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It is applicable by metallurgists to deform materials under ultra high strain rate [1].
JOURNAL OF PLASTICITY ENGINEERING, 2008(6)25-28
Nalural Science Journal of Xiangtan University, 2005 27(3):91-94
Materials for Mechanical Engineer, 2007 31(1)23-25
Material and Heat Treatment, 2008(7):47-49

The bond behavior between concrete and steel is an important index of the two kinds of materials of collaborative work.
The effects of different sources of high strength concrete blocks, recycled coarse aggregate formed by the jaw crusher instead of natural aggregate, design different recycled coarse aggregate replacement rate and different anchorage length as the main parameters, the bond slip behavior between steel bar and concrete research.[1-5] 1 The test situation 1.1Test materials.
All kinds of raw material of recycled concrete: Grassland card west water cement factory production of ordinary Silicate cement 32.5R, Ordinary sand, Drinking tap water.
References [1] Xiaojianzhuang.lipeisheng.qinwei Recycled concrete and the bond slip behavior between steel[J] Journal of tongji university (natural science edition) 2006(01):52-58 [2] Mukai T, Kikuchi M.
Journal of Harbin institute of technology university. 2010(12):45-48.

Fig. 2 Structure of restrainer Fig. 3 Layout of restrainer Displacement limited mechanism Only the damping rubber of the restrainer play a role in the frequent earthquake, as the rubber is a kind of viscoelastic material which dissipates energy by its hysteresis character and extends the structure’s natural period.
(3) In spite of negligible increase to the earthquake response of isolated bridge substructure, it may still control the bridge substructure to be in a ideal scope in earthquakes as long as the high damping rubber material which has more effective energy dissipation is chosen reasonably and establish reasonably of the coupling collar device.
Acknowledgment This work is supported in part by National Science Foundation of China (Grant No50978130).
References [1] Lin B C and Tadish I G: Performance of Earthquake Isolation Systems, J. of EM, ASCE,Vol.116, No.2(1990) [2] Jian He and Shengli Zhang: submitted to Journal of Urban Roads Bridges & Flood Control. (2006) (In Chinese) [3] Lichu Fan, Shide Hu: Nonlinear Seismic Response Analysis of Suspension Bridge, Earthquake Engineering, Tenth Word Conference. (1993) [4] Priestley, M.
Clem: submitted to Journal of Materials Research (2003) [6] Seismic Design Criteria, Version1.1, Sacraments, California, California Department of Transportation (Caltrans), Division of Structure (1997) [7] Aijun Ye: Bridge Seismic Vol. 71-82 (2002), p. 97

Introduction Titanium nitride (TiN) is a new type of industrial materials, increasingly compelling over the past two decades.
With the development of semiconductor technology, an in-depth study of thin film microstructure and electrical properties of materials, superior electrical properties were obtained with titanium nitride films.
Shi: Journal of Tribology Vol. 25, (2005) p. 126 [4] K.L.
Escamilla: Applied Surface Science Vol. 253 (2007), p. 7192 [6] T.
Shao: Journal of Inorganic Mater.

Yan [4] has machined infrared micro-Fresnel lens by single-crystal germanium material turning.
The molding material is 129g, and supporting material is 114g and it costs 9h56min.
International Journal of Machine Tools & Manufacture vol.39-7 (1999), p.:1171
Journal of Micromechanics and Micro-engineering vol.15-10 (2005), p. 1925 [5] M.
Northeastern University (Natural Science) Vol.30- 6 (2 0 0 9), p. 873.

In fact, the impact effect is accompanied across the material removal process.
The abrasive shows the most significant impact effect on the materials of contact area when the moment wheel contacts with the workpiece.
And its material is 55 steel.
Acknowledgement This research work is supported by the National Natural Science Foundation of China under granted No.51075065.
:International Journal of Machine Tools and Manufacture, vol.41-2, (2001), p.283~309 [3] S.Kawamura, M.

Introduction Metal sheets are widely used in manufacturing variety products, their quality will directly affect that of products, thus, techniques for nondestructive testing (NDT) defect assessment is of great importance to guarantee security service and service life of materials and their components.
Experimental section The experimental materials and equipment.
Acknowledgements This work was financially supported by National Natural Science Foundation of China (No.51175175) and the Graduate Innovation Foundation of ECJTU (YC2012-X005).
Research on Quantitative Evaluation of Infrared Thermography [J].Chinese Journal of Scientific Instrument, 2008,11(11): 44-49, (in Chinese)
Journal of Image and Graphics , 2005，10(3):332 – 337, (in Chinese).

Indeed, ZnO is intrinsic n-type oxide semiconductor material.
The starting material consisted of zinc acetate dehydrate [Zn (CH3COO)22HO, Merck], gadolinium acetate dehydrate [Gd(C2H3O2)3.xH2O, Sigma-Aldrich], ethanol [C2H6O, J.T.
Journal of Materials Chemistry 21, no. 3 (2011): 599-614
Journal of nanoscience and nanotechnology 10, no. 3 (2010): 1871-1876
Applied Surface Science 253, no. 11 (2007): 5179-5183

Combustion synthesis technology is one of the new technologies of preparing new materials.
It is also most commonly used to produce structures and assemblies from parts and devices with greater performance at lower cost than those obtained from individual materials by combining materials
So TiB2 has been widely applied in the areas of hightemperature structural materials, wear-resistant materials, corrosion stability materials and electric materials, etc.
Messler: Joining of Advanced Materials, (1993), p. 431
Zurbuchen and T.T.Orling: Welding Journal, Vol. 10 (1995), p. 37

Residual stress of ZrO2 is the highest in the three kinds of ceramic materials.
The sensitive nature of residual stress affected by materials is higher than that of grinding condition.
Therefore, it is very important for choosing ceramic materials before machining
The sensitive-nature of residual stress affected by materials is higher than that of grinding condition.
Jinchuan: Advanced Cutting and Grinding Technologies of Brittle Materials (Oxford Science Press, U.S. 1996)