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Introduction The expansion of application of advanced composite structures beyond aerospace into other applications such as marine, transport and civil engineering requires us to develop the capability to manufacture cost effective components using alternative blanket materials.
Selection of SMC By comparing the properties of the material (GF fabric/Epoxy prepreg) used in the hand lay-up process, three high-fiber-content (60 to 63 wf%) SMCs manufactured by Quantum Composites, Inc., were selected as candidate materials.
Three kinds of SMC materials, Lytex 4129, QC 8800 and QC 8560 with different thickness were used.
Mackenzie: Encyclopedia of Polymer Science and Engineering, published by John Wiley & Sons, Inc., Vol. 15 (1989), p.167-178 [2] M.R.
Journal of Applied Polymer Science Vol. 90 (2003), p. 2557

Materials and methods Experiment setup.
KGB200822), the Science and Technology Research Projects of Heilongjiang Education Committee (Grant No. 11551130), Program for the Science and Technology Innovation Team in Universities and Colleges of Heilongjiang Province and Youth Science Foundation of Heilongjiang Province of China (Grant No.
Tak :Journal of Membrane Science. 264,(2005): p.151Wen, W.Z.
Wu and D.Sun: Journal of Membrane Science, 2001, 194:31~32 [4]L.
Liu: Environmental Science , 22 (3) (2001):p.20 [6] P.Gui, X.

Source of Tinny Granite in Gejiu Tin Ore Deposit in Yunnan Province, China Yingshu LI1, Yan CAI 2, Nan CHEN1, Jiaojiao CHEN1, Lun WANG1, Yike ZHANG1,Daqing HE1 1 Faculty of Land Resource Engineering, Kunming University of Science and Technology，Kunming, China 650093 2Faculty of City, Kunming University of Science and Technology, Kunming, China 650093 Email:gzsgjhclys@126.com Keywords: Tinny granite ore deposit; Sulphur isotope; Basalt; Gejiu in Yunnan province, China Abstract: It had been believed that the genesis of tinny granite in Gejiu tin ore deposits were hydrothermal mineralization in granite of Yanshanian epoch by most researchers for a long time.
[2] Li Yingshu，Qin Dexian，Dang Yutao，et a1．Research on relation between tin ore deposit and(Uhra) ferromagnesian rock．Engineering Science，2005，7 (Sup.)：267—274
[3] Li Yingshu,Qin Dexian，Dang Yutao，et a1．Geological and geochemistrical features of basahs in east Gejiu，Yunnan／／Proceeding of The Third Academically Annual Meeting of China Association for Science and Technology．Beijing：Science and Technology Press of China，2005：366—373
[5]Li Yingshu，Qin Dexian，Dang Yutao，et a1．Lithological features of basalt of Gejiu eastern area in Yunnan Province．Science and Technology Review，2006，24(2)：70—72 [6] Li Yingshu，Qin Dexian，Dang Yutao，et a1．Mineralizations of basalts of Gejiu tin deposit in Yunnan Province．Journal of Jilin University(Earth Science Edition)，2006，36(3)：326—335
Helium, lead and sulfur isotope geochemistry of the Gejiu Sn-polymetallic ore deposit and the sources of ore-forming materials, Chinese Journal of Geochemistry, 2007, Vol.26, No.4,pp 439-445

An efficiency Algorithm for SDCP Program Ning XIAO Computer science department,Shaanxi Vocational&Technical College Xi‘an710100 xnwyh@126.com Keywords: SDCP; SPSO; NNs Abstract.For more effectively solving SDCP,in the paper,using BP neural networks to approximate chance function,training samples are produced by random simulation,and a hybrid intelligent algorithm for SDCP combined stochastic particle swarm optimization and BP neural network is proposed.The experimental results show that the algorithm is more preferable.
References [1]J.kennedy,R.Eberhart.particle swarm optimization.in proc.International conference on Neural Networks.perth,WA,Australia(1995)p.1942-1948 [2]J.C.Zeng,Z.H.Cui and D.Jie,Particle Swarm Optimization,Science publishing company,Bei Jing (2004) [3]X.S GE, K.Sun.Optimal control of a spacecraft with deployable solar arrays using particle swarm optimization algorithm.Science China(Technological Sciences.
Vols.54(5) (2011)p. 1107-1112 [4]Z.x.Zhang,H.q.Cui.Localization in 3D Sensou Netwourks Using Stochastic particle Swarm Optimization.Wuhan University Journal of Natural Science.17(6) (2012)p.544-548 [5] B.J.Liu.Dependent-chance programming:A class of stochastic programming.Computers& Mathematics with Applications.
Wang,Theory and Practice of Uncertain Programming,Tsinghua University publishing company, Beiing,(2003) [7]R.q.Zhao.Uncertain Programming:Present and Future.6th National Conference of Operations Research Society of China.HongKong:Global-Link publishing company(2000) p.255-263 [8]J.Peng,B.J.Liu.Uncertain Programming:Current Status and Future Prospects,Operations Research And Management Science, Vols.11(2) (2002) p.1-10 [9]P.z.Guo,Method research on vehicle navigation path planning under random environment,China Master’s Theses Full-text Database(2012) [10]J.C.
Guaranteed Global Convergence Particle Swarm Optimizer.Journal Of Computer Research And Development, Vols.41(8)(2004)p.1333-1338 [11]N.Xiao.Based Stochastic Particle Swarm Optimization and Random Simulation for Solving StochasticDependent-Chance Programming.Applied Mechanics and Materials Vols.499 (2013) p.1960-1964

Low-dimensional heterostructured functional materials have been widely applied in new energy materials, catalysts, et al.
As one of the biomedical materials, the photoresponse of nanomaterials to NIR (near infra-red) is needed for developing smart materials with external stimuli response.
Materials and Experimental Details Zinc nitrate (Analytical Reagent, i.e.
The morphology of the materials was observed by scanning electron microscopy (SEM) of Hitachi S-4800.
Yamamoto, Carbazole Dendrimers as Solution-Processable Thermally Activated Delayed-Fluorescence Materials, Angew.

Fortunately, these technical difficulties have been solved effectively by utilizing special materials, incorporating particular coatings, establishing reasonable structures, selecting effective water treatment methods and etc.
Some of these materials, such as ceramics and polymers, which allow self-lubrication of moving component surfaces, are used to reduce the wear and tolerances, thus minimize the leakage [11-12].
New materials and component design-key factors for water hydraulic systems [C].
The use of ceramic materials for fluid power components [C]. 80th Anniversary of Lithuanian University of Agriculture.
Applied mechanics and materials, 2010, 34-35:1279-1283

Materials and methods Materials.
Acknowledgements This work was financially supported by Research Fund for the Doctoral Program of Higher Education of China (20114219110002), Fund from Coal Conversion and New Carbon Materials Hubei Key Laboratory (Wuhan University of Science and Technology)(WKDM201107).
Applied Clay Science. 35 (2007) 276-281
Journal of Hazardous Materials. 160 (2008) 173-180
Applied Clay Science. 37 (2007) 226-230.

Introduction The development of Confocal Scaning Laser Microscope provided a means for direct observation of the phase transformation of metal materials [1].
Experimental The carbon steel with 0.2%C and 0.6%Mn was prepared using industrial pure iron, graphite and manganese as raw materials.
Emi: Materials Transactions JIM Vol. 37 (1996), p.620
Dippenaar: Materials Science and Engineering A Vol. 407 (2005), p.127
Sridhar: Journal of Materials Science Vol. 40 (2005), p.2411

Introduction The most typical example of hard and brittle materials is advanced ceramics.
It is because of less bonding material, pore of SFAP could not be produced.
Shimizu: Materials Processsing Technology, Vol.129 (2002), pp.34-40
Hitchner: Proceeding of Engineering Science, Vol.28 (2003), pp.897-914
Wang and et al.: Chinese Journal of Mechanical Engineering, Vol. 43 (2007) No.1, pp.35-48.

Gd and Sb doped SnO2 conductive nanoparticles were prepared by the coprecipitation method with SnCl4·5H2O, SbCl3 and Gd2O3 as the raw materials.
The powder of antimony doped tin oxide has been widely used in photovoltaic and optoelectronic devices, flat panel displays, electrochromi materials and electrode materials for their electric and optical advantage properties[2-6].
In this paper, La and Sb doped SnO2 conductive nanoparticles were prepared by the coprecipitation method with SnCl4·5H2O, SbCl3 and Gd2O3 as the raw materials.
Gao, Chinese Journal of Applied Chemstry. 19 (2002): 552
Van Landuyt, Materials Research Bulletin. 34 (1999): 1527