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Study on Modification and Performance of Nano Catalyst Used for Ceramic Purification Tian Xiaobing1, Qin Wangchao2 1.School of Resources & Environmental Engineering of Wuhan University of Technology, Wuhan 430070, China; 2.Shanghai Fanshare Environmental Protection Technology Co., Ltd., Shanghai 200436, China tianxiaobing2008@163.com，fanshare@126.com Key Words: Nano tungsten oxide; sol-gel method; porous ceramics; photocatalytic; formaldehyde; toluene; benzene Abstract.This paper takes the nano tungsten oxide as an example and researches the influence of modification on optical properties and catalytic performance through the doping modification in the preparation process of sol-gel.
Tian Xiaobing, male, born on June 26, 1968 in Shanxi, majoring in Environmental Purification Materials Contact: Email: tianxiaobing2008@163.com References: [1] Haghighat.
Tungstate, China Powder Science and Technology, June 2003 (Vol.9 No.3) [4] Wang Juan, Li Chen, Xu Bo, Basic Principles of Sol-gel Method: Current Situation of Development and Application, Chemical Industry and Engineering, May 2009 (Vol.26 No.3) [5] Shao Jingzhen, Dong Weiwei, Tao Ruhua, Deng Zanhong, Zhou Shu, Fang Xiaodong, Study on Molybdenum Doped Zinc Oxide Film Prepared with Sol-gel Method and Its Properties, Chinese Journal of Quantum Electronics, 2011, (2) [6] Meng Qinghua, Yu Xin, Zhu Yiren, Discussion on WO3 Preparation Process and Structural Characterization, Imaging Science and Photochemistry, 2009, (1) [7] Hao Jiarui, Jia Xuhong, Yan Chunjie, Preparation of kieselguhr/kaolin Composite Porous Ceramics, Non-Metallic Mining, Nov. 2009 (Vol.32 No.6) [8] Wang Zhi, He Zhaojing, Li Honglin, Zu Quangao, Study on the Preparation Process of Al2O3 Porous Ceramics, Journal of Jinan University (Natural Science Edition), Dec. 2005 (Vol.19 No.4) [9] Liang Yongren, Zhang Lu, Cui Shumao, Yang

Yang, F.
Yang, X.
Tian.

Research Progress of Materials and Fabrication Technologies of Microfluidic Chip Cheng Yongqiang1, a, Yang Li1, Guo Cuilian1, Zhou Yang1, Yang Ying1 1Shandong Provincial Key Laboratory of Ocean Environment Monitoring Technology, Shandong Academy of Sciences Institute of Oceanographic Instrumentation, Qing Dao, 266001, China achengyongqiang6@163.com Keywords: Microfluidic chip, Materials, Fabrication technologies Abstract.
Tian, T.

Acknowledgments The authors are grateful for the help of QingLing Meng, SuoYi Sun, Deng Hong Yang, Peng Xu, HaiXu Zhao, FangYuan Song and Tony Fu.
[4] Tian Tieyin.

References [1] Ma Jie, Tian Jinwen, Peng Fuyuan.
Modern Digital Signal Processing and Application[M].TsingHua University Press, 2009 [5] Yang Huizhen, Kang Fengju, Chu Yanjun, Nie Weidong.

Yang, H.
Tian: Sol-Gel Sci Technol, Vol. 49 (2009), pp. 243- 246

Tian, Robust Adaptive Control Based on Model Reference, Automation & Instrumentation. (2008) 35-38
Yang, Robust Adaptive Discrete-time Variable Structure Control of Uncertain Systems.

Duan, Tian-xiang.
Yang, ‘Simulation of Online Monitoring of Power Cable Insulation Using Grounding Current Method’, High Voltage Apparatus, Xi’an, 2005.

[3] Huang Wei,Zhang Cong,Yang Jingyan, in: IEEE Transactions on Power Delivery, (2008)
[4] Zeng Ming, Lu Chunquan, Tian Kuo: Least Squares-support Vector Machine Load Forecasting Approach Optimized by Bacterial Colony Chemotaxis Method,Proceedings of the CSEE, Vo1.31, No.34(2011)P.93-98

Yang, “Quantized filter design for discrete-time Systems", International Journal of Control, vol. 82, no. 2, pp, 195-206, 2009
Tian, D.