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Yang, S.
Tian.
Yang, S.
Yang, H.

References [1] Lanlan Jiang ,Hao Chen, Bang Hu, Zhaoyu Gong, Urban Sewage Treatment Plants MBR Debugging Running and Analysis [J] Water Supply and Drainage Engineering . 2013, 29 (4) : 103-108,In Chinese [2] Lingfa Wang, Zhengling Gu ,Shandong Huantai county Sewage Treatment Plant Reconcruction [J] China Water Supply and Drainage Engineering . 2013, 28 (10) : 86-89,In Chinese [3] Jun Chen Qi Yang, MBR Technology Applied in Urban Wastewater Treatment Technology Risk Analysis [J] China Water Supply and Drainage Engineering. 2012, 28 (10) : 102-104,In Chinese [4] Weilan Yang Hao Chen, Hu Chen ,MBR Technology Applied in Urban Wastewater Treatment Technology Risk Analysis [J] China Water Supply and Drainage Engineering. 2012.28 (22) : 117-120,In Chinese [5] Lubin Qiao, Hailiang Yang, Lei Yao ,Jiangnan Wastewater Treatment Plant Project Design and Operating Effects [J] Water Supply and Drainge Engineering. 2011.17 (14) : 38:40.In Chinese [6] Haifeng Lu,Shaohua Wu,Xiaopeng Liu,Min
Tian, Xi 'an sewage treatment plant level surface reconstruction technology is analyzed [J] China Water Supply and Drainage.2013.39(7):45-49,In Chinese [7] Huawei Zhang,Huawen Chen,Xianbin Liu,Chongqing Tangjiatun Sewage Treatment Plant the third Phase of Expansion Project of Process Design [J] China Water Supply and Drainage.2011.37(3):38-41,In Chinese

Simulation Study of Damage Identification Method based on Lamb Wave Scattering in Aluminium Plate Zhenhua Tian, Hongyuan Li and Hong Xu Key Laboratory of Condition Monitoring and Control for Power Plant Equipment, Ministry of Education North China Electric Power University Beijing 102206, China E-mail: tian_zhenhua@ncepu.edu.cn Keywords-Lamb wave; time-frequency analysis; damage identification; finite element method Abstract—The propagation of scattering Lamb wave in plate was simulated using transient dynamic analysis in ANSYS.
Yang, L.

Yang, High-Temperature Oxidation Behavior of CrMoV, F91 and Mar-M247 Superalloys Exposed to Laboratory Air at 550 °C, Oxid.
Yang, A.
Yang, Pre-oxidation Effect on Oxidation Behavior of F91 in Carbon Dioxide at 550 °C, Oxid.
Tian, J.A.
Yang, Coordination of Pre-oxidation Time and Temperature for a Better Corrosion Resistance to CO2 at 550 °C, Oxid.

[2] Q.Li, X.M.Tian and Q.H.
[4] Z.F.Liu, X.R.Dai, R.D.Zhao, Y.Q.Yang and X.Y.Wang: World Bridges, 2008, (4): 50-53, 74.

The Application and Research of Terrestrial 3D Laser Scanning Technology in Tunnel Survey Xianquan Han 1,2, a, Fei Qin1,b , Zhen Zhang3,c Shangyi Yang 4,d 1 Yangtze River Scientific Research Institute, Wuhan,430010,China; 2 Key Laboratory of Precise Engineering and Industry Surveying of National Administration of  Surveying, Mapping and Geoinformation, Wuhan,430079,China; 3Xinjiang Investigation and Design Institute of Water Conservancy and hydropower, Wulumuqi, 830000,China; 4 Hubei TengSheng Engineering Management Co.Ltd,Wuhan 430070,China; amydabao112@hotmail.com, b383592728@qq.com, czhangzhen_soul@sina.com,dysy0806@qq.com Keywords: Tunneling survey; Terrestrial 3D laser scanning; Modeling with point cloud; Abstract.
[6] Xie Xiongyao,Lu Xiaozhi,Tian Haiyang,et al.

Influence of Emulsion on the Corrosion and Scaling on Pipelines of Cooling System Deep Coal Mine: A Experiment Study Qiaoyun Han 1, a, Xi Peng 2,b, Yunpeng Yang 3,c 1 State Key Laboratory of Geomechanics and Deep Underground Engineering, Beijing, China; 2 Hebei Institute of building science and Technology Co., Ltd., Shijiazhuang, China; 3 National Library of China, Beijing,China alyxc43@163.com, bpengxicici@163.com, csyzyyp@126.com Keywords: Emulsion; Scaling; Corrosion; Cooling system; IS; IR Abstract.
Tian, Z.

The Characterization of a New Antibacterial Polyurethane Yang Ti, Jianru Wu, Dajun Chen* State Key Laboratory for Modification of Chemical Fibers and Polymer Materials, College of Materials Science and Engineering, Donghua University, Shanghai 201620, China Correspondence to: Dajun Chen E-mail address: cdj@dhu.edu.cn Keywords: Fe-octacarboxyl acid phthalocyanine, polyurethane, antibacterial property Abstract.
Tian and L.

Effect of Cold-Rolled Process Parameters On Deep-Drawing Performance of Micro-Carbon Steel Zhanying Liu 1,a, Yang Liu 2, b, Yuqian Wang 1,c, Jin Chen1,d 1 College of Metallurgy and Energy, Hebei United University, TangShan, HeBei, 063009, PR China; 2 Tangshan Vocational Education Academy, Tangshan, HeBei, 063009 ,PR China aliu_zhanying@163.com, b yueji@21cn.com, c wangyuqian333@163.com, dapple8860774@yahoo.com Keywords: Micro-Carbon Steel; Deep-Drawing Property; R-Value; Plastic Strain Ratio; Abstract: Through the rolling and performance test, effect of cold-rolled micro-carbon steel rolling parameters and annealing temperature has been obtained on deep-drawing properties.
Acknowledgment Funded projects provided by State Key Lab of rolling and Automation (Northeastern University), serial number: 2009004 References [1] Tian Dexin, Feng Peihua, Liu Hui.

References [1] Jiandong Yang，Chunlin Tian.