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P-box Theory and SVM Methods with Application in Pattern Recognition Ding Jiaman1, a, Du Yi2,b*, Wang Qingxin3,c, Jiang Ying4,d, Jia Lianyin5,e 1Yunnan Provincial Key Laboratory of Computer Technology Application, Kunming University of Science and Technology, Kunming, 650500, China 2 City college, Kunming University of Science and Technology, Kunming, 650500, China aemail: tjom2008@163.com, bemail: duyi215@hotmail.com, cemail:yunnan403@sina.com ,demail jy_910@163.com,eemail: jlianyin@163.com Keywords: Pattern recognition; Uncertainty; Probability box; SVM; Fusion.
The one is the objective uncertainty from the time spatial variation, the material non-uniformity, etc., which is unable to change.
Acknowledgement The research work was supported by the Applied Fundamental Research Project of Yunnan Province (No. 2013FZ020) and the natural science foundation of China (No. 51365020) and Personnel Training Project of Yunnan Province (KKSY201303095).
International Journal of Approximate Reasoning, 2005, 39:185-209 [6] Scott Ferson, Troy Tucker.

To achieve high performance with a solar water heater, non-special materials and unsophisticated techniques of surface treatment can be used at the absorber.
Chen, Collector Efficiency of Double-Pass Sheet-and-Tube Solar Water Heaters with Internal Fins Attached, Tamkang Journal of Science and Engineering. 10 (2007) 323–334
J. of Innovative Science, Engineering and Technology. 2 (2015) 596–603
Rao, Evaluation of heat loss coefficients in solar flat plate collectors, ARPN Journal of Engineering and Applied Sciences. 4 (2009) 15–19
Science, Engineering and Technology. 4 (2017) 296-305

Experimental Materials and Synthesis: Polystyrene (PS) suspensions were prepared in batch emulsion polymerization from styrene (Aldrich, 99%), the surfactant, sodium dodecyl sulfate (SDS, Aldrich, 99%) and the initiator, potassium persulfate (KPS, Aldrich, 98%).
McKenna, Effects of confinement on material behaviour at the nanometer scale, J. of Phys.: Condens.
Torkelson, The distribution of glass-transition temperatures in nanoscopically confined glass formers, Nature Materials, 2 (2003) 695-700
Raphaël, Residual stresses in thin polymer films cause rupture and dominate early stages of dewetting, Nature Materials, 4 (2005) 754 [21] Bodiguel, C.
Pekcan, Molecular weight effect on latex film formation from polystyrene particles: a photon transmission study, Journal of Colloid and Interface Science, 213 () 160–168, 1999

Analyzing Table 1 and Table 2, concrete re-visiting plan was put forward, including the cities that should be visited, the address of those cities, the materials Table 1 Approaches and Research Plan Table 2 Days in every City during Zhang’s visiting in 1903 Time Research Plan and Destination Days City Main Field Visited 2006.04-07 Propose the schedule of Zhang’s visit in Japan (Appendix Table ) Make sure the cities, the places and the people Zhang visited.
Collect materials and analysis them primarily 2 Kurashiki 2 Nagasaki 1 Otaru 2008.04 Re-visit to Nantong Additional investigation 1 Himeiji 1 Kobe 2008.05-09 Analysis and conclusion Comparing the Materials from Japan and from china 1 Aomori 1 Shimonoseki Note： visited； not visited Kobe city the author visited for this research about which places, organization or individual should be collected in which department.Thirdly, the cities, places, local museums, archives and libraries where Zhang visited were re-visited; the graphic and literal materials about the places and people he visited were collected, arranged and analyzed tentatively.
Through the contacts with them, Zhang could 1) explore the advanced and authoritative thoughts and technologies; 2) enter the institutes that he wanted to visit; 3) obtain the latest materials, such as the text books issued by Monbukagakusho.
During the visit, he got to know the state of Japanese politics, science and technology, culture and education, industries.
Beijing: China Architecture and Building Press (In Chinese) [5] Yu, Haiyi & Morita, Takao (2008) Journal of Asian Architecture and Building Engineering. 7(2), 263-270 [6] Zhang Research Center (ZJRC), et al, Ed. (1994) Collected Edition of Zhang.

Introduction Electrochemical machining (ECM) has been successfully used in manufacturing industry due to its many advantages such as: no tool wear, stress free, smooth surface and the ability to machine complex shapes in materials regardless of their hardness[1].
The anode material dissolves electrochemically according to Faraday's law and is flushed away by flowing electrolyte.
Among magnetic materials, neodymium-iron-boron has many advantages such as a higher demagnetization flux density, great coercive force, strong anisotropy, and linear demagnetization.
The other material properties used in this analysis system are presented in table 2.
Fan: Journal of Material Processing Technology, Vol.129 (2002), pp.283-287

Khan b School of Chemical and Materials Engineering (SCME) National University of Sciences and Technology (NUST) H-12 Campus, Islamabad a nadeemahmad117@hotmail.com, bbilalkhan-ccems@nust.edu.pk Keywords: Polyurethane, Polymer matrix, Micro-phase segregation, UTM Abstract.
Experimental Materials.
The materials used in synthesis of polymer and composite are given in table 1.
Processing of materials.
Table 1 Components of polymer and composite Materials General specs.

Therefore, three different materials were used in comparison.
The relative errors for material with k = 3.324 are collected in Table 2.
Table 1: Material fatigue parameters [15].
Worden, volumes 167-168 of Key Engineering Materials, Trans Tech Publications (1999)
Chew, volume 213 of Journal of Mechanical Engineering Science (1999)

These materials show excellent optical and mechanical behavior at nanoscale.
The band gap of these materials varies from 1.42 to 3.7 eV.
These materials show excellent optical and mechanical behavior at nanoscale.
The most popular choices of quantum dot materials are CdSe and CdS.
[25] Kamal Kumar Kushwah, Nitendra Gautam, P.Singh and Meera Ramrakhiani, Synthesis and photoluminescence of CdSe/PVA nanocomposite, Journal of physics, IOP science, 365 (2012) 012014

Acknowledgements This work is supported by the National Natural Science Foundation of China (No.61108087) and Science and Technology Program of Shenzhen (No.GJH20120702152016274).
LIU: Applied Mechanics and Materials Vol. 262 (2013), p. 123-126 [2] Q.
Packaging Engineering Vol. 5 (2011), p. 74-75 [3] SHARMA, ABHAY: Journal of Imaging Science and Technology Vol. 50 (2006), p. 469- 480 [4] A.
Zeng: IS&T-The Society for Imaging Science and Technolog,(2002), PICS,p.175-180

A Compressible Transient Model of the Solar Chimney and Heat Collector Gang Li 1, a, Huilan Huang 2, b, Hua Zhang 3,c Jianbin Liu2, Xiang Chen 2 1College of Electrical Engineering, Guangxi University, Nanning, 530004, China 2College of Mechanical Engineering, Guangxi University, Nanning, 530004, China 3 Energy and Power Engineering School, University of Shanghai for Science and Technology, Shanghai 200093, China a liganglyd@126.com, bhuanghuilan@gxu.edu.cn (corresponding author) Keywords: solar chimney; solar collector; transient model; pressure; efficiency Abstract: The compressible transient model of solar chimney power plant system was proposed.
The heat collector usually has a transparent cover with a thickness of 4mm flat glass as material.
During the day, Heat storage material absorbs energy from solar and then transfer energy to air through the surface of thermal storage layer.
Acknowledgements This research was supported by the Science and Technology Development of Guangxi (11145001-5) and Guangxi Natural Science Foundation (2011GXNSFA018029), National Natural Science Foundation of China (51266001).
International Journal of Energy Research, Vol. 22(1998), p. 277-288