies of complex hoisting and transportation system in Bainiuchang mine, 2013-2014

Representative papers and works：

1.Wang Yi-ming, Wu Ai-xiang, Zun-ming et al. Ultrasonic enhanced leaching experiment and mechanism analysis of low-grade copper sulfide deposit [J], chinese journal of nonferrous metals, 2013,23 (7) : 2019-2025.

2.Wu Ai-xiang, Li Li, Wang Yi-ming et al. Mechanical characteristics of interaction between fast-setting and slow-setting prestressed resin anchor and surrounding rock [J], journal of university of science and technology Beijing, 2012,34 (4) : 363-367;

3.Wang Yi-ming, ai-xiang wu, hui-ming shen, et al. Research on rock mechanics and ground pressure monitoring technology in extremely large and complex goaf [R], 3rd national conference on hydraulic rock mechanics, 2011,;

4.WANG Yi-ming, WU Ai-xiang, CHEN Xue-song New mining technique with big panels and stopes in deep mine[J],Transactions of Nonferrous Metals Society of China,18(2008):183-189;

5.Aixiang Wu, Mingqing Huang, Yiming Wang* Pyrite Desulfurization Under Variable Initial pH Conditions Using Extreme Thermophilic Bacteria[J],JOURNAL OF PURE AND APPLIED MICROBIOLOGY, Nov. 2013. Vol. 7(Spl. Edn.), p. Proof;517-523

6.Wang, Yi Ming (1); Huang, Ming Qing (1); Wu, Ai Xiang  Rock backfill and hazard control of abandoned stopes: A case study[J], Applied Mechanics and Materials, 2013, V368-370,p1726-1731

7.Wang Y.H. Yao G.H. Yi H.B. Mechanical stability of intensitying mining for residual ore under complicated gosf groups[R], Proceedings  of the 2ndISRM International Young scholars’ Symposium on Rock Mechanics, 2012, 1007-1012；

8.Wang Yi-ming, Wu Ai-xiang, Hu Guobin, the dynamic air shock wave from the roof falling over a large area in goaf [J], journal of china university of mining and technology, 2007,36 (4):473-477;

9.Wang Yi-ming, Wu Ai-xiang, Heng Zuo, Bao-hua Yang, effects of particle filtration deposition on infiltration characteristics of copper mine waste site [J], Chinese journal of nonferrous metals, 2007,17 (12):2074-2078;

10.Wang Yi-ming, Wu Ai-xiang, Bao-hua Yang, Xue-song Chen, effects of mechanical compaction on permeability coefficient of dump [J], Metal Mine, 2007

11.Wang Yi-ming, Yang Chengxiang, Wu Ai-xiang, Yu Youlin. Study on optimization of mining scheme for deep well high stress and gently inclined copper deposit [J], mining research and development, changsha: advanced technology of metal mining science and technology, bbs papers, 2006.26 (supll)

12.Wang Yi-ming, Wu Ai-xiang , Chuan-xin Zhang. Model test of similar materials for pillar mining under complex conditions [J], metal mine, 2005 (12)

13.Zuo Heng, Wang Yi-ming, Chen Xuesong, Jiang Huaichun. Mechanism of electric field effect on improving the permeability of waste dump [J], Chinese journal of nonferrous metals, 2007,17 (3).

14.Zuo Heng, Wang Yi-ming, Huai-chun Jiang, Xue-song Chen. Study on seepage characteristics of ionic rare earth ore leaching solution under electric field [J], chinese journal of rare earth sciences, 2007,25 (1)

15.Zuo Heng, Wu Ai-xiang, Wang Yi-ming, Chen Xuesong, Jiang Huaichun, effects of external direct current field on pile permeability [J], chemical minerals and processing, 2006, (10)

16.Zuo heng, Wu Ai-xiang, Wang Yi-ming, Jiang Huaichun. Effect of geoelectric field on seepage characteristics of leaching fluid in fractured rock mass [J], Chinese journal of rock mechanics and engineering,2007,26(5):972~976

17.Zuo heng, Wu Ai-xiang, Wang Yi-ming, Chen Xue-song. The experimental research of copper - bearing tailing leaching enhanced by ultrasonic journal of china university of mining, & technology (English edition) [J], 2008, (1)

18.Zuo heng, Wu Ai-xiang, Wang Yi-ming, Effects of electric field on improving microbial leaching performance[J], Chinese journal of nonferrous metals,2007,17(7): 1177-1181. (in Chinese)

19.Zuo heng, Wu Ai-xiang, Wang Yi-ming, Effect of geoelectric field on convection heat transfer characteristics in fractured rock mass [J], Journal of Rock Mechanics and Engineering,2007,26(12) (ei)