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Fig. 1(a) shows the Id–Vg characteristics with different lengths of the channel (L = 20, 30, 40, 60, 80, and 100 nm) at Vd = 1 V.
(a) (b) (c) Figure 1.
Effect of channel length on DIBL Fig. 1(c) shows the Id–Vg characteristics with different oxide thicknesses (Tox = 1, 2, 4, 6, 8, and 10 nm) at Vd = 1 V.
References [1].
Colinge & Jean-Pierre Colinge, Nature 479, 310–316 (17 November 2011)

The result indicated that several peaks of the intensive bands at wavenumber of 3444.27cm-1, 1452.76cm-1, 1401.29cm-1, 1055.00cm-1, 793.90cm-1, and 479.72cm-1 were observed.
The peak at 3444.27cm-1 and 1452.7cm-1 were identified as O-H stretch and the in-plane O-H bending, respectively.
The intensity of the absorbance peak of O-H stretch in functionalized MWCNT at 3444.27 cm-1 was higher than raw MWCNTs indicating difference value of 1.01A and 2.22A respectively.
References [1] R.
Alloys Compd., vol. 501, no. 1, pp. 77–84, Jul. 2010

Table 1.
For completing Fig. 1.
() 2 0 2 1.1215 cos 1 1.12 0.18sec (tan ) '2 ( 1 ) a xR Sin Uh d a E θ σθ θ ν  × =++  − ∫Fig.2. comparisons of measured and calculated displacements: (a) A-1, (b) A-2, (c) B-1, (d) B-2, (e) B-3 and (f) B-4, respectively.
References [1] N.
Forum Vol. 475-479 (2005), p. 4125 [4] J.

Langmuir model (1) and the Freundlich isotherm(2) were respectively expressed as follows [13,14]: Qe = bQmax Ce/( 1+ KL Ce) （1） ln Qe = lnKF + 1 /n lnCe （2） The Qmax results from the Langmuir model at (288, 298 and308 K) were (28.51, 25.07, and 16.32 mg/g) , respectively, for As (V) (Table 1) Freundlich constants were listed in Table 1.
References: [1] B.
B 76(1): 125–138 (2000)
Journal of Hazardous Materials B, 137: 464-479 (2006)
Desalination. 145( 1-3) : 293-298 (2002)

Table 1.
Figure 1.
However, the maximum thermal conductivity value at the ages of 28 and 180 days are 2.6512 W.mK-1 and 2.6998 Wm.K-1 for GVCM and 2.9845 W.mK-1 and 3.0025 W.mK-1 for LSC, respectively.
References [1] W.
,Vols. 261-263(2011) pp. 469-479, Trans Tech Publications, ttp, Switzerland, 2011 [4] Specification for interlocking block (non- bearing load type).TCPS:602-2547,2004, Bureau of Thai Industrial Standard, Bangkok

Some rolling technologies of explosive composite boards are listed in table 1.
Table 1 Some rolling technologies of explosive composite boards Num.
Figure 1 shows the wave on original bonding boundary becomes flatter along with the working rate increase.
(2) Solid solution processing technology is heating for 40 min at 1020℃, oil quenching Table 3 Mechanical Properties of nickel-titanium composite board at different states States Shear, MPa Peel, MPa Stretch Curve/Degree Sample Thichness/mm σb/MPa δ/% Inturn Excurvature Explosive 479 330 — — ＞180 ＞150 12.0 Hot Rolling — — 704 25.2 ＞60 ＞60 2.5 Cold Rolling — — 898 11.5 ＞20 ＞20 1.0 It is shown in table 2 and table 3 that, composite boards’ cutting and peeling strength data are commonly equivalent to the weaker one in component metals.
References [1] Huang Xingli, Li Pingcang, Hao Hongwei, et al.

Geng 1,a, Z.Z.
Zheng 1,b , H.L.
Fig.1 X-Ray diffraction pattern of the as-sintered TiB+TiC/Ti composite.
The results are shown in Table 1.
N.: Materials Science Forum 475-479 (2005), p. 877-880 [9] S.

Figure 1-a.
Time vs. speed Figure 1-b.
Time vs. torque Figure 1-c.
A phase current Figure 1-d.
[3] Ma Ruiqing, Liu Weiguo, Luo Guangzhao, and et al., “The Balanced Current Control of Dual-Redundancy Permanent Magnetic Brushless DC Motor”, Proceedings of the Eighth International Conference on Electrical Machines and Systems, vol.1, pp. 475-479, 2005

The chemical composition of the product was listed in Table.1.
XRD pattern of the product was shown in Fig. 1.
Fig. 1.
The bands at 1103 cm-1 and 795 cm-1 were assigned to the Si-OH dissymmetry and symmetry vibrations, respectively. 479 cm-1 band corresponded to the bending vibration of Si-O-Si [9,10].
References [1] Bingkun Xiong, Zhenhan Lin, XinminYang, Dongmin Jiang, Fangcheng Luo and Lingxiu Zhang: Prep.

References [1] F.
Math Mech Res, Preprints, No.1, 1987, p 2–12
Vol. 24 No.1,2009, p 50-57 [10] Sasson A M.
Vo. 359 No.1,2006, p. 111-122
Appl. 96 (1983), p 463–479