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Del Carpio1,o, Yasuo Kitou2,p, Emi Makino2,q, Norikazu Hosokawa3,r, Jun Hasegawa3,s, Shoichi Onda3,t and Akira Miyamoto1,u 1 Department of Applied Chemistry, Graduate School of Engineering, Tohoku University, 6-6-11-1302 Aoba, Aramaki, Aoba-ku, Sendai, 980-8579, Japan 2 Research Laboratories, DENSO CORPORATION, 500-1, Minamiyama, Komenoki-cho, Nisshin-shi, Aichi 470-0111, Japan 3 Corporate R & D Department, DENSO CORPORATION, 1-1, Showa-cho, Kariya-shi, Aichi 448-8661, Japan a takaba@aki.che.tohoku.ac.jp, bsagawa@aki.che.tohoku.ac.jp, csmiki@aki.che.tohoku.ac.jp, d ouchi@aki.che.tohoku.ac.jp, eyuko@aki.che.tohoku.ac.jp, f yukie@aki.che.tohoku.ac.jp, g sato@aki.che.tohoku.ac.jp, h kenji@aki.che.tohoku.ac.jp, isahnoun@aki.che.tohoku.ac.jp, jkoyama@aki.che.tohoku.ac.jp, ktsuboi@aki.che.tohoku.ac.jp, lhatakeyama@aki.che.tohoku.ac.jp, mendou@aki.che.tohoku.ac.jp, nmomoji@aki.che.tohoku.ac.jp, ocarlos@aki.che.tohoku.ac.jp, p yasuo_kitou@denso.co.jp
Introduction Since silicon carbide (SiC) is known as a material with many polytypes that show different characteristics, understanding the mechanism of layer growth as well as defect formation in the SiC crystal is fundamentally important to derive its appropriate performance.
The amount of adsorption and adsorption energy are key information to understand SiC crystal growth mechanism.

A Design of High Smart Pressure Sensor Based on Microcontroller and BP Network Qi Lia, Xiaojian Zhangb College of electric and information engineering, Shaanxi University of science and technology, Xi’an, Shaanxi, China 710021 aliqidq@sust.edu.cn bxiaojiansin@sina.com Key words: MSP430 MCU; BP network; pressure sensor; temperature compensation Abstract: We introduce the high smart pressure sensor’s hardware-circuit design which based on Ultra-Low Power MSP430 MCU, analyze the BP network algorithm in temperature compensation to deal with the pressure sensor’s temperature drift, and collect pressure sensor’s temperature and pressure signals by MCU for offline training in BP network.
The diffused silicon pressure sensor is made in semi-conductor material, which output is not only determined by the input pressure but also influenced by the variation of circumstance temperature, thus will produce temperature drift phenomenon, in addition nonlinear and the device package itself will also affect its accuracy.

Synthesis and Photocatalytic Property of BiVO4/ FeVO4 Composite Novel Photocatalyst Min Wang a , Qiong Liu b , Dong ZHANG c College of Environmental and Chemical Engineering, Shenyang Ligong University, Shenyang 110165, China a minwang62@msn.com, b chanerwang @tom.com, czhangdong1186@sina.com Key words: Semiconductors; FeVO4; Composite Photocatalyst;Methyl Orange Abstract: BiVO4/FeVO4 composite photocatalyst samples were prepared by calcining the mixture of FeVO4 and BiVO4 precusor which were prepared through liquid phase precipitation method for further increasing the photocatalytic efficiency of FeVO4.
TiO2 has been a fascinating material because of its various potential applications, such as photocatalysis[3,4].

Pervaporation Dehydration of Aqueous Ethanol Solution with Zeolite-filled Poly (vinyl alcohol) Composite Membranes HUANG Zhen1,2,a, GUO Yu Hua2,b , GUO Gui Mei 2,c and TENG Li-Jun2,d 1Tianjin Key Laboratory of Refrigeration Technology, Tianjin University of Commerce, Tianjin 300134, PR China 2 Department of Packaging Engineering, Tianjin University of Commerce, Tianjin 300134, PR China ahuang900@yahoo.com, bteachergyh2003@yahoo.com.cn, cguoguimeisd@163.com, dgaoshan-63@163.com Keywords: Ethanol dehydration; pervaporation; zeolite pore size; composite membrane.
In present study, hydrophilic polyvinyl alcohol (PVA) was selected as the polymeric substrate since it is the most attractive and economical polymer material for ethanol dehydration [15].

., LTD, 3333-23 Kami-Tezuna, Takahagi, Ibaraki 318-0004, Japan 3 Research Center of Ion Beam Technology and College of Engineering, Hosei University, 3-7-2 Kajino-cho, Koganei, Tokyo 184-8584, Japan a sibagakim@mha.anelva.jp, bkurematsuy@mha.anelva.jp, cwatanabe@vaclab.co.jp, dhaga@net-sukegawa.com, emiura@net-sukegawa.com, fc00d3070@k.hosei.ac.jp, gmah@ionbeam.hosei.ac.jp Keywords: Electron Bombardment Anneal System (EBAS), SiC, Post Ion Implantation Anneal, Vacuum, Rapid Thermal Process (RTP), Surface Morphology Abstract We develop the rapid thermal anneal system of the implanted SiC, Electron Bombardment Anneal System (EBAS), which is able to heat up to 1900 oC with a rate of 320 oC/min in vacuum.
Introduction Silicon carbide (SiC) is the most promising material for the next generation power electronics devices [1].
In particular, post ion implantation annealing technology is one of key technologies to realise the SiC devices.

Development and Design on the Rubber Conversion Track Wheel Zhenning Hu1aand Kai Yao 1b 1 Xi’an Architecture Engineering Research Institution, China a987198080@qq.com,bYaokai029@sohu.com Keywords: The rubber conversion track wheel; Design principle; Development trend; Technical form Abstract: The article has analyzed the the rubber conversion track wheel development present situation and application, summarized the track wheel trend of development, through the improvement overall construction form, promotion bearing power, expands in the great tonnage wheeled vehicle application scope; Studies the track wheel the general structural style, enhances the track wheel technology form the versatility; The improvement designs the track wheel the absorption of shock organization and prevent overturn equipment, enhances the track wheel operation comfortableness and the security.Through analyzes the track wheel the basic composition and bed the frame support form, the drive form, the absorption
The elimination inspires the source is reduces the vibration and the noise reduction effective method, the rubber track vibration and the pitch, the runner disposition, the center-of-gravity position, the sizing material performance and the pattern block configuration concerns.
Prevent overturn the equipment design is the rubber conversion track one of in wheel design key technologies.prevent overturn equipment mainly uses for to prevent vehicles in Canada, deceleration or when rugged location travel the track wheel circles the drive shaft whole to have the rotation.

Modal Analysis of Temporarily Installed Suspended Access Equipment Based on ANSYS Xijian Zheng1,a, Zhen Lu1,b, Xiangyun Zhao1,c, Xingliang Gao1,d 1School of transportation & Mechanical Engineering, Shenyang Jianzhu University, Shenyang 110168, China axijianzheng@sina.com, bluzhen1983@126.com, czhaoxiangyun6@126.com,dxinglianggao@163.com Keywords: Temporarily Installed Suspended Access Equipment, structure modal analysis theory, FEM, natural frequency Abstract.
The structure modal is conditioned by the its own characteristics of the structure and material, and is not related to the external loads.
Acknowledgements The research in this paper has been supported by National "Eleventh Five-Year" Key Scientific and Technological Plan, 2008BAJ09B02-2.Shenyang science and technology projects, F11-030-2-00.

Spectral Characteristics in the Degradation Process of Colored Dissolved Organic Matter from Large Filamentous Algae Sources in Saltwater Lake Limin Zou1, 2,a, Jianhua Li1,b ,Degang Jiang1,c and Yulai Wang1,d 1 Key Laboratory of Yangtze River Water Environment of Ministry of Education, College of Environmental Science and Engineering, Tongji University, Shanghai 200092, China 2 Water Supply and Drainage Management Station of Shanghai Qingpu Water Authority, Shanghai 201700, China azou.limin@163.com, bleejianhua@tongji.edu.cn, cjiangdegang123m@163.com,d bnu_wangyulai@yahoo.com.cn Keywords: Colored dissolved organic matter; bristles algae; photodegradation; three-dimensional fluorescence; parallel factor method.
Marine Chemistry, (2007) [5] McKnight D M, Boyer E W, Westerhoff P K, et a1．Spectrofluorometric characterization of dissolved organic matter for indication of precursor organic material and aromaticity .Limnology and Oceanography,(2001) [6] Qian wei, Yang Yusheng, Zeng Hongda, et al.

Meanwhile, knowledge base is not only a material base, a data base, but it can analysis the similar data according to the association rules and combine or create new knowledge The Training Management System The Training Result and Feedback The Training Result Analysis The Evaluation Standards The Teaching Manage- ment System Books Courses Online Information The Resource Management System The Resource Updating Colleting Examining Deleting The Knowledge Experiences The Staffs Posting Management The Sharing of Learning Experiences The Examining Standards The Training Demand Analysis The Training Task Analysis The Training Staff Analysis The Training Course Design The Students Management The Teachers Management The Interfaces Management The Development and Maintain of System The Analysis and The Designing Standards The Learning Management System The Interaction Student-Center The Autonomy The Mixed Study The Training Course Library
[2] Ta-Sheng LO, “KEY FACTORS FOR EFFICIENTLY IMPLEMENTING CUSTOMIZED E-LEARNING SYSTEM IN THE SERVICE INDUSTRY,” Journal of Systems Science and Systems Engineering, 2011, pp. 136-139

Identification of Coal Petrologic-structure by using Geophysical Logging data: A case study of the coals of Hancheng coalbed methane field Juan Teng1,a, Yanbin Yao1,b, Dameng Liu1,c, Zhiqiang Liu1,d, Bei Liu1,e 1Coal Reservoir Laboratory of National Engineering Research Center of CBM Development & Utilization, China University of Geosciences, Beijing 100083, PR China atengjuan0422@163.com, byyb@cugb.edu.cn, cdmliu@cugb.edu.cn, dyinghua1550@yahoo.com.cn exianjietou@163.com Key words: coal structure; original coal; tectonic coal; log response; microscopic explanation Abstract.
In the same coal seam, the sedimentary environment and material source are basically stable, as well as maceral composition, coal-forming substances and physical property basically similar or exist some change trend [7].