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Materials and methods 2.1 Materials HA substance (Ube Materials Corp.
Materials were dried at 70[℃] for 1 [hour].
After an hour, the materials were placed in the bottle (size; 31.9[cm] ×48.5[cm] ×87.0[cm]) and 20[g] of sliced garlic were placed on the top of the materials. 0.5[ml] of air in the bottles was taken at 0 hour and 72 hours respectively.
Evaluation of lightness (L*) changes for both materials treatment was significantly higher than the baseline result and differ each other by 1 point.
[5] D.Deruaz, F.Soussan-Marchal, I.Joseph, M.Desage, A.Bannier, J.L.Brazier: Journal of Chromatography, Vol.4 (1994).

A nanomaterial that can be isolated from cellulose --- cellulose nanosphere (CNS), has recently gained significant attention in nanotechnology and material science due to their unique properties and potential in diverse fields [2].
Materials and Methods Materials.
The chemicals and other materials were sourced out from a local distributor in the Philippines.
For further studies, it is advised to incorporate CNS from both sources into biomedical materials such as hydrogels, drug fillers, etc. and examine how it reinforces a particular polymer matrix.
Materials and Minerals, 2015, doi: 10.14456/JMMM.2015.3

Materials and Methods Materials Soil: The soil used was collected by method of disturbed sampling from a drainage excavation site at about 1.0m depth within the engineering complex of University of Agriculture, Makurdi, Benue State, Nigeria.
Materials Society of Nigeria (MSN) Zaria Chapter.
Recycled Materials in geotechs, GSP No. 127, A.
J. of Materials in Civil Engineering.
Journal of Agric Science, 13 (1923) 296-310

Porous materials are widely used as sound absorbing materials for noise control.
Materials and Methods Date Palm Fiber.
[4] Riahi K., Abdallah Ben Mammoub, Béchir Ben Thayer, Date-palm fibers media filters as a potential technology for tertiary domestic wastewater treatment, Journal of Hazardous Materials 161 (2009) 608-613
High performance structures and materials, Witpress, 2002, pp. 157-66
Bazley, Acoustical properties of fibrous absorbent materials, Appl.

In addition to projects construction, flood prevention facilities management, flood warning and disaster commanding system, flood prevention planning material should all be implemented[7].
Acknowledgements This work was financially supported by the National Natural Science Foundation of China (No. 41101080), Shandong Natural Science Foundation (No.
And, thanks for the materials provided by local authorities of Shaanxi Province.
[2].Y.D.Guo,Y.He,W.Zheng and J.H.Pan:  Wetland Science, Analysis of Hydrological Vulnerability Characteristics and Influence Factors of Zhalong Riparian Wetlands.  
[6].S.Z.Zhao and F.Z.Zhang: Journal of Northwestern Institute of Architectural Engineering.

Materials and methods Plant Materials, and treatment Hydrocharis dubia was collected from the region of Shandong province in China.
Plant Science Vol. 164(2003), p.645-655 [13] Sh.
Journal of Ethnophamacology Vol. 85(2003), p. 227-230 [14] S.
Plant Science Vol. 166(2004), p.459-466 [15] J.
Plant science Vol. 161(2001), p.613-619

Structural map of 283# Bridge Pier Pile Cap（units：cm） Finite Element Analysis on Hydration Heat Temperature and Stress Field Concrete Materials: By designing and testing in the laboratory, the concrete design mix proportion is finally defined, as shown in Table 1.
(4) Other selection of physical and thermal parameter The physical material parameters, such as elastic modulus and poisson ratio, are selected by experience.
Thermal conductivity coefficient and specific heat is estimated by material composition.Specific gravity is measured by field test，as shown in table 2.
Journal of China & Foreign Highway,2010,30（2）：02-0131-05
Journal of Harbin Institute of Technology,2004,36（2）

Instrument and materials are included: soil; fine sand; glass container (45×45×50cm; the thickness of the glass: 12mm); filter geotextiles; graduated cylinders; galvanized pipe (diameter: 20mm); reinforcing steel bar (diameter: 20mm); some wires; Dc converter (output 36V); an amultimeter and an ammeter.
Instrument and materials are included: soil; fine sand; glass container (45×45×50cm; the thickness of the glass: 12mm); filter geotextiles; graduated cylinders; galvanized pipe (diameter: 20mm); reinforcing steel bars (diameter: 20mm); some wires; Dc converter (output 36V); amultimeters and ammeters.
[2] Shengwei Fan, Zongfu Wang, Lianxiang Wang:Journal of Shandong architectural university.Vol.3(2007),p.203-207,In Chinese
[3] Xiuying Tang:Journal of chongqing jiaotong university.Vol.3(2000),p.88-93,In Chinese
[7] Suda Wang, Linhong Zhang, Hao Wang: Journal of kunming metallurgy college.

Exploring Sintering, Densification, and Mechanical Behaviour of Invar Alloys Through Molecular Dynamics Simulations Sandeep Kumar Sahnia, Somnath Bhowmickb and Anish Upadhyaya*c Department of Materials science and Engineering, Indian Institute of Technology Kanpur, Kanpur, India assahni@iitk.ac.in, bbsomnath@iitk.ac.in, *canishu@iitk.ac.in Keywords: MD simulation, Sintering, Densification, Nanoparticles, Uniaxial tensile test Abstract: In this work, the molecular dynamics simulation method is employed to understand the sintering behaviour and mechanical properties of the Invar alloy.
Introduction Sintering is known as the most cost-effective method to manufacture nanocrystalline materials from nanoparticles [1–3].
The materials with nanocrystalline structure having high strength and hardness can be produces via sintering.
From a theoretical perspective, the sintering study encompasses two aspects: firstly, the fabrication of nanocrystalline materials, and secondly, the exploration of the mechanical properties of the produced materials.
These input variables must be controlled in the best way possible to get the desired materials structure.

Introduction Determination of the elastic properties of anisotropic materials by means of measurements of ultrasonic velocity has a long history for different materials [1, 2].Application of ultrasonic techniques to wood based materials appears to have been pioneered by Hearmon [3].The determination of elastic properties of different species was also of importance in the more mundane aspects of their use in the biomedical industries.
In all materials continuous random vibrations of molecules are noticed.
Non-destructive testing (NDT) is a wide group of analysis techniques used in science and industry to evaluate the properties of a material, component or system without causing damage.
The results indicate that the ultrasonic velocity and elastic constant are less in spongy medium and depends on density and nature of the materials.
[6] Reimer & Ludwig: Scanning electron microscopy, Springer series in optical sciences, Vol. 45, (1998)