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Grade 1, 2 and 3 received 0, 10 and 30 taps respectively.
Fig. 1 shows typical clear resin sample test images for the three grades of surface finish produced in this manner.
References [1] G.
Stachowiak, Multi-scale representation of tribological surfaces, Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology 216 (2002) 463-479
Landini, Fractals in microscopy, Journal of Microscopy 241 (2011) 1-8

Due to the high calorific content, it is an ideal method to incinerate waste plastic and realize heat recovery[1].
Experimental Experimental system Fig.1 gives the schematic diagram of the corrosion experiment.
The total gas flow rate was 20mL·min-1.
The element contents of the materials are listed in Table 1.
[10] S Y LEE, M J MCNALLAN, Inhibition of oxidation of iron in environments containing chlorine at 1100 and 1200K, J Electrochem Soc. 137(1990)472-479

Table 1(a & b) shows the chemical composition of the matrix alloy (Al6061) and the reinforcement (beryl particles) respectively.
For the preparation of the composite, liquid metallurgy route was adopted as described in earlier works [1, 5].
The schematic picture of the wear testing machine used is shown in Figure 1, while Table 3 shows wear test conditions.
REFERENCES [1] K.G.
Of 3rd Asia-Australian conference on composite materials (ACCM-3) 15-18 July, Auckland, New Zealand 479-485 (2002)

Preparation and Properties of Al2O3-Mullite-SiC Nano-Composite by Slip Casting in a High Magnetic Field and Reaction Sintering Sho Saito 1,2, Yoshio Sakka 1, Tohru S.
Suzuki1 and Takeshi Nakata2 1 National Institute for Materials Science, 2-1, Sengen-1, Tsukuba-shi, Ibaraki, 305-0047, Japan 2 Shibaura Institute of Technology, 9-14, Shibaura-3, Minato-ku, Tokyo, 108-8548, Japan Keywords: Al2O3-mullite-SiC, nanocomposites, high magnetic field, slip casting, Abstract.
The direction of the magnetic field was perpendicular to the slip cast direction as shown in Figure 1.
References [1] G.
Vol. 78 (1995), pp.479

The sieving result of the raw material is showed in Tab.1.
Tab.1.
Conclusions (1) The allowable tensile stress of cold-recycled materials declines with the loading times increasing
References [1] Jianmin WU.
China Journal of Highway and Transport,2009,22(3):1-6.

Table 1.
Figure 1.
An example is shown in Figure 1.
References [1] A.L.
Trans., vol. 361 (No. 1804), 2003, pp. 479-495 [2] J.H.

Fig. 1.
The respective values are given in the lower part of Table 1.
Table 1.
References [1] H.A. 
Dig. 36 (6) (2004) 468-479

It consists of a piston which can move in a cylindrical stainless steel cavity (Fig.1.).
Piston Cavity Displacement sensor Ejectors Elastomer capsule Fig. 1.
CTE(a) = CTEuncured.(1- a) + a.
Reference [1] C.
Jarny, Determination of Temperature Variable Properties of Composite Materials: Methodology and Experimental Results, Journal of Reinforced Plastics and Composites, 15 (1996) 479-496

Introduction Graphene [1] has been getting all the attention as a material of choice that could enter in a new generation of electronics and replace silicon.
Also, the synthesis of several types of nanosheet based on other elements than gold, like carbon [1], boron nitride [23], silicon [24], etc is also available.
Fig. 1 shows the initially unrelaxed configuration structures of these gold nanosheets.
References [1] Yongping Zheng, Ning Wei, Zheyong Fan, Lanqing Xu, Zhigao Huang, “Mechanical properties of grafold: a demonstration of strengthened grapheme”, Nanotechnology, 22(2011) 479-501
Lin, “Synthesis of Gold Nanosheets through Thermolysis of Mixtures of Long Chain 1-Alkylimidazole and Hydrogen Tetrachloroaurate(III)”, Journal of the Chinese Chemical Society, 56(2009) 98-106

Figure 1 shows the C∞ of benzene in the ILs at temperature 303.15 K.
Figure 1.
References [1] P.
Data, 48 (2003) 475-479
Banerjee, Fluid Phase Equilibria, 278, (2009) 1-8