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The Experimental Study and Analysis on the Scumming Degree of Sea Mud Sintered Perforated Brick with Industrial Waste Slag

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Abstract:

The preliminary experimental studies on the effects of two kinds of industrial waste slag of iron tailings and fly ash which have different characteristics on the scumming degree of sea mud sintered perforated brick were carried out in this paper. And the influence mechanism of two kinds of industrial waste slag on the scumming degree of sea mud sintered perforated brick were analyzed combinated with interrelated references. The test and theory analyzed demonstrated that iron tailings have more advantageous factors to alleviate the scumming degree of sea mud sintered brick and fly ash has more disadvantageous factors to enhance the scumming degree of sea mud sintered brick. A vast development world would be provide for the resources reuse of huge dredging sludge come from sea engineering by strengthening the basic study on the scumming resistance technique of sea mud sintered brick.

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Periodical:

Advanced Materials Research (Volumes 450-451)

Pages:

115-121

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.450-451.115

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Cite this paper

Online since:

January 2012

Authors:

Han Dong Yan, Ming Han Lin

Keywords:

Fly Ash (FA), Iron Tailing, Scumming Degree, Sea Mud, Sintered Perforated Brick

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© 2012 Trans Tech Publications Ltd. All Rights Reserved

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References

[1] Y.X. Liu: Shanxi Architecture Vol.34(2008), p.165

Google Scholar

[2] F.L.Ji, Q.F.Lv, D.G.Ma: J. of Anhui Agricultural Sci. Vol.35(2007), p.4593

Google Scholar

[3] H.Q. Zhang, J.Xie, W.Zhu, Y.Zh.Huang and P.Shi: Marine Sci. Bulletin Vol.23(2004), p.54

Google Scholar

[4] Zh.G.Li: Brick & Tile World (2006), p.43

Google Scholar

[5] Zh.G.Li, F.Zhang, H.H. Shen: Tianjin Construction Sci. & Tech. (2005), p.43

Google Scholar

[6] R.Q.Lv: Brick & Tile (2000), p.7

Google Scholar

[7] Information on http://www.zszxw.com/shtml/news/news_view_874120079991810.html

Google Scholar

[8] J.Y. Wang, J.S. Liu,Zh.G. Li : Brick & Tile World (2007), p.35

Google Scholar

[9] T.Wen: Brick & Tile (2008), p.71

Google Scholar

[10] H.Cai, L.Q. Qin, B.L.Wu, X.L. Duan, G.Q. Shao, J.R. Xie: Brick & Tile World (2001), p.15

Google Scholar

[11] Specification of soil engineering text (China architecture & Building Press; China 1999)

Google Scholar

[12] Sh.L.Zheng, L.J. Wang, F.Shu and J.T. Chen: J. of Chinese Ceramic Soc. Vol.34(2006), p.1382

Google Scholar

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