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The use of alternative sources of raw materials for manufacturing of glass-ceramics has been subject of different studies [1,2].
Thermal analysis allows to verify some important transformations in materials.
Strnad in: Glass-Ceramic Materials: Glass Science and Techonology.
Vol. 8, Elsevier Science Publishing Company, New York (1986) [4] W.
Hoen: Journal of the European Ceramic Society, Vol. 27 (2007), p. 1521–1526 [9] E.

Turning-milling machining center of each axis movement principle and the headstock structure analysis Sang Luping WeiFang university of science and technology, ShouGuang, Shandong, 262700, China.
The double pendulum Angle structure will be five axis nc machine tools and strict management, a national strategic materials in large gantry CNC milling machine also received more applications
It should have a certain speed and a certain speed range, in order to use different materials of cutting tools, processing of different materials, different size, different requirement of workpiece, and can easily realize the movement of the open park, variable speed, reversing and brake.
Journal of hebei agricultural university, 2004.1, 27 (1) : 100-102 [10] zhang peng.
Kunming university of science and technology, a master's degree thesis. 2008.4.

Table 2 Material properties of material Material Poisson's ratio（MPa） Modulus of elasticity（GPa） fy（MPa） Concrete 0.2 34.5 Steel tube 0.3 206 292 Angle steel 0.3 206 342 Batten plate 0.3 206 342 Material Tensile strength of the direction of the main force（N/mm2） The main direction of the force elastic modulus（N/mm2） Thickness （mm） Elongation at break （%） Density （g/cm2） Carbon fiber 3000 235000 0.111 ≥2.10 1.8 1) The concrete constitutive model Under the restriction of the steel tube concrete constitutive relation: Considering effect of restraint coefficient constitutive model is proposed by Professor Linhai Han [3].
In the OA segment, the stress- strain of the material increase in a linear relationship.
Journal of Shenyang Jianzhu University: Natural Science,2012, 28(1): 51-59
Beijing: Science Press, 2007:188-204
Journal of civil engineering, 2005, 38 (8): 10-17

Introduction The study of hydrodynamic and thermal processes in porous media is needed to create new technologies and materials.
Acknowledgement The work was supported by the Ministry of education and science of Russian Federation (project 14.Y26.31.0003), the Russian Foundation for Basic Research (grants No. 14-01-90008-Bel_a), the Far Eastern Federal University, the Far-Eastern Branch of the Russian Academy of Sciences.
Lutsenko, Gas flow through a porous heat-releasing medium with allowance for the temperature dependence of gas viscosity, Journal of Engineering Physics and Thermophysics 79 (1) (2006) 33-39
Sorokova, Numerical Method for Investigation of 1D Processes in Porous Media with Heterogeneous Reactions when Flow Rate of Oxidant Regulates Itself, Advanced Materials Research 880 (2014) 115-120
Sorokova, Numerical Comparison of Heterogeneous Combustion Waves in Horizontal and Vertical Porous Objects under Free Convection, Advanced Materials Research 880 (2014) 109-114

The forming of metal sheet by laser shock usually utilizes the laser shock wave that is vertical to the surface of metal sheet, but it is difficult to confirm that the laser is vertical to the surface of metal sheet when referring to the carved surface materials.
Shen: International Journal of Fatigue, 188-197, 30 (2008)
Wang: Material Science and Engineering, 138, 297 (2001)
Zhang, H.L Zhang: Chinese journal of lasers, 1437-1440, 32-10 (2005)
Yao: Mechanics of Materials, pp.100-114, 40 (2008)

Materials and methods Plant materials.
The white basil was picked from Gardening Institute, academy of agricultural sciences Heilongjiang Province on 16th September, 2010.
Such factors may include differences in geographical locations, plant materials, season at the time of collection, even extraction conditions and methods of the essential oils.
Research Journal of Agriculture and Biological Sciences, Vol. 4(4) (2008). p. 293-300
Journal of Chinese mass spectrometry society, Vol. 29(2) (2008). p. 110-114.

Experimental Study on Flexural Bearing Capacity of Reinforced Ceramsite Concrete beam WeiJun Yang1,a ,ZhengBo Pi1,b ,ZhenLin Mo1,c (1.School of Civil Engineering and Architecture,Changsha University Science &Technology,Changsha,Hunan, 410114,P.R.China) a mgbyrh@163.com; bpizhengbo@163.com; c530585093@qq.com; Keywords: reinforced ceramic concrete beam; flexural bearing capacity; experimental investigation Abstract .In order to investigate the flexural bearing capacity of reinforced ceramic concrete beams, static loading experiments were carried out. 10 ceramic reinforced concrete beams and 2 non-reinforced ceramic concrete with different steel ratios, cover thicknesses and bar diameters were fabricated.
Designing, method and phnomenon description of experiment Fig.1 Details of specimens Specimen design In this experiment 12 spencimens including 10 reinforced ceramsite concrete beams numbered LC-1～LC-10 and 2 no-reinforced ceramsite concrete beams numbered LC-11～LC-12 were fabricated.it’s strictly complied with the national standard in the process of fabrication and curing.The reinforcement,section size ,span length and clear span of specimens is shown in Fig.1,the design parameters and materials strength of specimens is shown in Table.1 Table.1 Design parameter of specimens Speci -mens numbers Cubic compresssive strength（Mpa） Cover thickness （mm） Effective Height h0 （mm） Steel bars Diameter nd Yield strength (Mpa) Ultimate strength (Mpa) Areas (mm2) Steel ratio ρ（%） LC-1 21.97 20 275 210 330 489 157 0.38 1433 LC-2 21.78 20 274 312 380 557 339 0.83 796 LC-3 21.70 20 273 214 351 507 308 0.75 1023 LC-4 22.1 20 271 218 338 519 509 1.25 795 LC-5 22.2 20 278 214
Stiffness of the specimen was largest and strain of materials was in the elastic state.
References [1] Jiantong Ding,Yushun Guo, Kaorukimura：The fifth National Symposium Proceedings of LWAC,(2000）,p.177 [2]E.Goeb,Pumping Structural Lightweight Concrete,Journal of Concrete Construction,(1985) [3] Peng Wang:Experimental Study On Basic Mechanical Properties of Ceramic Concrete,Master's thesis,ChangSha University Science &Technology,2009(in Chinese) [4]Quanbiao Xu: Experimental Study on Mechanics Performance of different high-strength LAC,Journal of New Building Materials,phase5(2004)p43-45(in Chinese) [5]Jie Yuan,Baosheng Zhang,Yong Ge,Xiuhua Zheng：Study on mechanical property of combined aggregate concrete,Jouanal of Concrete,phase11(2004)p42-44(in Chinese) [6] Moyu Liu:Experimental Study on the flexural bearing capacity of High-strength lightweight aggregate concrete beam, Master's thesis,Wuhan University of Technology,2006(in Chinese) [7] Eryan Chen:Experimental Study on Flexural Capacity of Mixed Aggregate Concrete Beams, Master's thesis, North China University of

Introduction In construction, high strength materials are required for use in high-rise buildings in cities.
Wang: Journal of Northeastern University (Natural Science).
Wu: Materials Science and Engineering A.
Tang: Chinese Journal of Materials Research.

The critical control points of origin traceability subsystem include a production environment, varieties of materials, process management, and vegetable origin listed credentials.
Origin traceability subsystem Production environment Varieties of materials Process management Vegetable origin listed credentials Processing sectors traceability subsystem.
References [1] Li-na JIANG; Qiang WANG; Ji-ci ZHENG: Journal of Soil and Water Conservation.
Vol.12, p. 295 [3] Li LIU; Zhen-xing FANG; Long-sheng LI: Hunan Agricultural Sciences.
Vol. 5(2010), p.94 [4] Li-te LI, Jie WANG, Yang DAN and Wei-hua XIAO: Journal of Wuxi University of Light Industry.

316L Stainless Honeycombs Fabricated by Extruding and Sintering Yun Zhou a, Xiaoqing Zuo and Ting Zhang Faculty of Materials Science and Engineering, Kunming University of Science and Technology, Kunming,Yunnan, 650093,China ayunz@kmust.edu.cn Keywords: Metallic honeycomb, Extruded honeycomb, 316L, Catalyst support, Extruding and sintering.
Experimental Procedure 316L powder is main raw materials used in the fabrication of the metal honeycombs.The composition and peoperties of it is given in table 1 Table1. the Composition and Properties of 316L Powdert Material 316L Composition (%) Density (g/cm3) Size distribution Cr Ni Mo Mn Si C P S O Fe 16-18 12-15 2-3 0.2 0.8 ≤0.03 ≤0.03 ≤0.02 ≤0.3 rest 3.3-3.9 2-30μm 316L powder was blended with binder and water to become a paste which can be extruded through a designed die to honeycomb structure.
Acknowledgements The authors would like to thank the Yunnan Nature Science Foundation of China and Kunming University of Science and Technology for the financial support.
Sun: Materials Science and Engineering A, Vol. 457 (2007), p.329 [12] Y.Zhou, X.Q.
Sun: Journal of Materials Science & Engineering (in Chinese),Vol.23(2005),p.504