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Discrete Material Composite Foundation Bearing Capacity Calculation Research [J].
Academic journal of Huazhong University of Science and Technology (natural science edition), 2006 (3) 34-38.

Material properties.
Acknowledgements The authors are grateful to the support of National Science Foundation of China (Grant No. 51378450) and the Project of Shandong Province Higher Educational Science and Technology Program (Grant No.
Journal of Building Structures, 2014,35(1):93-102.

It also results the low enthusiasm on the active application of science and technology.
Modern society is full of change on science and technology.
Analysis on the connotation of information literacy and composition[J].Journal of Tonghua Teachers EACHERS College,2008(8):64-65
Research of Library science, 2013(21):17-21
Beijing: science popularization press，2012：17-18

which were approximately 20 % higher than 1K knitted biocomposite materials with the same surface modification.
Conclusion In recent years, biocomposite materials have become the focus of a wide range of research activities, material manufacturers, processors and end users.
Biocomposite materials based on PLA matrices and plant fibers have great prerequisites for broad applications.
Nassiopoulos, Cellulose-Based Bio- and Nanocomposites, A Review, International Journal of Polymer Science, vol. 2011, 1-35, ISSN 1687-9422
In: Progress in Polymer Science 37 (2012) 1552– 1596.

A stable isotope oxygen exchange technique ( 16O/18O exchange) was adopted to label the diffusion profiles in the oxides, and secondary ion mass spectrometry (SIMS) depth profiles were examined to determine the diffusion coefficients in the oxide ceramic materials.
Introduction Solid Oxide Fuel Cells (SOFCs) are composed of several kinds of functional ceramics and metals, which have several interfaces contact with different component materials.
Diffusion of oxygen at LaMnO3/Y2O3-ZrO2 interfaces under polarization Doped LaMnO3 is considered as candidate cathode materials for SOFCs because of its high catalytic activity for oxygen reduction, high electronic conductivity, and compatibility with electrolyte [1-15].
Oxygen diffusion in the oxide scale formed on alloy surface One of the critical issues on applying the alloy materials to SOFCs is the oxide scale formation on the surface [21-40].
Langvad, Journal of Materials Science 31 , 5077 (1996). 27.

And the hydrogels [3] are believed to compromise the drawbacks of a single material and improve the behaviors.
Materials and methods Materials.
Xie: Progress in Polymer Science.
Vol. 34 (2009), p. 969-981 [2] D.I.Zeugolis, R.G.Paul and G.Attenburrow: Journal of Applied Polymer Science.
Vol. 88(2006) [6] N.A.P.Christie and M.Hassan: Advances in Polymer Science.

This phenomenon could be due to the fact that both techniques utilize chemically reactive materials.
Mixture materials that require heating give out higher concentration as well as greater amount of CO2.
This avoids the need for heated materials and ensures CO2 level will remain low.
Progress in Energy and Combustion Science, 6 (2010) 651–676
Journal of Natural Resources 25 (2010) 1284-1295

This could explain different strengths for materials with similar contents of quartz.
Materials and Methods For the present work we selected nine types of well-known and widely traded ornamental stones.
Samples and sawing control worksheets of those materials were provided by a local firm.
International Journal of Rock Mechanics & Mining Sciences 48 (2011) 506-513
Callister: Fundamental of materials science and engineering/ an interactive e. text.

The database of DSS contains mass of materials, both internal and external.
All these materials must be gathered and extracted to turn into information and data structure conductive to decision making, and thus can be used, analyzed, updated and retrieved by users. 2) Model-base Management System (MBMS) MBMS analyzed information exists inside or outside the database, to integrate all decision models.
All materials, models and knowledge are used in DGMS, which implements the simulation testing function and DSS’ interaction with decision maker.
[2] Wang Fei-yue, Computational Experiments for Behavior Analysis and Decision Evaluation of Complex Systems, Journal of System Simulation, 16 (2004) 893-897
[5] Wang Fei-yue, On theModeling, Analysis, Control and Management of Complex Systems, Complex Systems and Complexity Science, 3 (2006) 26-34.

Pavement structure and materials parameters are shown in Table 1.
Pavement structure and materials parameters Structure Material Thickness (cm) Elastic modulus (MPa) Poission ratio Notes Surface course AC-13 4 1400 0.25 1st Interface 2nd Interface 3rd Interface Middle course AC-16 6 1200 0.25 Bottom course AC-25 8 1100 0.25 Base course Cement stabilized crushed stone 20 1400 0.3 Subbase course Lime-flyash soil 25 900 0.3 Subgrade soil — 35 0.4 Layer Interface Modeling.
Acknowledgment This paper was supported by National Natural Science Fund of China Project “Mechanical performance and disease mechanism of asphalt chip sealing based on the microstructure” (Project No. 51108375).
[2] MARIANA R K, ANDREW C and NICHOLAS H., “Effect of bond condition on flexible pavement performance,” Journal of Transportation Engineering, 2005, 131 (11), pp. 880-888
[5] WANG Jiazhu, “Research on materials design method and performance of asphalt pavement on large longitudinal slope,” Wuhan: Wuhan University of Technology, 2006. ( in Chinese) [6] SU Kai, “Analysis of cutting-slippage between the base and surface of asphalt pavement of mountain road,” Xi'an: Chang'an University, 2004. ( in Chinese) [7] XIE Shuiyou, “Effect of the tire/pavement contact pressure on asphalt pavement,” Xi'an: Chang'an University, 2003. ( in Chinese) [8] SHI Yiping, ZHOU Yurong.