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Experiment Material and equipment.
Wang: European Polymer Journal (2006), p. 42 [2] J.
Yang: Progress in Textile Science & Technology (6) (2006), p. 15 [4] W.
Yang: Colloid and Interface Science Vol. 310 (2007), pp. 106-111 [7] X.
Zhao: Journal of Tianjin Polytechnic University Vol. 25(3) (2006), pp. 51-54 [9] C.

Introduction One-dimensional nanostructured materials with a variety of forms, such as nanotubes, nanowires, nanobelts, and nanofibers, are of great interest due to their unique properties and intriguing applications in many fields.
Among various methods to prepare these materials, electrospinning is currently one of the most versatile and promising processes for producing continuous nanofibers for both fundamental and application-oriented research mainly due to its capability and feasibility in generating large quantities of nanofibers with well-defined surface topologies at relatively low cost [1-3].
Fig. 2 XRD patterns of the PAN/PANI-DBSA composite nanofibers with different PANI-DBSA contents (a) 0 wt% (pure PLA fiber), (b) 100 wt%, (c) 2.5 wt%, (d) 5 wt%, (e) 10 wt%, (f) 15% The crystalline properties of electrospun fibers are important when the materials are designed and fabricated for commercial applications.
Gorelova: Journal of Appled Polymer Science Vol.80(2001), p.626

Crystal growth KBBF material used in this study was obtained by a chemical reaction between KBF4 and BeO.
The chemically pure materials of KBF4 and BeO were purchased from Shanghai Chem.
The material was further purified by the vacuum distillation for several times before starting the crystal growth experiments.
References [1] J.Q.Wei,J.Y.Wang,G.Y.Liu, et al.: Journal of Synthetic Crystals,Vol.24(1995),p291
[6] W.L.Wang, K.S.Wang and W.Wang: Advanced Materials Research, Vol.284-286(2011),p2315.

High current flows between gripping jaw and anvil; the material between anvil and jaw is heated and enters the plastic condition.
Under the action of the pressure of the upsetting cylinder the heated material is upset.
Contrarily, if the forming temperature too low or the forming velocity is too high, the material folds.
If neck length is high, material flow will not happen in the forging process due to spherical bulb shape.
REFERENCES [1] ASM Metals Handbook Volume 14 – Metal forming and forging [2] Handbook for forging and stamping Technology 1988 [3]Y sun, T Liu, Z Zhang, T Zhang and T Luo Optimum control of process parameters in electrical upsetting, proceedings of the Institution of Mechanical Engineers; 2003; 217, 9; proquest science Journals [4] Y.G.Wang, X.M.Yin, Analysis of parameter and microcomputer control for the electric upsetting process for forging engine valves J.Master, shaping Technology. (1987) [5] ZHANG Zheng_rong1, SUN You_song1, XIAO Xiao_ting1, LI Cai_fang1, LUO Tian_you2, ZHANG Tao2, Theoretic Analysis of the Finish-Forging Process of the Engine Valve

Journal Citation (to be inserted by the publisher ) Copyright by Trans Tech Publications Structure Modification of Surface Layers of Ti6Al4V ELI Implants J.
Materials and methods Ti6Al4V ELI was used in the research.
Simpson: Electrochemical behavior of titanium and titanium alloys with respect to their use as surgical implant materials.
Sinnott: The growth and modification of materials via ion-surface processing Surface Science Vol. 500 (2002), p. 500-522.

Introduction The solid carbide end mills are generally used in dustry for high speed and hard-cutting materials machining.They are charactized by a complex geometry with many geometry parameters,which deals with some complicated process in machining with grinding CNC machine.In order to save the design and manufacturing time ,the prediction of the end mill geometry is needed[1].
Acknowledgement It is a project supported by the Chinese National Programs for High Technology Research and Development (No.2009AA044303) and the Important National Science & Technology Specific Projects (No.2009ZX04012-032-01).
[3] Jenn-Yih Chen:Journal of Materials Processing Techonology.Vol.201(2008),p.618-622
[6] Yong-Hyun Kim:Materials Processing Technology Vol.130-131(2002),p.653-661.

In recent years, there are many researches [2-4] concetrated on the materials used in sluury pumps and their wear behaviors.
Table 1 listed the chemical composiotion of the material (KMTBCr26 alloy) used to produce the volute.From Table 1, it can be seen that it is a kind of high chromium cast iron.
Fig.1 the 3 d solid modeling of the volute Table 1 the chemical composiotion of the material used (wt%) C Cr Si Mn Ni Mo P S Fe 2.6-3.0 26-30 0.6-1.0 0.8-1.2 0.5-1.0 0.0-0.8 ≤0.06 ≤0.06 Bal.
Due to the large phase transformation stress of the material and internal stress caused by parting surface joint and the uneven cooling of the casting, cracks are easily formed during the production of the part.
[2] Jian Liang, Li Lao and Laikun Chen: Journal of Huazhong University of Science and Technology Vol.29 (2001), p. 83

A Study of Yellow Solvent Dyes in Coated Paper Ink-jet Ink System and Printing Test DU Peng1a，LI Luhai*1b，DING Bing2c，TANG Xiaojun1，XINZhiqing1， ZHAO Wen1，NI Pingxiu1 1Lab of Printing & Packaging Material and Technology, Beijing Institute of Graphic Communication, Beijing, 102600, China 2Printing College, Beijing Institute of Graphic Communication, Beijing 102600, China asamuozying@163.com, bliluh6@yahoo.com.cn, c519574740@qq.com Keywords: coated paper; inkjet printing; chromatic aberration; coating Abstract: Because of clear image, bright color, high saturation of the color printing on coated paper, the ink-jet printing on coated paper catches more and more people’s eyes.
Experimental Raw Material.
The Raw Material was mixed intensively until the solid dyes cannot be seen by naked eyes.
Acknowledgements The study is financially supported by Key Project Funding of Beijing Municipal Education & Beijing natural science foundation Committee (KZ200910015001) and Funding Project for Academic Human Resources Development in Institutions of Higher learning under the jurisdiction of Beijing Municipality PHR (IHLB) (PXM2009-014223-077341); (PHR200909124); Opening investigation subject of Beijing area key lab of printing & packaging material and technology (OISBKPP) (KF201010) References [1] Hu Zhaoli: Study on the Micro-emulsion Ink-jet Ink, Beijing Institute of Graphic Communication. 2009 [2] TANG Xiaojun, LI Lihai, and HU Zhaoli.
Investigation on the Preparation and Performance of Water-based Inkjet Ink for Coated Paper, Journal of Functional Materials, Vol. 40(2009). p.447-449 [3] Liu Wuhui, Hu Gengsheng, Wang Qi: Graphic Arts Chromatology, Chemical Industry Press.2004 [4] GB/T 17934.2-1999 [5] Li Yuanyuan: Study on the Solvent/pigment Ink Jet Using for the Color Digital Prepress Proof, Beijing Institute of Graphic Communication. 2005

Wistron Advanced Materials (WAM Kunshan) Co.
Mechanical recycling produces similar materials and high value products, and releases less toxic byproducts with easily controlling of contaminants emission for WEEE plastics disposal.
Hosoda, International aspects of recycling of electrical and electronic equipment: Material circulation in the East Asian region, Journal of Material Cycles and Waste Management, 2 (2007) 140-150
Muroishi, Emission inventory of deca-brominated diphenyl ether (DBDE) in Japan, Journal of Material Cycles and Waste Management, (2006) 56-62
Bahadir, Formation of PBDD/F from flame-retarded plastic materials under thermal stress, Environ.

The following conclusions were obtained from the analysis results:(1)the rationality and effectiveness of the presented nonlinear multi-node sliding cable element was verified for both sliding and non-sliding situations; (2) with the sliding of the latitudinal cables, uniform axial force distribution can be achieved for the tensegric system of the Suspen-Dome, which is helpful for improving the material efficiency of the cables and preventing the cables from sagging under asymmetric loads;(3) whether the latitudinal cables can slide or not has little effect on static behaviour and nonlinear stability of the single-layer lattice dome even under asymmetric loads.
He, A new method of analysis for the force of the external prestressed cables, China Civil Engineering Journal 38 (G) (2005) 54-58 [3] X.Q.Cui.
Influence of gliding cable joint on mechanical behavior of suspend-dome structures,International Journal of Space Structures 19 (3) (2004)749-754 [4] G.F.
Research on sliding cable in construction of suspend-dome structures, Journal of Zhejiang University (Engineering Science) 42(G)(2008)1057-1057