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The study of carbon materials prepared by Zhaotong anthracite under Ultra-high temperature Jia-qing Yang 1,a Shu-he Lu 1,2,b * Xiao-hu Hua 1,2,c Xiao-gang Wang 1,2 Li-bin Niu 1,2 Zi-min Fan 1,2 Jia-bo Wang 1,2 1School of Materials Science and Engineering, Xi 'an University of Science and Technology, 710054 Xi'an, Shaanxi 2Shaanxi Engineering Research centre of Energy Saving and Polygeneration in Silicon & Magnesium industry 710054 Xi 'an, Shaanxi a283574475@qq.com,blsh198571@126.com, chxh85587373@126.com Key words: Zhaotong anthracite, Ultra-high temperature, Graphitization, Carbon materials Abstract: In this paper, reporting a new way to directly  prepare quality of carbon materials such as artificial graphite, like-graphitization carburant and senior carbonaceous reductant et al ,which is prepared from anthracite under ultra-high temperature without any other additional process and catalyst.
Acknowledgements Yunnan Province scientific and technological project (201440), Yulin City scientific and technological project (201346) and Xi'an University of Science and Technology nurture Fund (201303) References [1]X.Z.Wang,N.Liu, and H.Hu, etc: Journal of new carbon materials.
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Review on Development and Application of Gelled Material Filling Mined-out Area Yong Liua, Jie Chenb Xi’an University of Science and Technology, Xi’an 710054,China aliuyong.love.com@qq.com, bchenjie363@163.com Keywords: Filling cementing materials, cement, High water quick-setting material, The fly ash, Blast furnace slag, Cementing filling material Abstract.
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FTIR showed the successful synthesis of the three materials.
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The hazardous materials logistics accident has the characters of low probability and high hazard.
List[1] put forward an emergency model for the hazardous materials.
Conclusions Hazardous materials emergency scheduling is very important for the effective accident rescue.
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Through the experimental research and numerical simulation, to reveal the inherent law of thermal decomposition of energetic materials, and energetic materials combustion delay process changes, provide a theoretical basis for determining the actual conditions, and storage or transportation guidance of energetic materials.
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Ultrasonic vibrating device Al-Si alloys with 2%Fe materials were melted in a resistance furnace at 820-850º C.
The composite materials are used in marine applications such as the construction of hull, connecting rod, and so on.
Prokicc., Influence of ultrasonic melt treatment on microstructure and mechanical properties of AlSi9Cu3 alloy, Journal of Materials Processing Technology ,vol.211, 2011, p. 1729– 1735
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It will change the status quo of the lack of dialogue between materials science with art, recycled materials from the point of view of public art, research and development, and applications make proactive in environmental design.
In this study, "renewable materials" mainly focused on the public art materials field, its scope and methods of public art.
Recycled materials include not only well-known natural renewable materials, but also include man-made biodegradable materials and life industrial recycled materials, which greatly enriched the scope of public art materials, and reflect the public geographical characteristics and diversity of the arts.
The Scope of Application of Recycled Materials in Public Art Uses of renewable natural materials.
Life, industrial recycled materials.