Search results

In this paper, detecting direction is the key part that need elaborate in detail.
Wang, “Obstacles Detecting on Blind Sidewalk System Based on Image Processing Scheme”, Advanced Materials Research, 658, 522, pp. 522-526, JAN 2013
JK, “Automated image processing technique for detecting and analysing concrete surface cracks,” STRUCTURE AND INFRASTRUCTURE ENGINEERING, vol.9, no.6, pp.567-577, JUN 2013

Research on Enterprises Resettlement in the Second Urban Land Resource Development ——taking high-tech zone in Suzhou for example Yong Du 1,a, Wenxue Yu1,b 1, School Of Public Administration HOHAI University, XikangRoad, No.1Nanjing,210098,China aemail,duyong1986@126.com,bemail,wenxueyu@126.com, Key words: Urban Land Resource ,The Second Development Technology ,Enterprise Resettlement Mode Abstract.
Basic information needed: voucher of land quality approved by government, information of land resource from the related regions and streets, materials that can prove the quality of land and so on.
According to contribution(All inputs and losses deducted project construction and operation has been of profits) for determining the land profits distribution.There are two methods for Calculating land benefit sharing Method of valuation: The government to recover the land after the redevelopment of the resources devoted to estimate, including land resources utility value and partial ownership valuation, to make it into a form of currency, thus obtains the enterprise total input, the formula is as follows: Ct=(Bw+Bt)+Bb+Cv (2) Ct is the government project total investment; (Bw+Bt) stand for resources ( land, water etc.) utility value; Bb is the resettlement of enterprises the right to use assets valuation; Cv is the government investment.The formula is as follows: LSRr= B0/ Ct=(Bw+Bt+Bbr)/ Ct (3) Method of function coefficient:Use value engineering theory

Study on direct acid leaching vanadium without grinding and roasting from clay vanadium ore in Hunan HE Weia, YE Guohuab*, TONG Xiongc Faculty of Land Resources and Engineering, Kunming University of Science and Technology, Kunming 650093, China awodedaxuehpu@126.com, bghye581@yahoo.com.cn, Cxiongtong2000@yahoo.com Corresponding author: YE Guohua E-mail: ghye581@yahoo.com.cn Key words: clay vanadium ore; direct acid leaching; vanadium extraction; leaching rate Abstract：A new technology of direct acid leaching vanadium without grinding and roasting was put forward, and the effects of leaching factors including dosage of sulfuric acid, type and dosage of assistant leaching agent, leaching time and temperature, liquid-solid ratio on the vanadium leaching rate were systematically investigated.
Aiming at the properties of clay vanadium ore and shortages of the existing vanadium extraction technologies, a new technology for extracting vanadium by acid leaching without grinding and roasting was put forward in this paper, and the effects of factors on leaching rate of vanadium were investigated in detail to provide a benefit to scientific research work of vanadium extraction and exploitation of clay vanadium ore. 1 Experimental 1.1 Materials The raw sample was taken from the Mayang District in Hunan Province of China, and the raw ore properties analysis and leaching experimental study was carried out after the raw sample was crushed into particles of size of -2mm.

A Flush-mounted Resonant Ice detection sensor with High Sensitivity Qiang Shi1, a, Junbo Wang1, b, Deyong Chen1, c and Yanlong Shang1, d 1 State Key Laboratory of Transducer Technology, Institute of Electronics, Chinese Academy of Sciences, No. 19 Beisihuanxi Road, Beijing, China. 100190 ashq_victory@163.com, bjbwang@mail.ie.ac.cn, cdychen@mail.ie.ac.cn, dShangyanlong09@mails.gucas.ac.cn Keywords: Ice sensor; Flush-mounted; Ice detection; Piezoelectric resonator; High sensitivity Abstract.
Olson, Elements of Acoustical Engineering, D.
Timoshenko, Mechanics of Materials.

Fatigue Strength of Metals Containing Inclusions and Phase Inhomogeneity Hiroshi Matsuno1, a 1 Department of Mechanical Engineering, Sojo University, 4-22-1 Ikeda, Kumamoto, 860-0082, Japan a hmatsuno@mec.sojo-u.ac.jp Keywords: Plastic adaptation; Equivalent stress ratio; σw1/ σw2-type fatigue strength; Nonmetallic inclusions; Phase inhomogeneity; Scattering of fatigue strength.
Mukai: Key Eng.
Sci.: Databook on Fatigue Strength Metallic Materials, Elsevier Sci.(1996) [6] N.

Materials and Methods Study area.
Acknowledgements This study was supported by the National Key Technology R & D Program (Grant No. 2011BAC09B07-2).
Zhao,Ecological Engineering.

Acknowledgment The financial support from Key Project of Education Department in China (No. 211035) is gratefully acknowledged.
Nelson : Materials Science and Engineering A 325 (2002) 490 [8] C.C.

Materials and methods Microorganism strains and culture conditions Gluconacetobacter hansenii strain CGMCC1671 and Saccharomyces cerevisiae strain CGMCC1670 were isolated from traditional Kombucha, and identified in this lab and conserved as CGMCC1671 and CGMCC1670 respectively in China General Microbiological Culture Collection Center.
Results Single factor test a b c Figure 1a shows that medium volume was one of the key parameters determining the BC yield.
Khan, et al: Korean Journal of Chemical Engineering Vol. 26(2009), p. 1689-1692 [14] Y.

System Analysis and Design of Gripping Device for Wafer Transfer Robot Peng Zhang1, a, Xianwen Zhuang1, b, Lina Hao1, c, Hongtao Liu1, d 1School of Mechanical Engineering and Automation, Northeastern University, China a z.pyj@163.com, b wonderdsr@163.com, c neuhaolina@163.com, dlht6059198@163.com Keywords: IC manufacture, Wafer transfer robot, End effectors, Edge gripping devices Abstract.
Wafer transfer robots are key facilities of IC manufature equipment which are used to transfer and position wafers between working procedures.
To avoid damage and pollution during contact, designers should choose local contact method and materials that release fewer particles.

The Effects of Substrate Temperature on the Composition and IR Transmission Properties of Germanium Carbon Films Deposited by Reactive RF Magnetron Sputtering Li Yangpinga , Liu Zheng tangb , Yan Fengc, Liu Wentingd State Key Laboratory on Solidification Technology, School of Materials Science and Engineering, Northwestern Polytechnical University, Xi'an 710072, Shaanxi, China a liyp@nwpu.edu.cn, b liuzht@nwpu.edu.cn, c 036046146@163.com, d wen-tingliu@163.com Keywords: Germanium carbon, RF magnetron sputtering, infrared transmittance, XPS Abstract.