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Through Fig.5, the highest Von Mises stess occurred in blade root up to 848MPa, while the critical stress intensity of material ZL104 is only 195 MPa, it affirms hazardous point at the maximum design speed which also explained the reason why blade fracture occurred in prototype.
Stress intensity is proportional to pressure at the promise of linear material, that is : Based on the similar calculation theory , braking torque is indicated proportional to speed square, that is:.
Noted moment and speed, that is respectively 4000 N • m and 1343rpm, is determined under the promise of blade stress intensity, that is to say, when rotor speed is less than noted value under full-filled condition, the stress of blade root is within the range of material stress limit.
References [1] Yan Jun,He Ren and Lu Ming．Numerical Simulation for Hydraulic Retarder with Different Blade Number[J]．Journal of JiangSu University (Natural Science Edition)，2009,Vol.30(1), p. 27-31.
Master thesis of Harbin Institute of Technology．2006 [5] Pierre Degond，Giacomo Dimarco，Luc Mieussens．A moving interface method for dynamic kinetic–fluid coupling[J].Journal of Computational Physics．2007(2):1176-1188 [6] Jin-Hyuk Lee，Hoon Lee．Dynamic Simulation of Nonlinear Model-Based Observer for Hydrodynamic Torque Converter System．SAE 2004-01-1228

Define将焊接板作为连续整体，不考虑焊缝处材料特性的变化以及焊缝对传力路线的影响 ;Defined welded plate as a continuous whole, without regard to the effect of changes in material properties of weld and weld line on the transmission line; 3) In water pressure test, the cover of the hydraulic press closes the sealed chamber, so the case is analyzed by establishing the finite element model of the shell.
We can see from the figure that the von mises stress of most area of the sidewall is above 261 MPa, exceed the material yield limit, so it is necessary to strengthen the case sidewall.
The case that was improved according to the second program has significant increase in stiffness and strength, and its overall stress is more uniform, but the sidewall stress still exceeds slightly the yield strength of material.
LI: Journal　of　Dalian　Railway　Institute Vol. 26(2005), p38 [2] Z.Y.
WANG: Journal of Harbin University of Science and Technology Vol.6(2001), p37 [7] Z.H.

The aluminum is used to construct the C-like linear tube, and the inside surface of tube is coated high reflective material.
The material (a) (b) removal from the workpiece occurs by a series of rapidly recurring current discharges between two electrodes, separated by a dielectric liquid and subject to an electric voltage.
To establish a reflective film into the C-like tube structure, the flexible high reflectivity film material, such us the Ag (96%) film or the Au (85%) film is deposited.
Acknowledgement The authors gratefully acknowledge the financial support provided to this study by the National Science Council, R.O.C, under Grant No.NSC97-2221-E-036-027.
Choi: Journal of the Optical Society of Korea Vol. 11 (2007), p. 113 [7] C.

The material parameters are as follows: material grade is JSC590Y, the initial thickness T0 = 1.5mm, elastic modulus E = 207 Gpa, Poisson's ratio ν = 2.8, anisotropy coefficient γ = 0.907, friction coefficient μ = 0.125, strength hardening coefficient K = 1023Mpa, yield strength σb= 381.7 Mpa.
In this research, tmin took 70% of the initial material thickness, hc equals 0.1 mm.
Acknowledgment This work is partially supported by the Science and Technology Research Project of Chongqing Municipal Education Commission of China under Grant No.KJ100414.
Hammett: International Journal of Flexible Manufacturing Systems.
Li: Journal of Northwestern Polytechnical University Vol. 19(1) (2001), P. 152.

We believe that it will offer the guide for the developing and utilizing this newly adsorption material.
Materials Main reagents.
Ammonia-Nitrogen and Its Treatment in Micro-Polluted Water Source[J]. environmental science and management, 2006.31(6).91~93
Ion Exchange of Ammonium in zeolites: A Literate Review[J].Journal of Environmental Enginerring,2001.(8).673~681 [3] J.
CIESC Journal. 2009,60: 1806~1811 [5] Zhang biao, Shi Xiaodong.

With the development of science and technology, 3D modeling software such as Pro-E, UG and Solidworks and mechanical analysis software such as ANSYS, ADAMS become more and more mature.
Rubber buffer rollers are also installed where materials are undertaken. 1.2.5 Counterweight Boom Counterweight Boom is used to balance the overturning moment on the side of the Discharge Boom and the wind moment of the complete appliance on job site.
Then Fig. 5 Discharge Boom’s Stress Diagram Fig. 6 Discharge Boom’s Strain Diagram distribute the weight of the material under full load on the Discharge Boom and do finite element analysis of Discharge Boom.
Research on Motion Simulation of Spherical Robot Based on Virtual Prototype Technology with ADAMS, Journal of System Simulation. 2006, 18(6): 1026-1029
The Optimization and Analysis for Tipping-over Stability of the Main Structure of 4000～6000m3/h Conveyer loader, Journal of Dalian fisheries university. 1998,13(1): 35-41.

Introduction Grinding, as widely applied precision machining processes, may produce sharp rising of ground workpiece temperature and result in thermal damage because of huge energy inputting into the ground workpiece while cutting away unit volume materials [1-2].
Third is to calculate time constant by inputting relative parameters (such as material density, size, area and et. al.) on the interface of the system.
Acknowledgement The project supported by the National Natural Science Foundation of China (598750011).
Xu: Journal of Fuzhou University, (1981), pp.1.
Liu: Journal of Petroleum University, Vol.19 (1995) No.5, pp.102.

Research on Planning and Design of High-Rise Buildings in Baotou from the Perspective of Urban Environment Yuxian Ding 1{TTP}12289 , a, Jiarui Wang 2{TTP}12289 , band Yuxin Ding 3{TTP}12289 , c 1Inner Mongolia University of Science and Technology, Baotou, China, 014010 2 Inner Mongolia Institute of Finance and Economics, Hohhot, China 3 Hohhot College of Vocational and Technical, Hohhot, China a dingyuxian@imust.cn ,b wjr_008@163.com ,c dingyuxin010@sohu.com Keywords: the overall space environment,planning and design, the harmonious development method, humanistic environmen, Abstract : The development of economic has cause many problems about emerging and dense concentration of High-rise buildings in Baotou,so that the urban natural environment, urban living environment, urban spatial structure ,the urban cultural environment have been greatly affected.Therefore, this article discusses the problem about high-rise buildings from the perspective of the urban environment, with
There are three major ideas: firstly, in the process of establishing the overall city’s outline and establishing city’s image, we should use different size, material, quality elements to form the ‘large scale’ of high-rise buildings, and create colorful city life; secondly, in the process of establishing urban life, we also need to use different texture construct material to form the ‘moderate scale’ high-rise buildings Similar to traditional ,and create a good livable place to live;thirdly, taking into account the human visual distance, we can use ground, landscaping, architectural sketch and detail processing of the building itsself to form the ‘small scale’ high-rise buildings ,with the aim to meet people's physical security requirements .
The core task of planning and design of high-rise buildings, which is to be in accordance with safety, convenient, comfortable and economic principles, meet the different use requirements of people, And within the allowed limits in the environment, according to ecological laws of environmental factors themselves ,high-rise buildings will be well-organized, and then from the physical and psychological aspects ,what we can do is to create a multi-dimensional urban environment which can meet people’ requirements of material life and spiritual life .
[2] Fuhua Han and Jianhua Zhang: Shandong construction engineering college journals，Vol. 3 (1995) ), p. 22-24,in Chinese
[5] Shouqiu Cai:Journal of Safety and Environment，Vol. 5(2009) ,p. 78-80,in Chinese [6] Zhimin Sun:Shanxi architecture Vol. 32(2006) ,p. 36-37,in Chinese.

Magnetic molecularly imprinted polymers based on poly[2,2’-(p-oxidiphenylene)-5,5’-bibenzimidazole] (OPBI) for selective detection of nonylphenol in water samples Yan Zhou1, a, Zhengping Wang 2, *b, Panpan Guo3, c and Xue Gao4, d School of Environmental and Biological Engineering, Nanjing University of Science and Technology, Nanjing, 210094, China aemail address: yan--chou@163.com *bCorresponding author, email address: wzp306@sina.com cemail address: 342509641@qq.com demail address: 768730910@qq.com Keywords: MMIPs NP selective adsorption reuse Abstract.
Fe3O4 particles have been the most common magnetic material, which are used as a significant part of magnetic molecularly imprinted polymers (MMIPs).
Sanchoa: Journal of Chromatography A.
Yuan: Journal of Hazardous Materials.

Structural Design and Finite-element Analysis of Packing Seal with Self-adaption and Resilience Liu Peng 1,2,a, Zeng Tao1,2,b, Xie Junke1,2,c,Qi Fu ji1,2,d 1Sichuan University of Science＆Engineering, Zigong 643000,China. 2Sichuan Provincial Key Lab of Process Equipment and Control, Zigong 643000,China.
Introduction Packing seal is a kind of seal device using elastoplastic material or element with elastic structure to plug fluid leakage channels[1].
(3)With the use of new materials, its application scope continues to expand, packing seal still achieves excellent sealing effect in some occasions of high temperature and high pressure, and to a certain extent can even replace the mechanical seal.
Journal of Daqing Petroleum Institute, 2009（4）:85～87
Journal of Beijing University of Chemical Technology,1999,26(2):37～40