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The binary image of the machining surface can be acquired as shown in Fig.1.
The amount of pixel points with 1 was calculated using MATLAB software.
Surface height percentage under bearing area from 5% to 80% is shown in Tab.1.
References [1] L.X.
Vol. 29(2005), P. 479-490

Research on Environment Materials with Variation Rule And Characteristic of Air Pollutants In Nanchang City Xifeng Yan1, a , Jinglan Wang1, b, Youhua Zhou2, c and Feng Liu 1,d 1 Jiangxi science and Technology Normal University, Jiangxi, China, 330013 2 Beijing Geo Environ Engineering Technology, Inc, Beijing, China, 100095 aemail:xifengyan@163.com, bemai:jxncwjl@163.com, cemail: 252014111@qq.com, demail: 82899084@qq.com Keywords: Air pollutants; Correlation analysis; Nanchang.
The air quality have drawn high attention by public due to it special location and the development strategy. 1.
Resource Air pollutants SO2, NO2 andPM10 measurement methods includes: Determination of SO2: Formaldehyde absorption - Pararosaniline spectrophotometry (GB/T 15262-94) Determination of SO2: Formaldehyde absorption - Pararosaniline spectrophotometry (HJ 482-2009) (To substitute GB/T 15262-94 from Nov. 1, 2009) Determination of NO2 : Saltzman (GB/T15436-1995) Determination of NO2: Naphthyl ethylene diamine dihydrochloride spectrophotometric method (HJ 479-2009, To substitute GB/T 15436-1995 from Nov. 1, 2009) Determination of PM10: Determination of the concentration of airborne particulate (HJ 618-2011) (To substitute GB6921-1986 from 2011) According to the monitoring data, the concentration of air pollutants sulfur dioxide, nitrogen dioxide, PM10 10 year (2003-2012) annual statistical data, and reference to the research results of many scholars from 2003 [1], can be pushed forward to 1996, which won the concentration variation of 1996-2012 for up to 17 years of three kinds of
main pollutants, drawing the air pollution interannual variation trend of Nanchang City as shown in Figure 1, the time span, more easy to explain variation.
Acknowledgements This work was financially supported by Jiangxi Science and Technology Agency (20122BBG70080 ) References [1] WU Dan, WANG Shi-gong, SHANG Ke-zheng.

Analysis on Estimation of PM2.5 Emissions on Coal-fired Generating Unit Xiaozheng Han 1, a, Qingqing Wang 2, b 1 Environmental Management College of China, Qinhuangdao, Hebei.066004, China; 2 Qinhuangdao Economic and Technological Development Zone Environmental Protection Agency, Qinhuangdao, Hebei.066004, China.
Industrial pollution sources were the main causes of dust haze pollution, some scholars pointed out that Hebei province was in the middle of industrialization development stage [1], relatively backward industrialization process determines the Hebei in the integration construction must make adjustments.
So we must scientific evaluation of power industry dust haze that make a balance of social development and dust haze reduce. 1.
Tab1: Analysis on estimation of electricity generation and PM2.5 emissions Categories(100 million kWh) Units number Generate electricity (100 million kWh) PM2.5 emission (t) PM2.5 emission per 100 million kWh (t) 0-0.5 68 18.12 9095.11 501.94 0.5-1 27 18.44 6387.04 346.37 1-5 38 80.88 6709.48 82.96 5-10 7 46.39 1376.94 29.68 10-15 30 379.11 8577.95 22.63 15-20 39 676.77 11188.46 16.53 Above 2,000 million kWh 20 651.18 8639.75 13.27 Due to the unit generate electricity data range is larger, in order to facilitate data analysis and expression, the small electricity generation units (0~100 million kWh), use the 0.5 group interval, 1~20 million kWh electric units have adopted the 5 group distance.
Research of Environmental Sciences. 2005,18(5):1-5

Fig. 1 Schematic diagram of the fabrication process of polymer nanotubes.
The wetting process for fabrication of polymer nanotubes is shown in Fig. 1.
Spectrum of PMMA in Fig. 5(a) shows the conjugation C=O stretching absorption (1750 to 1700 cm-1), and C-O stretching absorption( 1150 to 1100 cm-1).
References [1] M.
Chi, Materials Science Forum Vol. 475-479 (2005) p.3919 [3] M.

Fig.1 The simplified planar eight-link model Theoretical analysis.
Fig.2 The first module The kinematics equation of the first module is (1) Eq.1 can be described as (2) The second module, show in Fig.3, consists of link, link, linkand link.
The values of the links length are show in Table.1.
References [1] A.G.
Mechlenburg, Optimal design of mechanisms with the use of matrices and least squares, Mechanism and Machine Theory 8(1973)479-495

References [1] W.G.
Decision and Control (1998), Vol. 1, pp.285-291
朗读 显示对应的拉丁字符的拼音   字典 - 查看字典详细内容 1.
名词 1.
Workman: Digital Control of Dynamic Systems (Tsinghua University Press, China 2001), pp.449-479.

Start timing after the five test-tubes were laid until detonate, (see Fig.1).
Fig. 1 deflagration Results and discussion The stabilizer contents (Ak II and Res) of the samples were measured by GC.
All measured values by GC and methyl-violet test are listed in table 1-3.
Table 1 The measured values of GT propellant after aging at 55℃ ta [d] w(Res) [%] w(AkII) [%] methyl-violet burst time [min] 0 1.46 1.62 498 498 499 500 502 3 1.39 1.62 474 476 476 477 478 7 1.39 1.62 473 473 476 476 479 15 1.29 1.62 465 468 468 470 471 25 1.24 1.62 460 464 464 465 467 35 1.24 1.59 458 460 461 464 464 45 1.23 1.59 456 458 459 459 462 60 1.23 1.58 454 456 458 458 465 Table 2 The measured values of GT propellant after aging at 65℃ ta [d] w(Res) [%] w(AkII) [%] methyl-violet burst time [min] 0 1.22 1.59 408 409 411 413 415 3 1.19 1.56 395 398 402 404 406 7 1.03 1.57 376 376 381 382 384 11 0.95 1.56 370 373 374 374 376 15 0.86 1.56 363 365 369 369 371 25 0.79 1.56 359 360 364 364 366 35 0.63 1.56 342 344 344 345 346 45 0.43 1.56 319 320 323 323 326 Scattering field of methyl-violet burst times From table 1-3, it can be found that the repeatability of the tb is good for same ta.
References [1] iang Jin-yong, Lu Gui-e, Su Zhen-zhong, et al.

Unidirectional silicon carbide fiber-reinforced aluminum phosphates composite is one such composite [1,2,3,4,5].
Primary properties of the SiC fiber are shown in Table 1.
Continuous heat-treated fiber was incorporated into the matrix using slurry infiltration (Fig.1).
References [1] X.
Vol.475-479(2005), pp.1197

As shown in Fig.1, the normal displacement of the green and red particles changes by time step.
Some parameters in the model are organized in Table 1.
Conclusions 1.
References [1] Kunquan Lu, Jixing Liu: Particle Material [J], Journal of Physics.In Chinese, 33 (9) :500-527, (2004)
[9] Wei Wang, Xiaojun Liu, Kun Liu, and Jinlong Shen: Influences of Particle's Friction Coefficient on Tribological Behaviour of Third-Body Interface Advanced Materials Research, Advanced Materials Research, 479-481, 1074-77, (2012)

The tensile properties at 25℃ and 980℃ of DD9 alloy with different withdrawal rate are shown in Fig.1.
References [1] M.
Materials Science and Engineering A, 479(2008), pp. 356 [6] L.
Chinese Journal of Materials Research, 1(2008), pp.46 [8] J.
Metallurgical Transaction A, 8 (1977), pp. 1 [10] T.