1. Wang Bing, Gan, Shang Shuyong, Collection device of centrifugal airflow nanofiber bundles [P]. China patent, CN2023696882. Yang Dongsheng, editor-in-chief, Shang Shuyong is in charge of chapter 8. Study on the development of Yibin eco-industrial cluster under the cascade development of Jinsha River [M]. Beijing: Guangming Daily Press, 20 12.3. Xu Meitao,,, Hua Lilong,, Shu,, Yong ying, Plasma reforming CH4-CO2: challenges and opportunities [J]. Progress in energy and biotechnology. Combustion science, 20 1 1, 37 (2):13-124 (sci if 2012 =15.089); 4. Xu Bingqing, Shang Shuyong and Yin Yongxiang *. Study on hydrogen production by catalytic steam-carbon reaction driven by photothermal chemical process. International Journal of Chemical Engineering, Volume 20 13, article number 870384, 7 pages (included in EI); 5. Wang Ning, Yin Yongxiang * and Shang Shuyong *. Novel Ni-Mg-Al-LDHs/γ-Al2O3 catalyst prepared by in-situ synthesis and its application in methane carbon dioxide reforming reaction [J]. Catalytic Communication, 2013,45:1-15 (sci if 20/kloc-) 6. Hua Lilong, Qiang Wei, Shang Shuyong *, Dai Xiaoyan and Yin Yongxiang *. Study on the stability of Ni/MgO/γ-Al2O3 catalyst prepared by plasma [J]. Today's catalysis, 2013,21:114-1/kloc-0. 7. Wei Qiang, Hua Lilong, Shang Shuyong *, Dai Xiaoyan and Yin Yongxiang *. CH4 reforming with CO2 under the synergistic effect of double-electrode thermal plasma and catalyst [J]. International Journal of Hydrogen Energy, 2013,38:1384-1390 (SCI IF 2012 = 3.548); 8. Hua Lilong, Hu Shijing, Shang Shuyong *, Yin Yongxiang,. Dry reforming of methane over Ni-Co/Mg-Al catalyst prepared by plasma decomposition and reduction [J]. Journal of Natural Gas Chemistry [J], 2013,22 (5): 733-739 (SCI IF 2012 =1.405). Long Huali, Hu Shijing, Shang Shuyong, Yin Yongxiang,. Plasma-assisted preparation of nickel-based catalyst for methane solar reforming. Tenth international conference on carbon dioxide utilization. Zhangyan, Shang Shuyong. Teaching reform of chemical equipment and machinery foundation adapted to the training of outstanding engineers. Journal of Yibin University, 20 13. 1 1. Shang Shuyong, Huang Fei, Mei Li, Pan Shulin. Study on plasma modified waste recycling carrier [C]. 10th annual academic meeting of collaboration group of Yangtze River Water Environment Research University, the 4th annual academic meeting was invited to give a report and served as the chairman of the meeting, July 20 13, Three Gorges University 12. Zhu Denglei, Ren Genkuan, Shang Shuyong, Tan Chao, zhangyan. Simulation and optimization of Petlyuk tower based on Aspen Plus [J 13]. Zhu Denglei, Ren Genkuan, Shang Shuyong, zhangyan. Study on new separation process of methanol-dimethyl carbonate based on dividing wall distillation column [J]. Modern chemical industry, 2013,33:126-129. Chinese core (included in ei); 14. Zhu Denglei, Ren Genkuan, Tan Chao, Shang Shuyong, zhangyan. Thermodynamic equivalent simulation of dividing wall distillation column [J]. Chemical Engineering, 2013,41(7):19-23. Chinese core (included in ei); 15. Xu Bingqing, Zhang Xiaoqing, Shang Shuyong *. Light irradiation drives CH4-CO2 reforming to synthesis gas [J]. Henan Chemical Industry, 2013,30 (3): 32-36; 16. Xu Bingqing, Zhang Xiaoqing, Shang Shuyong *, Yin Yongxiang. Experimental study on hydrogen production from water-carbon catalyst at low temperature driven by light irradiation [J]. Journal of Fuel Chemistry, 2013,41(9):102-65438. 17. Rebecca, Shang Shuyong, Liu Jihai, Xu, Wang Bin, Zhang Hualiang. Summary of methanol to olefins technology [J]. Journal of Yibin University, 20 12, 12 (7): 86-87 (undergraduate thesis); 18. Shang Shuyong, Li Weiyi, Wu Tong, Pujiang. On the teaching of applied knowledge in middle school chemistry education [J]. Journal of Sichuan Normal University (Natural Science Edition), 2012,35 (S):17-19. Pujiang. On the teaching of applied knowledge in middle school chemistry education [C]. The 4th Sichuan Middle School Chemistry Teaching Forum and College Entrance Examination Symposium 20 13, invitation report of the sub-venue, neijiang normal University 2012+00; 20. Shang Shuyong, Mei Li, Li Weiyi, Xu Huiyuan. Systematic study on preservation technology of multi-grain Luzhou-flavor liquor [c]. National postdoctoral academic forum on bio-industry culture and people's livelihood, excellent research paper, 20 12, Sichuan LU ZHOU LAO JIAO CO.,LTD Co., Ltd. Group; 2 1. Peng Yaodong, Pan Qin, Ran Yi, Li Yuliang, Shang Shuyong, Yin Yongxiang. Thermodynamic analysis of polysilicon system prepared by Siemens method [J]. Henan Chemical Industry, 2012,29 (4): 31-34; 22. Xu Huiyuan, Wang Li, zhangyan, Xu, Shang Shuyong. Common characterization techniques of nano-gold catalysts for CO oxidation [J]. Journal of Yibin University, 20 12,12 (6): 50-53; 23. Xu Huiyuan, Luo Jingjie, Yan Chunrong, zhangyan, Shang. Effect of pore structure of silica on supported nano-gold CO oxidation catalyst [J]. Journal of Fuel Chemistry, 20 12,12 (11):1398. 24. Tao, Long Huali, Hu Shijing, Shang Shuyong, Yin Yongxiang,. Research progress of thermal plasma reforming CH4-CO2 [J]. Natural Gas Chemical Industry, 2012,37 (1): 67-7225. Shang Shuyong, Dragon 26. Shang Shuyong, Huang Fei, Pan, Yang Yungui. Application of plasma technology in green environmental protection project [C]. The 8th academic conference of Yangtze River Water Environment University Cooperation Group, 20 1 1, Jiujiang, invited report of the conference; 27. Xu Huiyuan, Shang Shuyong, Yan Chunrong. Effect of MgO content on silica-supported gold nanoparticles catalyst for carbon monoxide total oxidation [J]. Journal of Natural Gas Chemistry, 201,20 (5): 498-502 (SCIF 2012 =1.405); 28. Xu Huiyuan, Hua Lilong, Yi Ran, Shang Shuyong, Yin Yongxiang,. Preparation of Ni/MgO catalyst for methane carbon dioxide reforming by atmospheric pressure high frequency discharge plasma [J]. Journal of Natural Gas Chemistry, 201,20 (5): 487-492 (SCIF 2012 =1.405); 29. Longhua Li, Hu Shijing, Yan Xu, Pan Qin, Shang Shuyong, Yin Yongxiang, Dai Xiaoyan. Activity of active absorbent of Ni/MgO-Al2O3 catalyst in CH4-CO2 reforming reaction under light irradiation [J]. chinese journal of catalysis, China, 20 1 1, 32 (8): 138. 30. Pan Qin, Xu Huiyuan, Longhua Li, Ran Yi, Shang Shuyong, Chu Wei, Yin Yongxiang, Dai Xiaoyan. Improvement of Ni/MgO catalyst for CO2/CH4 reforming by atmospheric pressure high frequency discharge plasma torch [J]. chinese journal of catalysis, China, 20 1 1, 32 (7): 65438+. 3 1. Huang Zhijun, Pan Qin, Wu Qingyou, Li Yuliang, Wang Zisong, Shang Shuyong, Dai Xiaoyan, Yin Yongxiang. Energy consumption analysis of preparing trichlorosilane by hydrogen thermal plasma reduction of silicon tetrachloride [J]. Journal of Silicate, 20 1 1, 39 (5): 37-39 32. Hu Shijing, Longhua Li, Yan Xu, Shang Shuyong, Yin Yongxiang. Reduction mechanism of Ni/Al2O3 catalyst for reforming methane and carbon dioxide by cold plasma jet [J]. chinese journal of catalysis, China, 20 1 1, 32 (2): 340-345 (sci if 201233. Li Mei, Shang Shuyong *, Li Weiyi, Xu Huiyuan, Wang,,, zhangyan. Direction of Chemical Engineering Principles and Practice of Teaching Reform for Applied Chemistry Specialty [C] .201/International Conference on Computing and Education Progress (ICO ACE 20 1 1), Singapore, May 5-6, 201(. 34. Li Mei, Shang Shuyong *, Wang,. Seminar's practical research in the teaching of specialized courses of biology and chemistry [C] .20 1 1 International Conference on Computing and Education Progress (ICO ACE 20 1 1), Singapore, May 5-6, 201. 35. Yang Yungui, Shang Shuyong *, Lin Na, Yin Yongxiang, Dai Xiaoyan. Cold plasma jet combined with catalyst for CO2 reforming of CH4 [J]. Advanced materials research, 201,236-238: 596-599, in EI (201231408) 36. Yang Yungui, Chai Xiaoyan, Tao, Li Mei, Yin Yongxiang, and Shang Shuyong *. Regulation of surface nanocluster structure of composite nickel-based catalyst and its catalytic application [J]. Chemical reaction engineering and technology, 20 10/0,26 (6): 558-564, invited paper (Chinese core journal, 37. Shang Shuyong, Mei Li, Chai Xiaoyan, Tao, Longhua Li, Xu Huiyuan, Yin Yongxiang,. Preparation and optimization of nickel-based catalysts with surface nanocluster structure under the guidance of chemical product engineering [C]. The 15th National Conference on Catalysis, 20 10, Guangzhou; 38. Huang Zhijun, Wu Qingyou, Li Xiang, Shang Shuyong, Yin Yongxiang. Synthesis and characterization of nanometer boron powder prepared by plasma torch [J]. Plasma science and technology. Technology, 20 10,12 (5): 577-580 (sci if 2012 = 0.514); 39. Shang Shuyong, Mei Li, Chai Xiaoyan, Tao, Yin Yongxiang, Regulation of surface nanocluster structure of composite nickel-based catalyst and its catalytic application [c]. The 6th annual meeting of biochemistry and chemical engineering, 20 10, 10, Changsha, Hunan, invited report; 40. Yi Huayan, Shang Shuyong *, Li Mei, Wang Lin, Li Li, Lei Benyong, Zhu Yong. Summary of production technology of dimethyl carbonate [J]. Guangdong Chemical Industry, 20 10/0,37 (9): 63-65; 4 1. Li Xiang, White Rose, Tao, Shang Shuyong, Yin Yongxiang, Reforming CH4-CO2 with atmospheric plasma jet to produce synthesis gas [J]. Journal of Fuel Chemistry, 20 10/0,38 (2): 21-25; 42. Wu Qingyou,,, Tao,, Shang Shuyong, Yin Yongxiang,. Preparation of trichlorosilane by hydrogenation of silicon tetrachloride in thermal plasma [J]. Inorganic materials, 2010,46 (3): 251-254 (sci if 2012 = 0.376); 43. Yan Xu, Shang Shuyong *, Chai Xiaoyan, Long Huali, Li Xiang, Dai Xiaoyan, Yin Yongxiang. Study on nickel catalyst for reforming methane and carbon dioxide prepared by atmospheric pressure high frequency cold plasma jet: Ⅲ. Effect of reaction conditions [C]. The 6th International Conference on Environmental Catalysis, 20 10, Beijing; 44. Chai Xiaoyan, Shang Shuyong *, Yan Xu, Long Huali, Li Xiang, Dai Xiaoyan, Yin Yongxiang. Study on nickel catalyst for reforming methane and carbon dioxide prepared by atmospheric high frequency cold plasma jet: II. Effects of addition method and Mg content on Ni/γ-Al2O3 catalyst [C]. The 6th International Conference on Environmental Catalysis, 20 10, Beijing; 45. Chai Xiaoyan, Shang Shuyong *, Liu Gaihuan, Tao, Li Xiang, Bai Rose, Yin Yongxiang. Characterization of Ni/γ-Al2O3 catalyst for methane/carbon dioxide reforming by atmospheric pressure and high frequency cold plasma torch [J]. chinese journal of catalysis, China, 20 10/0,31(3). 46. Shang Shuyong, Liu Gaihuan, Chai Xiaoyan, Tao, Xiang Li, Chu Wei, Zhao, Yin Yongxiang. Preparation of Ni/γ-Al2O3 catalyst for reforming methane with carbon dioxide by atmospheric glow discharge plasma jet [J]. Today's Catalysis, 2009,148: 268-274 (SCI IF 2012 = 2.98); 47. Longhua Li, Shang Shuyong, Yin Yongxiang, Dai Xiaoyan. Research progress of cold plasma in methane conversion [J]. Guangdong Chemical Industry, 2009,36 (10): 86-87; 48. Shang Shuyong, Liu Gaihuan, Chai Xiaoyan,,, Yin Yongxiang. Application of plasma in preparation of CH4-CO2 reforming catalyst [J]. The 1st 10 International Conference on CO2 Utilization (ICCDU-X), Tianjin, May 2009 17-2 1. Oral statement; 49. Shang Shuyong, Chai Xiaoyan, Liu Gaihuan, Tao, White Rose, Yin Yongxiang. Study on high performance methane/carbon dioxide reforming catalyst: the role of different promoters [c]. The 12th National Youth Catalysis Conference, June 2009, Jinhua, Zhejiang; 50. Shang Shuyong, Chai Xiaoyan, Liu Gaihuan, Tao, Yin Yongxiang. Study on high-performance methane/carbon dioxide reforming catalyst: the role of different catalyst carriers [c].2009 doctoral forum, 10, Jiangsu, Nanjing; 5 1. Chai Xiaoyan, Shang Shuyong *, Tao, Xiang Li, Yin Yongxiang,. Regeneration of nickel catalyst for methane reforming. The 5th Sino-Japanese Symposium on Chemical Engineering, 2009, Xi 'an, China; 52.,,,, Tao,, Shang Shuyong,, Yin Yongxiang. Atmospheric pressure glow discharge plasma CO2 reforming CH4: a high conversion capacity [J]. International Journal of Hydrogen Energy, 2009,34 (1): 308-313. (included in sci, if 2012 = 3.548); 53. Li Daihong, Shang Shuyong, Tao, Yin Yongxiang. Novel atmospheric pressure glow discharge plasma jet and its application in CH4-CO2 reforming [C]. The 10 International Conference on CO2 Utilization (ICCDU-X), Tianjin, May 200917-21; 54. Tao,,, Hua Lilong, Shang Shuyong, Yin Yongxiang,. The application of plasma in CH4-CO2 reforming-challenges and opportunities [C]. The 1st 10 International Conference on CO2 Utilization (ICCDU-X), Tianjin, May 200917-21; 55. Long Huali, Shang Shuyong, Tao, Yin Yongxiang, Cold plasma jet combined with Ni/γ-Al2O3 catalyst for CO2 reforming of CH4 [C]. International Journal of Hydrogen Energy, 2008, 33 (20): 5510-5515 (SCI IF 2012 = 3.548); 56. Shang Shuyong, Liu Gaihuan, Yin Yongxing. Characterization of a New Type of ni/γ-Al2O3 Catalyst Treated by Plasma by Atmospheric Pressure High Frequency Cold Plasma Jet [c]. The 5th Annual Conference on Chemical Engineering and Biochemistry, June 2008, 10, Xi 'an, Shaanxi; 57. Shang Shuyong, Mei Li and Long Gorgeous. Research on the position of chemical engineering principles in the training of applied chemistry professionals and teaching reform [c]. The fifth annual meeting of chemical engineering and biochemical engineering in 2008, 10, Xi 'an, Shaanxi; 58. Min, Shang Shuyong, Yin Yongxiang,. Surface modification of aramid fiber by atmospheric air DBD plasma continuous on-line treatment [J]. Surface & Coating Technology, 2008,202: 6029-6033 (SCI IF 2012 =1.941); 59. Huang Fei, Li Jun, Shang Shuyong, Huang Chuanshou, Ruan Qin and Xie Zhiqing. Study on Green Process of Preparing Silica by Phosphoric Acid Precipitation [J]. Inorganic Salt Industry, 2008,1,37-40 (CSCD, Peking University Chinese Core); 60. Dai Wei, Chen Qi, Shang Shuyong, Yin Yongxiang, Dai Xiaoyan. Comparison between methane pyrolysis and pure thermal pyrolysis under abnormal glow discharge at atmospheric pressure [J]. Henan Chemical Industry, 2005,22 (10):17-19; 6 1. Shang Shuyong, Li Mei, Yin Yongxiang, Dai Xiaoyan. Application of Plasma Technology in Chemical Industry [J]. Chemical Industry and Engineering, 2005,22 (5): 25-29, China Science and Technology Core; 62. Shang Shuyong, Mei Li, Yin, Yin Yongxiang, A new technology in chemical industry-plasma technology [J]. Henan Chemical Industry, 2005, June:18-22; 63. Mei Li, Yang Ping, Shang Shuyong. Experimental study on treatment of high concentration organic wastewater by integrated A/O reactor [J]. Chemical Technology Market, 2005,2:1-4; 64. Shang Shuyong, Yin Yongxiang, Li Juan, He Fangfang, Dai Xiaoyan. Production of acetylene and ethylene by plasma * * * pyrolysis of natural gas and coal [J]. Journal of Chemical Engineering, 2004,55 (8):1380-1383 (included in EI and CSCD, Chinese core of Peking University). 65. Shang Shuyong, Mei Li, Li Lanying, Yin Yongxiang, Dai Xiaoyan. Study on Preparation of Ultrafine Aluminum Nitride by Plasma [J]. New Chemical Materials, 2004,32 (7): 8-10 (CSCD, Peking University Chinese Core); 66. Shang Shuyong, Mei Li, Li Lanying, Yin Yongxiang, Dai Xiaoyan. Study on preparation of ultrafine aluminum nitride powder by DC arc thermal plasma method [J]. Henan Chemical Industry, 2004,6:10-12; 67. Shang Shuyong, Mei Li, Li Lanying, Yin Yongxiang, Dai Xiaoyan. Preparation and application of nanometer aluminum nitride [J]. Guangdong Chemical Industry, 2004, 3: 5-7 (selected Chinese core); 68. Li Lanying, Xiao Ying, Shang Shuyong, Dai Xiaoyan and Yin Yongxiang. Research progress of oxidative modification of carbon black [J]. Rubber Industry, 2004,51(11): 698-701(Peking University SMIC); 69. Shang Shuyong, Mei Li, Li Lanying, Yin Yongxiang, Dai Xiaoyan. Application of plasma technology in chemistry and chemical engineering [C]. The first national annual conference on chemical engineering and biochemistry, Nanjing, June 2004; 70. Yin Yongxiang, Dai Xiaoyan, Li Juan, Shang Shuyong. Ways to suppress nitrogen oxides in tail gas by partial oxidation of methane in plasma process [c].IEEE International Conference on Plasma Science, 2003: 275-277 (included in EI); 7 1. Mei Li, Yang Ping, Shang Shuyong, Xiao Hong. Research progress of membrane bioreactor in pharmaceutical wastewater treatment [J]. Henan Chemical Industry, 2004,10:1-4; 72. Mei Li, Yang Ping, Shang Shuyong. Biological treatment of sewage-biological turntable method [J]. Contemporary Chemical Industry, 2004,33 (5): 282-285.