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Experimental Materials and reagents.
References [1] X.Feng, J.Gao, and Z.Wu: Journal of ZheJiang University-Science A.
Guan, and S.Wang: Separation Science and Technology.
Vol.54(2009), p. 2983 [5] J.H.Song, K.H.Yeon, and S.H.Moon: Journal of Membarne Science.
Weidenhaun: Journal of Membrane Science.Vol.140(1998), p.155 [12] A.J.B.Kemperman: Bipolar Membrane Handbook, 2000, Twente University Press: Enschede, The Netherlands [13] J.J.Krol: Monopolar and bipolar ion exchange membranes: mass transport limitations. 1997, University of Twente [14] T.Aritomi, Th.van den Boomgaard and H.Strathmann: Desalination.

Boron-doped diamond (BDD) electro- catalysis is one of the advanced oxidation processes (AOPs) can be widely applied in water treatment, because the unique physical and chemical properties enable BDD to be an ideal anode material in electrochemical oxidation of aqueous organic pollutants.
Experimental Materials and analytical apparatus.
BDD electrodes (boron-doped diamond thin film deposited on single crystal p-type Si wafer by MPCVD technology) of two sizes are supplied by Kanagawa Academy of Science of Technology (KAST, Japan), with an effective surface area of 3.96 cm2 in static experiments and 77.44 cm2 in dynamic ones.
Journal of Electroanalytical Chemistry 613 (2008) 151–159
Journal of Hazardous Materials 164 (2009) 120–125

Materials and methods Peanut lines and fungal strain used.
Plant Science. 164 (2003) 103-109
Journal of the Science of Food Agriculture. 88 (2008) 797-804
Yu, International Journal of Food, J.
Research Journal of Recent Sciences. 7 (2012) 90-98

Materials and methods Site characteristics.
The soil is gray brown purple paddy soil (Hapli-Stagnic Anthrosols in Chinese Soil Taxonomy) developed from purple parent material of Mesozoic sandstone formation.
Wei, et al.: Plant Nutrition and Fertilizer Science Vol. 10(2004), p. 343-348, 354, in Chinese
Ma, et al.: Journal of Soil and Water Conservation Vol. 21(2007), p. 72-75, 179, in Chinese
Wei, et al.: Journal of Soil Science Vol. 29(1998), p. 236-238, in Chinese.

Materials, equipment and methods Test materials.
Acknowledgements Financial support was provided by the National Natural Science Foundation of China (No. 50965016), the Backdrop of Regional Fund Program.
Hanna, “Mechanical harvesting of tomatoes,” Journal of Agricultural Engineering.
[3] Heuvelink E, “Evaluation of a dynamic simulation model for tomato crop growth and development,” Journal of Annals of Botany.
Yu, “Study on the Forecasting of Apple Fruit Form Index and Fruit Weight during the Early Growing Season,” Journal of Horticulture Science.

A total 15 products with the differencial combination form 10 materials were sold The contents of net income and costs and sales were as follows: From 1997 to 2000 ( 1st ~ 4th ) π= -F= $20 at the first year (unit: $1,000,000) The growth rate of profit was 10% from 2nd to 4th year.
Because the lower net income and lower growth rate be found, so the innovative concept is introduced[28], 6 functional packs instead of 15products after 4 materials deleted and 2 tonicsgot from a contract with Cc company.
Pearson: “Option Value, Uncertainty, and the Investment decision”, Journal of Financial and Quantitative Analysisvv37(3) (2002),Pp. 341-374; [11] D.H.Byun, J.
:“Applied Fuzzy Logic to Set Hypothsi of Sequential Test”, Journal of Sicence and Innovation, ISSN 278-5453,Vol.1.
Swanson:, “Firm Characteristics, Relative Efficiency, and Equity Returns”, Journal of Financial and QuantitativeAnalysis,46(1) (2009),Pp.213-236; [19] T.F.

This text applys the model of flexible body material （MAT_PLASTIC_KINEMATIC）to build physical model of pick,using SPH theory to establish working model of rock cutting,making simulation for the progress of cutting different hardness of rock based on LS-DYNA,getting stress changes and statistical data of carbide cutter head and the simulation results are analyzed.Providing a new means and methods for studying the condition of cutting rock and strength. 1 Establishment of the cutting rock model of pick 1.1 Model of Pick.Pick is composed of denticle and hard alloy head.The denticle is 42CrMo steel,modulus of elasticity of materials is 212 GPa, poisson's ratio is 0.28,density is 7850 kg/m3 ;Materials of hard alloy head is YG series of hard alloy.Modulus of elasticity of materials is 600GPa, poisson's ratio is 0.22, density is 14600 kg/m3 Modeling for pick by using LS-DYNA,applying the 3 D Solid 164 unit types and the model of flexible body material （MAT_PLASTIC_KINEMATIC）to build finite
Defined as: （3） C is normalization constant which is decided by space dimensionality.So choosing rock material model 13,contain failure of the elasto-plastic material(MAT_ISOTROPIC_FAILURE),The basic parameters of the rock[8,9]:shear modulus is 6910MPa,bulk modulus is 10.5GPa,Plastic strengthen modulus is 150MPa,Poisson’s number is 0.23.Plasticity invalidation strain is 0.06. 2 Strength analysis of pick when cutting different hardness of rock To make clear that the stress of carbide cutter head of pick when cutting different hardness of rock.Choosing the carbide cutter head as analysis points,making a simulation for the progress of cutting different hardness (with Sturdiness coefficient f said)of rock.
Acknowledges: The study was partially financial supported by Liaoning Provincial Department of Education Fund (L2011050); Dalian Science and Technology University of structure state key laboratory open fund(ZG1107)（ZG0818） Reference： [1] Xie Xi-Chun, Li Xiaohuo editor.
Mining machinery and equipment (second edition) [M].journal of China mining university press, 2007
Journal of coal, 2006, 31 (1) : 121-124 [5] Li Xiao-Huo.

Synthesis, Crystal Structure and Antibacterial Activity of 4-Hydroxy-Benzaldehyde Benzoyl Hydrazone Yan-yan Wang1,a,Chang-zheng Zheng1,b,Liang Wang*2,c,Lei Xu1 1 School of Environmental and Chemical Engineering, Xi'an Polytechnic University, Xi'an 710048, China 2 State Key Laboratory for Mechanical Behavior of Materials, School of Materials Science and Engineering, Xi'an Jiaotong University, Xi'an 710049, China a yanyan7938@126.com, b zgcgzg@126.com, c wanglcody@163.com Keywords: Aroylhydrazone, Synthesis, Crystal Structure, Antibacterial Activity Abstract.
Aroylhydrazones are important starting materials for a wide range of derivatives utilizable in pharmaceutical products.
Experimental Materials and Methods All starting materials (4-hydroxybenzaldehyde,ethyl benzoate) and solvents used in this work were of analytical grade and used as purchased from Sinopharm Chemical Reagent Co.
Environ Vol. 15 (2011),p. 579-585 [2] C.Z.Zheng, L.Wang, J.Liu: Journal of Molecular Structure Vol. 1018 (2012),p. 78-83 [3] R.N.
Srivastsva: Journal of Molecular Structure Vol. 1049 (2013),p. 419-428 [4] I.Mir, M.T.Siddiqui, A.Comrie:Tetrahedron Vol. 26 (1970),p. 5235-5237 [5] R.Cavier, R.Rips: J.

Experimental method and results Materials and Heat Treatment Material used in this study was Ni-Cr-Mo-V forged steel (ASTM A470M steel).
Material Properties The material properties change depending on the temperature and volume fraction.
The material properties of the mixed phase during the phase transformation were calculated using Eq. 3.
References [1] Inoue, T., Journal of the Japan Society for Heat Treatment, Vol. 42, No. 5, (2002), pp. 304-317
[2] Okamura, K., Journal of the Society of Materials Science, Vol. 55, No. 5, (2006), pp. 529-535

The material goes into plastic status at first heating step.
The material is common structure steel, which density is 7850Kg/mm3, and poisson ratio is 0.3.
The friction force is a part of equivalent stress in material
[2] Qingquan Zhang, Yongmou Liu, Yaojin, etal．Numerical simulation of plate rolling process [J]．Journal of Materials Steel, 2004,25(3):10-16
Zhang, etal．Analysis of work-piece cross section temperature field of the hot strip rolling process [J]．Journal of ShanDong Metallurgy , 1999,16 (4) :10 - 16