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The materials under investigation were fabricated using powder metallurgy route.
Anodising process has been done to the materials to improve their corrosion resistance.
These materials should exhibit good corrosion resistance in the aggressive environment and this can be achieved by determining the corrosion performance of composite materials with aluminium matrix reinforced with ceramic additives.
Materials Processing Technology, 162-163 (2005) 27-32
Materials Science and Engineering : A, 527, 4-5, (2010) 1031-1038

the alarm system and communication problems are considered in plans, the evacuation and placement problems are considered in plans, the safety and security problems are considered in plans, layout of plans, management of plans, implementation of plans, people's government plan’s system. 4) The mainly attributes in management of hazard and hazardous location have identification of risk, assessment of risk, control of risk, 5) The mainly attributes in training maneuvers have drawing up a plan in training exercise, frequency of implementation, the completeness of content, form in training exercise. 6) The mainly attributes in propaganda education have the relations between propaganda education and public, comprehensive propaganda of safety knowledge. 7) The mainly attributes in emergency personnel have commanding staff of emergency, operations personnel of emergency, expert of emergency, rescuing strength in social. 8) The mainly attributes in logistics ensure have financial support, material
References [1] Zou Yijiang, in:Overseas’s development and experience in: emergency management system, edited by Journal of Catasterophology(2008) [2] Liu Shangliang, Shen Huizhang, Li Feng, Zhang Cong, in: Our Country Emergency Management System’s Structure, edited by Technical Management Research(2010) [3] Deng Yunfeng, Liu Tiemin, Zheng Shuangzhong, Liu Gong-zhi, in: Urban Emergency Capability Evaluation System, edited by China’s Safety Science and Technology(2005) [4] Zheng Shuangzhong, Deng Yunfeng, in: Urban Public Emergency Capability Evaluation System and Application, edited by Journal of LiaoNing Technical Engineering University(2006) [5] Yu Yingying, Chi Hong, Gao Mingang, in: Comprehensive assessment of emergency plans, edited by China Science and Technology Forum(2009) [6] Fang Jing, Zhu Jianjun, Hu Lin, Guo Wen, in : Based on Combination of University Emergency Management Ability Empowerment of Evaluation Index and Determining Weight Study, edited by Journal of Value Engineering

The gray part around the sensors is flexible easy filling material (plasticine).It makes the device sealed and opening into a trumpet-shaped.
Acknowledgment This work was supported by grant from National Natural Science Foundation of China (30901898), Guangdong Provincial Science and Technology Projects (2011B031700051) and Guangdong Province Chinese Medicine Research Project (20112139).
References [1]G.R.Fan, C.Y.Liuand W.C.Tang: Medical In novation of China,vol.9 (2012), p.70-72 [2]Y.X.Wangand M.J.Yang: Journal of Beijing Institute of Graphic Communication,Vol.6 (2011), p.42-46 [3]R.Guo, Y.Q.Wang, J.J.Yan, H.X.YanandY.C.Yang: Journal of Chinese Integrative Medicine,Vol.11 (2011), p.1226-1233 [4] Q.M.Gong:Noise and Vibration Control,Vol.5 (2011), p.150-152 [5]Y.Wang, H.Y.DingandM.Cheng:Journal of Beijing Institute of Graphic Communication,Vol.4 (2011), p.55-59 [6] Y.Q.Wang,F.F.LiandH.X.Yan: Modernization of Traditional Chinese Medicine,Vol.3 (2007), p.96-101

Fig.1 Tunnel lining unit model Table 1 Parameters of surrounding rocks and initial support material E /GPa C /MPa j ( o ) μ γ /kg/m3 note Surrounding rocks III 11 0.14 30 0.3 2350 soft rock reduction Surrounding rocks IV 1.5 0.12 27 0.36 2100 soft rock reduction Surrounding rocks V 0.78 0.07 18 0.41 1800 soft rock reduction Initial support 25.7 0. 2 2450 Including reinforced net and steel arch Secondary lining 25.7 0. 2 2450 Concrete (C25) 3.
Journal of Chongqing University of Science and Technology, 2011, 4(11):125-127
Natural Science Journal of Xiangtan University, 2010, 32(4): 40-45
Journal of Railway Engineering Society, 2005, 5(89):66-70

A Design and Implementation for Optical Fibre Vibration Sensor Kexue Sun, Hao Zheng, Jibo Tang and Xiefeng Cheng School of electron Science and Engineering, Nanjing University of Posts and Telecommunications, Jiangsu, 210046, China E-mail: sunkx@njupt.edu.cn Keywords: Optical Fibre Sensor; Vibration Sensor; Noncontact Vibration measurement; FPGA; Abstract.
Two photodiode were applied to different wavelengths, the material for PD1 is InGaAs, PD2 is the Si tube.
NY210036), National Natural Science Foundation of China (Grant No.61271334) References [1] Cusano, A.; Lpez-Higuera, J.
Editorial Optical Fiber Sensor Technology and Applications Sensors Journal, IEEE Volume: 8 , Issue: 7 Publication Year: 2008 , Page(s): 1052 – 1054 [2] Sang-Hoon Kim; Jung-Ju Lee.
Lightwave Technology, Journal of Volume: 29 , Issue: 4 Publication Year: 2011 , Page(s): 587 - 608 [4] Cheng Xie-Feng.

Acknowledgements This work was financially supported by the Science and Technology Development Plan Foundation of Shaanxi Province (No. 2011K07-11), Scientific Research Program Funded by Shaanxi Provincial Education Department (Program No. 11JK0864), President Fund of Xi’an Technological University (No.
Geiger: Concurrent manufacturing of parts and tools for the sheet-metal industry, Journal of Intelligent Manufacturing, Vol. 9 (1998), p. 347-352 [2] M.
Lipson: 3D Conceptual design of sheet-metal products by sketching, Journal of Material processing Technology, Vol. 103 (2000), p. 128-134 [3] R.
Guo: Design and Optimization of Addendum Surfaces in Sheet Metal Forming Process, International Journal for Computational Methods in Engineering Science and Mechanics, Vol. 8 (2007), p. 211-222

In the future on the basis of this monitoring system, which can be further monitoring of various parameters related to human health, such as oxygen content, pesticide release all kinds of harmful gas content, various microbes and bacteria to cause irritation of respiratory tract and Greenhouse itself material volatile poisonous substance content, and so on.
Design of Monitoring and Controlling System Based on CC-Link in Greenhouse[J].Journal of Agricultural Mechanization Research,2011, 12(12):147-150
Anhui Journal of Agricultural Sciences, 2012, 40(8):5049-5050 [4] Lu Zhaoquan, Liu Fang, Huang Meichu.
Statistics System Design on Flow of People Based on CC1100 Wireless Transmission[J].Journal of Jilin University (information science), 2012, 30(5): 497-502.

Seismic Behavior Analysis on Reinforced Connections of Multibarrel Tube-confined Concrete column and beam Numerical Simulation Ya-li Wang (School of Civil Engineering and Architecture, Southwest University of Science and Technology, Mian yang, Sichuan 621010; China) Wyl37@tom.com Keywords: multibarrel tube-confined concrete column; I-shaped steel beam; finite element analysis; hysteretic behavior.
Joint parameters and models Bare steel specimens model number was Q235-B, Yield stress (fy) is 215000MPa, The steel was assumed to be a elastic–plastic material with strain hardening in compression.
Journal of Southwest University of Science and Technology[J].(2008),23(1)：1-7
Journal of Structural Engineering, (2004), 130(2): 180–88

The non-catalytic out layer (the same thickness as egg-shell catalyst) is an inert diffusion barrier which protects the inner catalytic material from effect of poision as well as presure gradient.
Acknowledgment This work was supported by the Chongqing Key Laboratory of Fire and Explosion Safety (CSTC2010CA0005), Natural Science Foundation of China (No.51276195), and Chongqing natural science fund (CSTC2009BA6019 and CSTC2011JJA00017).
Shahamiri, I.Wierzba:Chemical Engineering Journal. 149 (1) (2009) 102–109
[5] HOU Ling-Yun, YANG Cheng-Ren, FU Wei-Biao: Journal Engineering Thermophysics, Vol.25(2004), p.357

Strength is determined by material of allowable stress [σ]and rigidity is limited by the deformation of design requirements, which allow under 0.1 mm.
An Exact Solution of Truncated Conical Shell with Rigid Roof under Uniformly Distributed Load, JOURNAL OF NANCHANG UNIVERSITY(ENGINEERING & TECHNOLOGY, 1995，17(4):38-42
Ni , J.Zhong.Finite Element Analysis and Optimal Design of Hot Extrusion Dies, Mechanical Science and Technology, 2004，23(1):31-32
Journal of Huaqiao University(Natural Science), 2003, 24(3). 271-274.