Search results

Based on evaluation of the basic performance for raw materials of fly ash concrete, the improved mix design method for fly ash concrete is proposed.
During the mix design of fly ash concrete, the appropriate raw materials and values of fly ash replacing cement and over substitute coefficient of fly ash are very important, which can meet the design requirement, reduce project costs, protect environment and save resources.
Raw material Fly ash According to the quality, Fly ash for cement concrete is divided into three levels.
Journal of Zhejiang University of Technology, 2002, 30(2):172-177 [2] WU Qing.
Road Building Materials (the 4th Edition) [M].

Saving-materials.
Main materials recovery and regeneration.
The composite wall is given the industrial waste as main materials, reutilized, such as used quartz sand tailings for CCA wallboard main materials, filled with fly ash etc industrial waste as main materials in light grouting materials, then the national called for “advancing industrial waste recycle use” is responded realistically.
In general, saving-materials rate can be above 20%, saving-water rate can be above 60%.
Yue Jiang Academic Journal Vol.2 (2010), p27-31

Many materials can be used to fabricate templates.
Experimental Procedure Equipment and Materials.
An aluminum 3-piece flat mold was used to cast the rubber materials.
In general, fluorocarbon or hydrocarbon based coating materials are the most common antistiction coatings [8].
Farzaneh, Development a simple method to create the superhydrophobic composite coatings, Journal of Composite Materials, 47 (2013) 3125-3129

Aviation and Aerospace Materials.
Advanced Aerospace Materials[M].
Journal of Materials Processing Technology. 1998, 80: 149~155 [7] Kawarada C, Harima N, Takaki S, et al.
The Preparation Of Refectory Materials with Cold Crucible.
Material Science Forum, 2005, 475-479: 2575-2578 [12] Ding Hongsheng, Chen Ruirun, Guo Jingjie, Bi Weisheng, Xu Daming, Fu Hengzhi.

The optimization of corn juice beverage processing technology YANG Xin-chao1,a , and WANG Yuan-xiu1,b , QIN Yu-xiang1,c ,MA Chuang2,d , SU Zhengbo2,e, 1School of biomedical and life science, University of Jinan, Jinan, Shandong 250022, China; 2Shandong province food fermentation industry research & Design Institute Jinan, Shandong 250013, China; acse_yangxc@ujn.edu.cn, bchm_wangyx@ujn.edu.cn , cchm_qinyx@ujn.edu.cn ,dmachuang0419@163.com ,escosy1@163.com Key words: corn residue; Saccharification; liquefaction; stability; Abstract: Corn residue is used as raw material, and through the study of corn juice processing, we can optimize the machining process, reduce processing costs, increase economic efficiency.
Using corn as raw material for making beverage has the advantages of low cost, wide source of raw materials, high economic benefits.
So the optimization of processing technology of corn of corn beverage industry development becomes the urgent need to solve the problem[5]. 2 Main materials and apparatus Corn residue; Amylase; Saccharifying enzyme; Analytical balance; Vacuum filter pump; High pressure sterilization pot; Clean bench; High pressure homogenizer 3 Method 3.1 Determination of cooking time Weigh 100g of corn residue, cooking time are respectively 15min, 30 min, 45 min, 60 min, 75 min, 90 min, beating with a beater, and record the difficulty of beating.
But for the same material homogenizing temperature is determined, we only study the effect of homogeneous temperature and frequency.
Journal of Food Science, 1995.60(5): 949-952.

Manufacturing processes are full of random and dynamic in nature, and different kinds of unexpected events, such as equipment breakdowns, changes in processing and setup times, inadequacy of raw materials, due date modifications, order cancellations and price changes, occur quite frequently [2].
Yih: European Journal of Operational Research, Vol. 206 (2010), pp. 642
Venayagamoorthy: Systems Journal, Vol. 6 (2012), pp. 103
Yue: European Journal of Operational Research, Vol. 184 (2008), pp. 63
Newell: Management Science, Vol. 33 (1987), pp. 509

Research on stability of rock bedded slopes:Chinese Journal of Rock Mechanics and Engineering, 24,(2005),p.1474-1478
[4]BAI Yunfeng,ZHOU Depei,FENG Jun.Upper limit of angle between strikes of slope and strata for dip slope: Journal of Southwest Jiaotong University, 40,(2005), p.326-329
Numerical analysis of stability for an antidip stratified rock slope:Chinese Journal of Rock Mechanics and Engineering,27,(2008).p.2517-2522
[12]Zheng Yingren,Zhao Shangyi.Slope stability analysis by strength reduction FEM: Engineering Science, 4,(2002).p.57-62
[13]ZHAO Shangyi ,ZHENG Yingren ,SHI Weimin.Analysis on safety factor of slope by strength reduction FEM:Chinese Journal of Geotechnical Engineering, 24,(2002),p.343-346.

Introduction Sulfate attack is an important form of damage accumulation caused by concrete material and structure subject to environmental factor, which are serious threats to the safety and durability of concrete structure given rise to wide concern.
Experiment Materials.
Lin, etc .in: Research and application on the durability of key project concrete, edited by Y.L.WANG, Y.YAO, Beijing: Chinese building industry press, (2001), p.299-336 [2] Y.N.LIANG, Y.S.YUAN: Journal of the Chinese Ceramic Society(in Chinese). 04 (2007), p. 504-508 [3] L.
LV, etc: Journal of Jiaozuo Institute of Technology(in Chinese). 06(2003), p.465-468 [4] X.B .ZUO, W.
SUN: Journal of the Chinese Ceramic Society (in Chinese).07 (2009), p.1063-1067 [5] M.WANG, X.W.FANG, C.N.SHEN: Journal of Water Resources and Architectural Engineering 04(2006) (in Chinese). p.53-56 [6] F.G.LENG, X.X.MA, G.F.TAN: Journal of Southeast University (Natural Science Edition) (in Chinese). 36 sup (2006), p.45-48 [7] Z.L.CAO, X.Z.YUAN, X.F: Journal of Senzhen University (in Chinese). 23(2006), p.201-210 [8] J.F.KANG: Concrete (in Chinese). 03 (1995), p.9- 18 [9] ASTM C1012-04 Standard test method for length change of hydraulic-cement mortars exposed to a sulfate solution[S] [10] GB/T 50082-2009 standard for test method of long-term performance and durability of ordinary concrete [S].

Pintér 3,d, László Szabó1,e , Zoltán Pászti1,f , Attila Tóth4,g and Erika Kálmán1,h 1 Chemical Research Center of the Hungarian Academy of Sciences, Pusztaszeri út 59-67; H-1025 Budapest; Hungary 2 Bay Zoltán Institute of Materials Science and Technology, Fehérvári út 130; H-1116 Budapest; Hungary 3 Atomic Energy Research Institute of the Hungarian Academy of Sciences, H-1121, Konkoly Thege út 29-33, Budapest, Hungary 4 Research Institute for Technical Physics and Materials Science of the Hungarian Academy of Sciences, H-1525, PO Box 49, Hungary a peter.nemeth@chemres.hu, bcsanady@bzaka.hu, cpappk@chemres.hu, d csordas@sunserv.kfki.hu, eszabol@chemres.hu, fzpaszti@chemres.hu, g tothal@chemres.hu, herika.kalman@chemres.hu Keywords Thin layers, CVD (SiO2), silane, SEM, AFM, Nanoindentation, XPS, Auger parameter Abstract Protective, chromate substitute thin layers on roughened galvanized surfaces produced at OCAS (Arcelor, Belgium) were
Therefore, the morphological features (valleys and plateaus) of the materials were averaged.
For all materials binding energies, the Auger parameters [9] and chemical states were determined.
Journal of Solid State Electrochemistry 10: p. 721 [3] M.
Nagy: Characterisation of Layered Materials by Combined Nanoindentation and AFM; European Microscopy and Analysis 2004, November 13-15

Starting materials were milled at ambient temperature in argon protective atmosphere.
The starting materials were commercial powders of B4C (99%, 200 mesh) and Ti (99%, 200 mesh), respectively.
Raw materials were milled in a planetary ball mill (Model: QM-3SP2 Nanjing Nanda instrument factory).
In our study using the method of mechanical alloying, made raw materials formed non-stable intermediate phase.
International Journal of Refractory Metals & Hard Materials. 26 (2008) 383–388 [3] M.