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Liu Shaowen's main research achievements
Participated in a number of national natural science foundation projects, such as "research on amplification method of three-phase fixed bed reactor", "research on synthesis gas and hydrogen from natural gas" and "research on hydrogen production process from fluidized bed methane cracking". At present, he is in charge of 1 National Natural Science Foundation project "Study on Carbon Nanofiber Modified Structured Catalyst Carrier and Its Application" (project number: 20876 1 19).

[1],, Ran, Bobby Chen, Guo, Bao. Hydrodynamic behavior of phosphogypsum particles in a vibrating fluidized bed. Proceedings of the 6th Sino-Japanese Joint Chemical Engineering Conference. Wuhan, 20 1 1, 18-

Liu Shaowen (), Ran Xianglan, Chen Sheng, Bao Chuanping. Experimental Study on Fluidized Decomposition of Phosphogypsum. Proceedings of the Second Sino-US Symposium on Energy Conservation and Emission Reduction in Chemical Industry. Houston, 20 10, 37-42

Liu Shaowen, Ran Lanxiang, Wu Yuanxin, Guo Wentao, Bobby Chen. A vibration fluidized decomposition method of phosphogypsum. Patent publication numbers of China are: cn101891407a, 20 10.

, Ran,,,,, Bao. Fluidized decomposition experiment of phosphogypsum. Journal of wuhan institute of technology, 20 10/0,32 (5): 46-48.

Liu Shaowen, Yin Lingling, Wang Wencan, Yang Ping, Wu Guangdong. Research progress of catalyst carrier with cordierite structure. Journal of wuhan institute of technology, 20 10/0,32 (7): 53-57.

Wang, Ran,,. Determination method of calcium sulfate content in phosphogypsum. Journal of wuhan institute of technology, 20 10/0,32 (5): 41-44.

Wang Wencan, Yin Lingling, Yang Ping, Wu Guangdong. Progress in synthesis of m-phenylenediamine by catalytic hydrogenation. Chemistry and Bioengineering, 20 10/0,27 (3):1-3.

Yang Ping, Wu Guangdong, Bao. Study on preparation of γ-Al2O3 structural carrier by suspension coating. Chemistry and Bioengineering, 20 10/0,27 (2):15-18.

, Jess Zhang,, bag. Application of thermal analysis in the study of acid production from phosphogypsum. Progress of Chemical Industry, 2008,27 (5): 761-764.

[10],,, Ding. Effect of reaction atmosphere and additives on acid production from phosphogypsum. Phosphate fertilizer and compound fertilizer, 2008,23 (6): 21-24.

Wu Yuanxin, Liu Shaowen and Jess Zhang. Thermodynamic analysis of a new process for producing acid from phosphogypsum. Chemical Engineering, 2007, 35 (10): 72-74.

Liu Shaowen, Li Yongdan. Comparison of hydrogen production from methane cracking in fluidized bed and fixed bed. Journal of Chemical Engineering, 2007,58 (1): 95-101.

[13], Liang Penalty, Li Yongdan. Study on hydrogen production by methane cracking in fluidized bed and catalyst regeneration process. Journal of Fuel Chemistry, 2006,34 (5): 567-571.

Liu Shaowen, Chen Jiuling, Cao Lei, Liu Quanrun, Li Yongdan. Experimental study on hydrogen production by catalytic cracking of methane in bubbling fluidized bed. Natural gas chemical industry, 2004,29 (2): 567-571.

Liu Shaowen, Li Yongdan. Preparation and structural characterization of carbon nanotubes in fluidized bed. Petrochemical, 2004, 33 (ZL):