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Javier Barba and His Integrated Bio-climatic Architecture——And a Discussion about the Integration of Ecological Community.Architectural Journal. 2003.7 63-66 [2] Cheng Shidan.
Journal of Wuhan University of Hydraulic and Electric Engineering. 2004.6 83-87 [3] Chen Yi.
Journal of Tongji University. 2003.12 1410-1414 [4] Jin Liming, Jin Wei.
China building materials industry press. 1999.5 [9] Shen Qingji, Shi Yan.
Journal of Hengyang Normal University. 2004.4 105-109 [13] Zhang jinXiang.Foreign theory and practice of urban residential district.

Based on searching and read related domestic and foreign vatious database( mainly include Wangfa data resource system, Weipu China technology journal, SCI, EI Vilage, Elsevier, EBSCO, Cell Press etc.), we find that though there are some researches on the environmental management level evaluation index system, like Chen Yaobei, Wang Xueqin [1] according to the frame model theory “ driving force—state- response”, constructs the regional environment management index system frame from the angel of the environment management process, and put forward the level standard of regional environmental management evaluation model and environmental level of management evaluation index, and they take the Chongqing district as an example.
filter material environmental control service capacity High performance titanium dioxide environment antibacterial material Biodegradable packaging materials Low carbon environmental protection engineering consulting Environmental protection design and supervision Environmental technology assessment The validity evaluation of environmental protection products Environmental information collection and publicity Environmental financial support Cleaner production audit Environmental management system certification Pollution and environmental quality on-line monitoring Empirical Evaluation----Take Hengyang lead and zinc industry focus area ecological environment management as an example.
Acknowledgements This work was financially supported by the Hunan Province Philosophy Social Science Base Project Foundation (12JD07), Hunan Province Colleges and Universities Open Platform Innovation Foundation (12K122) .The research of paper is supported by National Social Science Fund (12BGL005); Education Ministry Humanities and Social Sciences Fund: Embedding, the consequences of strategic positioning and growth-----based on intelligent network of logistics companies”（12YJA630004）.
References [1] Chen Yaobei, Wang Xueqin:submitted to Journal of Chongqing Normal University(2012 ) [2] Chen Qiao, Hu Ke, Luo Kunli, Li Fulai, Zhao Wei:submitted to Journal of China University of Mining and Technology( 2006) [3].Zhou Qizhong :submitted to Zhejiang agriculture and Forestry University( 2011) [4] Wang Yongsheng, Huang Jie, Li Hong.
:submitted to natural resource economics of China (2006) [5] Gu bin, Wang Li : submitted to Chinese Journal of soil science(2011) [6] Yang Lianfang, Pan Zhilong, Xu Ligen :submitted to science (2012)

Its basic function is to separate cells, short stems and other miscellaneous materials from grain when they come from the preliminary cleaning system.
Field tests show that this fan performs well in transporting long grass, and small prolapsed materials.
The experimental system, which can transport materials, includes a suction fan, conveying pipes, power FM (F1000—G0015S2B) and three-phase asynchronous motor.
Acknowlegments This work was financially supported by the Supporting Plan Project for Youth Scholar Backbone of General Universities of Heilongjiang Province（1251G011）, Science Start-up Supporting Project for Doctor to Settle Heilongjiang Province（LBH-Q10147） References [1] Enchen Jiang: A Stripping Unit and Pneumatic Conveying System for Grain Harvesting.
[2] Yijun Mao, Datong Qi and Qiuhong Liu: submitted to Journal of Xi’an Jiaotong Niversity (2005) [3] Chuzhou Tang, Xiaoying Zhang and Zhonghe Ouyang: submitted to Transactions of the CSAE (2007) [4] Iwasaki M, Sasao A and Sakai K: submitted to Journal of the Japanese Society of Agricultural Machinery (2005) [5] Silva R P, Da Fontana G and Lopes A: submitted to Engenharia Agricola (2004) [6] Sun shaoming, Ren luquan and Meitao: submitted to Journal of Vibration and Shock(2009) [7] Dong Li and Jianming Gu: submitted to journal of the Technology of Fan (2004) [8] Gang Ren, Zishan Yang and Zijiang Yang: submitted to journal of the Fluid Machinery (2010)

In order to provide the power source with higher performance to the precision actuators, many novel smart materials have been applied in the production of precision driving unit, such as magnetostrictive material, electrostrictive material, photoluminescence telescopic material, shape memory alloy, electrorheological fluids, piezoelectric material etc[4-8].
Colton, Nanoscale measurements and manipulation, Journal of Vacuum Science and Technology B. 22(2004) 1609-1635
[6] Tzou HS, Lee HJ, Arnold SM, Smart materials, precision sensors/actuators, smart structures, and structronic systems, Mechanics of Advanced Materials and Structures. 11(2004) 367−393
[9] Michele Pozzi and Tim King, Piezoelectric actuators in micropositioning, Engineering Science and Education Journal. 2(2001) 31-36
Stanway, Smart fluids: current and future developments, Materials Science and Technology. 20(2004) 931−939

The behaviour of the semi-solid material is complex to simulate and many approaches are proposed in the literature to represent it.
This change of behaviour allows to manipulate the semi-solid material as a solid and to fill dies easily as a liquid.
From a material point of view, it is linked to a break of the solid skeleton due to the disagglomeration mechanism.
References [1] Joly P.A., Mehrabian R.: The rheology of a partially solid alloy, Journal of Materials Sciences Vol. 11 (1976), pp. 1393-1418 [2] Favier V., Rouff C., Bigot R., Berveiller M., Robelet M.: Micro-macro modelling of the isothermal steady-state behaviour of semi-solid, International Journal of Forming Processes Vol. 7 (2004), pp. 177-194 [3] Spencer D.B., Mehrabian R., Flemmingd M.C.: Rheological behaviour of Sn-15%Pb in the crystallisation range, Metal.
Vol. 3 (1972), pp. 1925-1932 [4] Cezard P., Favier V., Bigot R., Balan T., Berveiller M: Simulation of semi-solid thixoforging using a micro-macro constitutive equation, Computational Materials Science Vol. 32 (2005), pp. 323-328 [5] McLelland A., Henderson N., Atkinson H., Kirkwood D.: Anomalous rheological behaviour of semi-solid alloy slurries at low shear rates, Materials Science and Engineering Vol.

Materials and Method Materials.
These differences are believed due to the removal of cementing materials namely lignin and hemicellulose.
Abdan: International Journal of Mechanical and Materials Engineering Vol. 4 (2009), p. 239-248
Abdullah: American-Eurasian Journal of Agriculture & Environment Sciences Vol. 5 (2009), p. 777-785
Chong: Materials and Design Vol. 29 (2008), p. 173-178

Experimental procedures Materials Sulfuric acid method rutile TiO2 without surface treatment were taken from Hengyang days friend chemical co.LTD; zirconium oxychloride, sodium hexametaphosphate, sodium hydroxide and sulfuric acid (AR).
Rare Metal Materials and Engineering, 2010, 39(5): 814-819 [4] Noureddine Barka, Samir Qourzal, Ali Assabbane, Abderrahman Nounah, Yhya Ait-Ichou.
Function Materials, 2012, 43(17): 2416-2420
Packaging Journal, 2012, 4(1): 44-47
Journal of Central South University (Science and Technology), 2010, 41(3): 912-916.

Experimental Materials High density polyethylene (HDPE) grade HD5740UA used in this study was obtained from Polyethylene Malaysia Sdn.
Materials Methods Preparation of Alpinia Galanga fibers Fibers were extracted manually from Alpinia galanga stalks then were washed to remove dirt before being oven dried at 70 °C for 24 h.
Journal of Applied Science 10 (24): 3271-3276
Journal of materials processing technology, in press
European Polymer Journal 36:1483-1494

And the SiO2 dust, one of the main kinds of industrial harmful dust, often comes from the manufacturing of quartz glass, optical instruments, chemical vessels, common glass, refractory materials, optical fiber and ceramic, .etc.
Therefore this dust is used as the main fluid material in this paper.
Journal of Loss Prevention in the process Industries 19(2006), 683-689
Du, et al., Numerical simulations of release and dispersion process from high-pressure natural gas pipeline, Journal of Safety Science and Technology 6(2009), 11-15
Adams, etal., Source, dispersion and combustion modeling of an accidental release of hydrogen in an urban environment, Journal of Hazardous Materials A105(2003), 1-25

Fig. 1: Comparison of dielectric materials for use on 4H-SiC.
Mahapatra et al, Journal of Vacuum Science & Technology B, 25, pp. 217-223 (2007) [5] Y.
Sharma et al, Materials Science Forum, 778-780, pp. 513-516 (2014) [6] E.
Pérez-Tomás et al, Materials Science in Semiconductor Processing, 16, pp. 1336-1345 (2013) [8] S.
Ramesh et al., Nature Materials 6, 21 - 29 (2007)