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AKNOWLEDGEMENT NSFC（(51205288）);2013 Tianjin city Natural Science Foundation Project （(13jcybjc15900）) References [1] Lieberman M A, Michael A L, Charles K B, et al.
Determining gravimetric bark content in cotton with machine vision[J].Textile Research Journal,1998, 68(2):94-104
[3] Kang T J,Kim S C.Objective evaluation of the trash and color of raw cotton by image processing and neural network[J].Textile Research Journal,2002,72(9):776-782
Robust and efficient detection of non-lint material in cotton fiber samples[C].

Material and method Grouping of experimental animal and the eatablish of animal models Select healthy adult male SD mice weighing between 220g ~250g provided by Jilin University experimental animal center.
Acknowledgements This work was financially supported by the Jilin Province Natural Science Foundation (201115087), International Cooperation Program of Jilin Province (2011743) References [1] Van Vliet E,Aronica E,Redeker S,et al.Selective and persistent upregulation of mdr1b mRNA and P-glycoprotein in the parahippocampal cortex of chronic epileptic rats.
[4] Ruifeng Jin,Ruopeng Sun,Xiangping Xu.The expression of resistance drug gene (MDR1) in mice with epilepsy and the effect of Topmax on it .Chinese Journal of Pediatrix.2005，43（10）: 733-737 [5] Xuefeng Wang,Yang Lv,Lei Huang,Shiquan Wen,Yong Yan.The product of resistance drug gene P-glycoprotein detection in white cell of patients with epilepsy.Chinese Journal of Neurology.2002, 35（6）: 111-113

Acknowledgement This work was supported by National Natural Science Foundation of China (NOs. 51008105 and 51121062).
Rys: submitted to Journal of Dyes and Pigments (2002) [17]S.
Suddhasatwa: submitted to Journal of Bioresource Technology (2013) (2012) [18]R.
J. of Hazardous Material. 240 (2012) 257-264 [24]A.

The length of the hoses is 16m, and the outer and inner diameters are 67.6mm and 50.8mm, Young’s modulus for material of hose is 300MPa.
Acknowledgements This work was supported by the National Natural Science Foundation (No. 51005028 and No. 51275063) and International S&T Cooperation Program of China (No. 2011DFR70990).
Journal of Central South University, 2012. 19: p. 3110-3117
Chinese Journal of Mechanical Engineering(English Edition), 2004. 17(1): p. 114-116

Acknowledgements This work was financially supported by the National Natural Science Fund (51208310), Research Fund for the Doctoral Program of Shenyang University of Technology (521101302005132), and Liaoning scientific & technical fund (20102164).
Journal of xi’an university of highway.
Model test with similar material and numerical simulation of culvert with high fill.
Journal of Jilin University.

With the increasing of the acceleration amplitudes, the MSD can still working well and dissipate more energy for the yield of material.
Acknowledgements This work was partial supported by the Beijing Natural Science Foundation (8093031), the Youth Foundation of Beijing University of Technology (97004012200701) and the Graduate Technology Foundation of Beijing University of Technology (ykj-2011-5680).
Vol. 40 (2008), p. 1888 (In Chinese) [3] Hongnan Li, Gang Li, Zhongjun Li: Journal of Building Structures.
Vol. 23 (2001), p. 643 [5] Zhou Fulin, Zhang Ying, Tan Ping: CHINA CIVIL ENGINEERING JOURNAL.

Analysis on the start-up of campus sewage treatment with 3-stage biological aerated filter Lei Zhu1,a, Fangxing Liu1,b,Xiaolin Jiang1,c Hongjiao Song 1,d 1College of Urban Construction, Wuhan University of Science and Technology, Wuhan 430065, P.R.China a200844529@qq.com,b358028815@qq.com,cjxl1234@126.com ,d44622728@qq.com Keywords: BAF; Alternated influent; 3 stage; Biofilm formation; Removal effect Abstract: In this study, the alternating 3-stage biological aerated filter system with the brush as the filler was proposed for campus sewage treatment and the biofilm formation process was researched.
Biological aerated filter works by the physical filtration and microbial adsorption while the wastewater passing through the filter material [3].
[3] Jinxiang Fu, Wei Li, Shouyong Liu, et al:Journal of Shenyang Jianzhu University, Vol. 5-24(2008), p.828-831.
(In Chinese) [4] Wang Hong, Zhang Linjun:Journal of Xuzhou institute of architectural technology.

Table 1 Other Automatic Identification Technologies 2-dimensional Code Magcard Contact IC Card RFID Information Carrier Surface of Paper or Material Magistrate Memory Chip Memory Amount of Information Large Small Large Large Reading-writing Reading Reading/ writing Reading/ writing Reading/ writing Means of Reading Photovoltaic Conversion Magneto electric Conversion Circuit of Interface Wireless Communication Confidentiality Good Ordinary Good Good Intellectuality No No Yes Yes Ability to Resisting the Environmental Pollution Strong Weak Ordinary Strong Capacity of Resisting Disturbance Strong Weak Ordinary Ordinary Scan Distance 0～0.5m By contact By contact 0～2m Service Life Very Long Short Long Long Designs of Overall Structure and Function of the System Overall Structure of the System In this paper, by centering on the tropical fruit production and circulation and adopting HACCP, FMECA and other technical methods, a tropical fruit quality safety traceability system is
The Agricultural Mechanization Research, 1(12):162-164 [2] Yang Xinting, Qian Jianping, Sun Chuanheng, et al (2008) Design and Implementation of the Safety Production Management and Quality Traceability of Vegetables Journal of the Agricultural Engineering 2(3):162-166 [3] Song Yinghua (2009) Research on the Construction of the Emergency Management of Food Safety.
Journal of Wuhan University of Technology 3(4):161-164 [4] Lu Changhua, Wang Changjiang, Hu Sinong (2007) The Traceability Management of Marking Technology of Animal and Animal Products.
Beijing: China Agriculture Science and Technology Press 4(6):35-36 [5] Cheng Hao (2007) Discussion on the Safety Control of Animal Products and the Retrospective Technology Research.

We choose prediction model which is suitable for time series, according to the historical data material of the study to forecast.
Journal of Transportation Engineering, 1997, 123:251-266 [3] Yeqiang Gao.
Science Technology and Engineering, 2011, 7:1636-1639, 1648
Forecast model of expressway maintenance cost[J].Journal of traffic and transportation engineering,2007(03)

The surface material is mainly the aeolian sand and loess, sparse vegetation.
On the restoration of mine Eco-environment. science and technology review,2005,23(1): 38-41.
Journal of china coal society, 2006,31(6) :808－812.
Journal of System Simulation, 2007,19(7): 1439-1441,1616.