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The determination of material properties on permanent magnet brake In the Ansoft software environment, the model can have one or more material regions which are air, paramagnetic materials, conductive materials and permanent magnetic material.
When establishing the model, the area of each material should enter the appropriate material properties, and the material properties can be linear or non-linear.
The figure shows that the flux of brake mainly has three parts: First, the main magnetic flux which comes from permanent magnet and through the pole shoes, air gap to the track; this part produces the suction for brake, and its flux is maximum; Second, the leakage magnetic flux which through the interval of magnetic board; this magnetic flux is small because of the separators are non-magnetic materials; Third, the magnetic flux which comes from the end of pole shoe and through the surrounding air to reach the other end of pole shoe.
Supported by Jiangsu Province Ordinary University Science Research Project (08KJD580005) References [1] Ming Yao, Ren He, “Study on permanent magnetic brake system application and strategy of combination control”, Manufacturing Automation, pp.57-60,2010(9)(In Chinese)
China safety science journal, Vol 17 (1), pp.167-170, January 2007 (In Chinese)

Advance in Materials Science and Engineering.
American Society for Testing and Materials, 72 (Reapproved), (2004). 1–8
American Society for Testing and Materials, 72 (Reapproved), (2004). 1–8
Materials Letter 205 (2017) 194-197 [14] Gupta, Neeraj Kumar..
New Journal of Chemistry (2017) 1-39

Introduction Functionally graded materials (FGMs) are new versions of composite materials within which the composition of two material phases varies with varying microstructure and non-uniform distribution of the reinforcement phases.
This variation across the cross-section of the material distinguishes FGMs from conventional composite materials ensuing in unique physical properties [1-2].
This FGM concept was proposed by the Japanese researchers in 1982 as materials for superior thermal stress relaxation.
Kawasaki, R.Watanabe, Thermal fracture behavior of metal/ceramic functionally graded materials, Engg.
[9] Zhaowei Zhong, Nguyen Phu Hung, Grinding of alumina/aluminum composites, Journal of Materials Processing Technology 123 (2002) 13-17

Welded Joint and materials involved Fig. 3.
Latin American Journal of Metallurgy and Materials, pISSN: 0255-6952 | eISSN: 2244-7113. 24 May 2011
Advanced Materials Research.
Advanced Materials and Processes II.
Department of Materials Science and Engineering University of Wisconsin (EE.UU.): John Wiley & Sons, INC, Publication, 2002, Second Edition

The Finite Element Analysis and Optimization of the Hood Based on Hyperworks Yu Xiang1, a, Jiatong Li1, b, Zhaozhao Tian2, c 1School of automobile and traffic, Guangxi University of Science and Technology, Liuzhou 545006, China; 2Co.
Connecting mode between sheet metals mainly used CWELD unit and RBE2 unit for simulating, the glue between inside and outside plate was simulated by RBE3[3].The hood’s quality is about 17.22kg, its properties are shown in Table 1: The hood assembly’s finite element model was shown in Fig.1 below: Table 1 Model's material and properties Material E(Mpa) μ ρ(t/mm3) Steel 2.10×105 0.3 7.8×10-9 Glue 14 0.35 1.1×10-9 Fig.1 The hood's finite element model Analysis of constrained mode.
Beijing: science press, 2004
[6] Liu Linhua, Xin Yong: Based on sensitivity analysis of truck frame lightweight study [J], Journal of mechanical science and technology, 2011, 30 (10), p.1724-1727
[7] Xing Xiaohui, Wang Hongchuan, Wang Guifei: Numerical control machine tool lathe bed size optimization design based on sensitivity analysis [J], Journal of combination machine tools and automatic processing technology, 2013, 11, p.5-8.

II.Material and Method A.
Refuse buried in the field mainly contains 60% kitchens refuse, 20% plastics, 15% other materials (bamboo, paper, fabric and dregs stone and so on) and the buried quantity are 3000~4000t every day.
Wu, et al, “Treatment of leachate by aged refuse-based biofilter,” Journal of Environmental Management, vol. 128, no. 7, 2002, pp. 662-668
Guo, et al, “Treatment of sewage using an aged-refuse-based bioreactor,” Journal of Environmental Management, vol. 82, 2007,pp. 32-38
Lu, “Methods for soil agrochemistry analysis,” China Agricultural Science and Technology Press, Beijing, 2000, pp. 62-141

Extension theory and method are the new science.
Driving mechanism (8.8%), 2.Operation type (9.1%), 3.Brake system (9.6%), 4.Flexible adjustment (14.6%), 5.Material of seat (18.3%), 6.Body dimension (20.1%).
Cai: Matter-Element Model and Its Application, Science and Technology Literature Press, Beijing, (1994) [9] A.
Zhao: Software Journal, (Supplementary Issue), (1999)
Wu: The international journal of management science, Omega 33 (2005), p.119 [14] C.

The material properties were in Table.1.
Combustion characteristic of different biomass materials.
Progress in Energy and Combustion Science, 2004, 30(2), p.219-230
(Nature Science Edition), 2007, 35(3), p.126-128.
Journal of Engineering of Thermal Energy & Power(in Chinese), 1997, 12(5), p.332-334,357.

Study on Photocatalytic Degradation of MG by PW12-TiO2/SiO2 Xi-quan Wang1,a, Qi-zhe Yang 1,b, Shi-ying Fan 1 , Yuan Li 1 School of Chemical Engineering, University of Science and Technology LiaoNing, 114051, Anshan, China a wxq_as@163.com,b yangqizhe89@163.com, Keywords: Phosphotungstic acid, Titanium dioxide, Silicon dioxide, Photocatalysis, Malachite green Abstract.
To solve this problem, the composite catalyst can be supported on the material of large specific surface area.
Reference [1] Xiquan Wang, Xiaokang Gong, Lingling Wang,etal: Environmental Protection and Technology, Vol.18(2012),P.5-9,(in Chinese) [2] Yinhui Li, Dehong Yin, Jinqu Wang:Imaging Science and Photochemistry, Vol.26(2008),P.68-77, (in chinese) [3] Huafeng Zhou, Yuping Liu, Liqing Zhang:The Chinese Journal of Process Engineering, Vol.12(2012),P.522-526, (in Chinese) [4] Jingjie Cui, Wen He, Shijun Liao,etal: Materials Review, Vol.23(2009),P.82-86, (in Chinese) [5] Yingcai Long: Chemical Journal of Chinese Universities, Vol.16(1995),P.351-353, (in Chinese) [6] Ronghua Ma.
Jiaqi Wang, Chunyan Zhao: Environmental Science & Technolotry, Vol.35(2011),P.35-38, (in Chinese) [7] Weihong Huang, Rui Liu, Jingbo Wang,etal: Acta Scientiae Circumstantiae, Vol.30(2010),P.1642-1648, (in Chinese)

Food materials are usually processed to improve palatability, enhance nutrients and reduce toxicity, and as a means of preservation.
Methodology Preparation of Sample and Material.
Journal of Academia UiTM Negeri Sembilan 5 (2017) 82–91
Journal of Food Science and Technology 50 (2013) 1097–1105
Food Science and Quality Management (2014) 1–5