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However, because of material and fabrication of WM, the relation between WM’s coils resistance R and electric current I is more complex, which can be expressed by Eq. 1 [7, 8].
At present, a WM of SHMFF is being constructed in high magnetic field laboratory of Chinese academy of science.
Acknowledgements We would like to give our sincere thanks to national great project of science for their financial supports.
Journal of Low Temperature Physics, Vol .133, Nos.1/2, October 2003
Schneider-Muntau.Material and Cooling Requirements for Poly-Bitter Resistive Magnets and Hybrid Inserts Generating Continuous Fields up to 50 T.

Research on Knowledge Transfer and Sharing in the Implement of Manufacturing EPR Linling Zhang 1,2,a, Ya Li1 b , Yibing Chen 1,c , Xiao Wang1d , Jun Li2,3,e# , Yunfeng Shi 1,f, Yong Shi1,2,g 1 Graduate University of Chinese Academy of Sciences, Beijing (100190), China 2 Research Centre on Fictitious Economy and Data Science, CAS, Beijing (100190), China 3 Ying Da Tai He Property Insurance Co., LTD.
Enterprise on-demand ERP implementation process in order to document information and consultancy companies in accordance with contract documents submitted to class deliverables, vendor training materials, manuals and other applications is the transfer of explicit knowledge, the this phase of the transfer of tacit knowledge is shared is very important.
Acknowledgments This Work is partially supported by the President Fund of Graduate University of Chinese Academy of Sciences (Grant No.085102HN00), National Natural Science Foundation of China (NSFC) (Grant No. 70921061, 70501030 ), and Beijing Natural Science Foundation (GrantNo.9073020).
Dong, The influence of knowledge transfer on the effectiveness of the implementation of enterprise ERP-based on an empirical study on Chinese manufacturing [J], Research Management, 2007, (9): 66-68(in Chinese) [2] Dong-Gil Ko, Determinants of knowledge transfer in enterprise resource planning implementation [J], University of Pittsburgh, 2002, 86-87 [3] Daniel E.O'Leary, Knowledge management across the enterprise resource planning system life cycle [J], International Journal of Accounting Information Systems, 2002, (5):99-110

ZHANG1 1Qiqihar University, Qiqihar, China 2Harbin University of Science and Technology, Harbin, China 3Qiqihar CNC Equipment Corp.
Under tiny pressure differential, vapor flows to condenser emitting heat and changing into liquid, which then flows along the multi-hole material back to evaporator under capillary force.
Acknowledgement This project supported by National Natural Science Foundation of China (51075218), Natural Science Foundation of Heilongjiang Province of China (E200909) and Hei Long Jiang Postdoctoral Foundation (LBH-Z10006).
Chen: Chinese Journal of Low Temperature Physics Vol. 27 (2005), p. 255-262 [2] Z.T.
Thermal Sciences Vol. 43 (2004), p. 499-507 [7] S.Launay, V.

Eliminating the External Libration Sound for the Optical Microsphere-taper Coupling Structure Li Wang1,2a Pengfei Xu1,2,b Yuguang Zhang1,2,c Yingzhan Yan1,2,d Shubin Yan1,2,e (1.Science and Technology on Electronic Test & Measurement Laboratory, North University of China, Taiyuan, Shanxi 030051, China; 2.
Key Laboratory of Instrumentation Science and Dynamic Measurement, Ministry of Education, North University of China, Taiyuan, Shanxi 030051, China) ajane--1125@163.com bxupengfei1205@126.com cxiaoguang9792@163.com dyyz712@126.com eshubin_yan@nuc.edu.cn Keyword: External sound; Insulation cover; Compositive microsphere-taper coupling structure Abstract.
In order not to affect the light transmission, the refractive index of 1.35 UV glue is selected in this experiment, and its refractive index is lower than 1.45 of the optical materials SiO2.
Acknowledgements The project was supported by the National Natural Science Foundation of China (Grant No. 60707014, 60778029, 50975266, 61178058), the National Natural Science Foundation of Shanxi province (Grant No. 200911059-16, 2010011003-2), and the Outstanding Graduate Innovation Project (Grant No. 20093076, 100115122, 2010-577).
Journal of Fuzhou University (Natural Science), 2007, 35:67-70 [4] Zhang Yuanxian, Han Deyu, Zhu Kun etal.Wavelength shift of whispering-gallery-mode fiber laser caused by fiber cladding refractive index [J].

Fused materials and bond quality are also the main elements of the factors affecting the quality of clothes.
Conclusions In this paper, we present the principal component analysis .In general, the bond quality is closely related to the material properties under the correct pressing condition.
Acknowledgement Thanks for the the aid financially help of the Development Funds Project About the Humanities and Social Sciences of Shandong University of Technology.
[2] Jeong, S.H., and Barker, R.L., Journal of Korea Fiber Society., 33(1996),p. 83

Such treatment measures, not only obviates the manual handing process, and also achieve automatic air temperature control through the preferred PID algorithm and set of different heating curve, according to different material types of mold sand.
Analysis of experiment result The actual drying process of large scale mold sand is carried out under relatively open environment, and needs to preset heating curve different according to different materials with better consistency.
Acknowledgement In this paper, the research was sponsored by the Natural Science Foundation of Zhejiang University of Technology (Project No. 2012XZ013).
Journal of Inner Mongolia University(Acta Scientiarum Naturalium), 1997-28(6):838-841.

Determation of material performance.The material performance datas needed during fatigue assessment are the coefficents and in Eq.1,also the threshold stress intensity factor .These coefficents can be got through special fatigue crack propagation rate test.According to the test data, using the least squares regression,we can get and .
Fatigue assessment program develop and verify of surface defects According to the surface defect assessment methods provided in the previous chapter, a special program is developed with Fortran language.The program can be used to calculate the fatigue crack propagation and assess the lifetime.Once the material properties , the range of stress and the initial size of defect are known,the initial amplitude of stress intensity factor can be calculated through this program, then we can determine that whether the fatigue asseement should be necessary.As to the defect need be assessed, if the fatigue cycle number is known,the final size of the defect can be calculated after the cycle,then the safty assessment can be conducted.Besides,if without the fatigue cycle life information, we can set the crack deepth,length or amplitude of stress intensity factor be assessment parameters,thus providing reasonable technical data for the determination of repair cycle.
Guedes Soares, Fatigue damage assessment of corroded oil tanker details based on global and local stress approaches,International Journal of Fatigue 43 (2012) 197-206
(In Chinese) [6] Shun Diao, Yaorong Feng, Zhuangchuan Jing, Study on the fatigue properties of oil gas pipelines and its prediction of service life, Chinese safety science, 18 (2008) 123-130.

Low-temperature cracking analysis of asphalt pavement LI Zhaoshenga, TAN Yiqiub School of Transportation Science and Engineering, Harbin Institute of Technology, Harbin 150090, P.R.China alizhaoshenghit@163.com, byiqiutan@163.com Keywords: asphalt pavement; low-temperature performance; temperature shrinkage coefficient Abstract: Establish the mechanical model of asphalt pavement low-temperature cracking, analysis the factors leading to cracking.
The main factor of resistance to low-temperature shrinkage cracking refers to unit area cracking energy accumulated along the thickness direction of asphalt surface layer: In the formula: --tensile strength of asphalt mixture in the temperature of Ti; --limit tensile deformability of asphalt mixture in the temperature of Ti; h--thickness of asphalt layer; Formula shows that: ability of resistance to low-temperature cracking is not only related to factors of material (tensile strength and limit tensile deformability of asphalt mixture) but also related to the asphalt layer thickness h and its structure factors such as combination.
The deposited energy that leads to shrinkage cracking is represented as: In the formula: аi:Temperature shrinkage coefficient of asphalt mixture; B,L:Respectively represent the width of the pavement and crack spacing; σ(T0，hi):temperature stress at hi thickness of asphalt pavement ; ΔT(T0，hi):difference in temperature leading to temperature stress Formula shows that: the factors that lead to crack are not only related to factors of materials such as temperature shrinkage coefficient of asphalt mixture and temperature stress but also related to other factors such as structure combination and temperature distribution.
[5] J.T.Christison,The Response of Asphalt Concrete Pavements to Low Temperature climatic Enviroments,Proceedings of 3rd Int.Conf.on the Structural Design of Asphalt Pavements,Vol.1,1972 [6] C.Vander Poel,A.General System Denscribing the Vicoelastic Properties of Bitumen and Its Relation to routine Test Data Journal of Applied Chemistry, Vol.4,1954,P221~236 [7] B.

Liu c Department of Mechanical Engineering, Key Laboratory for Advanced Materials Processing Technology, Ministry of Education, Tsinghua University, Beijing 100084, China a liuzy02@mails.tsinghua.edu.cn, b scjxqy@tsinghua.edu.cn, c liubc@tsinghua.edu.cn Keywords: microstructure simulation, AZ91D alloy, die casting, cellular automation method Abstract.
Simulation Results and Experiment Validation Experimental Material and Method.
Fig.2: Specimen positions on the cylinder cover casting overflow and exhaust channel casting runner P3 P2 P1 Experimental grain structure solute concentration Fig.3: Comparison of the experimental micrographs and modeling results for the positions P1~P3 Table 2: Grain size and eutectic percent Average grain size [µm] Eutectic percent [%] Position Experiment Simulation Experiment Simulation P1 30.1 31.8 9.6 10.3 P2 13.2 14.7 10.2 11.3 P3 8.2 9.1 10.8 11.7 Acknowledgements The research was sponsored by National Basic Research Program of China (2005CB724105) and National Natural Science Foundation of China (10477010).
References [1] Beltran-Sanchez L, Stefanescu D M: Metall and Mater Trans 35A(2004), p. 2471 [2] Thuinet L, Lee P: Modeling of Casting, Welding and Advanced Solidification Processes - XI(2006), p. 457 [3] Wang Y S, Zhang Y B, Wang Q D etc: Acta Matall Sin 38(2002), p. 539 [4] Thévoz Ph., Desbiolles J.L., Rappaz M: Metall Trans 20A(1989), p. 311 [5] Kurz W., Giovanola B., Trivedi R: Acta Metall 34(1986), p. 823 [6] Feng W M, Xu Q Y, Liu B C: Journal of Tsinghua University 43(2003), p. 605 [7] Xu Qingyan, Feng Weiming and Liu Baicheng: J Mater Sci Technol 19(2003), p. 391 [8] Steinbach I, Beckermann C, Kauerauf B, Li Q, Guo J: Acta Materialia 47(1999), p. 971 [9] Li Q, Beckermann C: Physical Review E 57(1998), p. 3176 (c1) (a1) (b3) (c3) (b2) (c2 ) (b1 (a3 ) a2 P1 P2 P3

As advanced material, which is high-strength, it is the favor object of lots of researchers.
So the equation 3-1 and 3-1’ can be writeen as follows: (3-2) (3-2’) is the effective bonding coefficient between binding material and FRP bars (0.5<<1).
Assume that , and , are respectively shear elasticity and shear strain, , and , are lateral displacement and longitudinal displacement, suppose the stress-strain relation of the binding material and geometrical relationship are linear, that is: (3-3) Because all of factor of the FRP bars are same, so ==；；,and we can get that: (3-4) (3-5) (3-6) Simultaneous equations 3-4,3-5 and 3-6, Equation on both sides derivation of x, (3-7) Because of the thickness of binder is very little, so we can show like t his (3-8) In the equation is thickness of binder, and and are longitudinal strain along flank of FRP bars and concrete.so equation 3-8 can be writeen like this: (3-8’) And in the eqution, and are strain of FRP bars and concrete, and are modulus of elasticity of FRP bars and
From:Science and technology department of hebei province
Journal of South China University of Technology, 2002,30(11):101-105