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The rotor is driven by a speed reducing gear motor (100:1 HP 1101, Micro Metal Gearmotor, Pololu, USA).
Figure 1.
References [1] C.H.
Nanofluid.14 (2013) 479-487
J. 214 (2013) 1-7

INTRODUCTION As the minimum feature size of the MOSFET device reach submicron field, Drain Induced Barrier Lowering(DIBL) effect is increasingly prominent[1],[2],[3].
Fig. 1 Cross section of Yau’s model for calculating threshold voltage Vth in a short channel nMOSFET From assumption (2) and (5), it is known that Yau’s model is only appropriate for MOS device under small Vds.
References [1] S.M.SZE, KWOK.K.NG 2008 Physics of Semiconductor Device(3rd Ed)(XI’AN JIAOTONG UNIVERSITY PRESS) pp. 254(in Chinese)
P aper,1986, pp. 476-479
[6] Mahato.S.S, Chakraborty, Maiti.T.K 2008 Physical and Failure Analysis of Integrated Circuits 2008.IPFA 2008. 15th International Symposium pp. 1-4

In another procedure, 10 mL dry ethanol, 1.5mL nitric acid, 20mL distilled water were mixed together, which was marked as solution B after stirred for 1 hour.
Results and Discussion The crystalline phase of the obtained samples has been confirmed with XRD, which are shown in Fig.1.
Fig. 1 XRD patterns for TiO2@MOM, MOM, anatase TiO2, terephthalic acid.
References [1] X.
Wang, Petroleum and Coal. 56 (2014) 475-479

Results and Discussion Figure 1.
Magnetic hysteresis loops. (1) ErFeO3: (a) measured along the crystalline a–axis, (b) measured along the crystalline c–axis. (2) NdFeO3: (c) measured along the crystalline a–axis, (d) measured along the crystalline c–axis Figure 1. shows the hysteresis loops for ErFeO3 and the NdFeO3 samples, measured along the a- and c-axes.
References [1] R.
Yamaguchi, Journal of Physics and Chemistry of Solids 35, 479 (1974)
Wigen, Journal of Applied Physics 101, 123919, 1 (2007)

Engineering geological situation According to the exploration data, top of the underground powerhouse is Penglaizhen Formation (J3p2-3) and bottom of that is Jiaguan Formation (K2j1-1).
A parallel unconformity contact is presented between the two with the interface height of 473.59m~479.45m.
The distribution and thickness of the mudstone and pelitic siltstone in the underground power house responded from data of drilling are shown in fig 1.
Reference [1] Cai Huan-xi, Jiang Mei-rong, Jin Feng-nian, Sun Wei-jun.
Journal of Mining & Safety Engineering, 2006, 23(1): 103-106 [5] Li Shao-jun, Feng Xia-ting, An Hong-gang.

Table 1.
Considering the requirements, the schematic of system model is shown as Fig.1.
Fig. 1 System model There are three mainstream approaches to realize the test system.
PXIe-6672 Timing module TCXO 10 MHz reference clock (1 ppm stability) for instrumentation.
[3] Ho Yang; Jaewook Shim, “Software-based giga-bit WLAN platform”, 2014 IEEE International Conference on Consumer Electronics (ICCE), pp. 478-479, 2014

To minimize the porosity due to Kirkendall diffusion and refine the microstructure of the synthesized γ-TiAl alloys, nanocrystalline Ti/Al (atomic ratio 1:1) composite powders as a precursor for synthesis of γ-TiAl alloy were prepared by mechanical milling [19, 20].
References [1] H.
Trans., 8 (1) (1970): 2943 [4] Liang Guoxian, Li Zhimin, Wang Erde, J.
Acta Metall., 21 (1) (1973): 61 [18] M.
Forum, 475-479 (2005): 2185 [39] Shi Gang, Hu Lianxi, Wang Erde, J.

The incorporation of wastes from various industrial activities in ceramic products appears as a technological alternative to reduce the environmental impacts caused by the indiscriminate disposal of wastes in nature [1, 2].
Results and Discussion Particle size analysis Table 1- Particle size analysis of the green ceramic mass particles Composition Clay (%) (x<2µm) Silt (%) (2µm< x <20µm) Sand (%) (x>20µm) Diameter Average (µm) Composition: (35%) de R.Kaolin; (35%) R.
Thermogravimetric analysis: Figure 1 illustrates the thermogravimetric analysis curve of the ceramic mass Fig. 1 – Thermogravimetric analysis of the ceramic mass In the thermogravimetric analysis curve, it is observed three stages of mass loss.
The second stage is between 225 and 479oC, and can probably be associated to the organic matter and hydroxyls of the clay fraction and the third and last stage between 479 and 690 oC, can be related to the decomposition and loss of carbonates and hydroxides present in the ceramic mass.
References [1] E.

Material mix ratio was shown in Table 1.
Table 1.
Bending test results Group Cracking load[N] Cracking strength [MPa] Average [MPa] Ultimate load[N] Ultimate strength [MPa] Average [MPa] M0-1 — — — 511 9.58 8.70 M0-2 — — 417 7.82 MGS0-1 479 8.98 10.66 685 12.84 14.40 MGS0-2 621 11.64 846 15.86 MGS0-3 606 11.36 773 14.49 M2-1 529 9.92 9.09 959 17.93 22.24 M2-2 440 8.25 1416 26.55 MG2-1 522 9.79 10.12 1337 25.07 25.03 MG2-2 516 9.68 1354 25.39 MG2-3 581 10.89 1313 24.62 MS2-1 598 11.21 10.99 1621 30.39 29.17 MS2-2 620 11.63 1336 25.05 MS2-3 541 10.14 1702 31.91 MGS2-1 635 11.91 11.79 1727 32.38 33.77 MGS2-2 680 12.75 1906 35.73 MGS2-3 572 10.72 1770 33.19 MGS1.02-1 524 9.83 11.73 1498 28.09 32.82 MGS1.02-2 629 11.79 1932 36.23 MGS1.02-3 723 13.56 1821 34.14 Analysis of test results.
The load deflection curves of specimens with different mix ratios were given in Fig. 1.
References [1] Shen Rong-xi, Wang Zhang-shui, Cui Yu-zhong.

Fig.1 Variation of hardness of Cu-0.6%Cr-0.15%Zr-0.05%Mg-0.02%Si alloy with aging time and temperature (a) rolling 50% (b) rolling 80% Fig.1 also shows the effect of the amount of rolling on hardness of Cu-0.6Cr-0.15Zr-0.05Mg-0.02Si alloy.
After 80% rolling and aging at 480˚C for 1 h, the electrical conductivity is 85.5% IACS as shown in Fig. 2.
Conclusions (1) Cu-0.6%Cr-0.15%Zr-0.05%Mg-0.02%Si alloy can attain good comprehensive properties after 80% rolling and aging at 480˚C for 30min, the hardness and conductivity reach 150HV and 82.5%IACS, respectively.
References [1] J.H.
Journal of Alloys and Compounds Vol. 479 (2009), p.303 [3] J.W.