The Inherent Viscosity Test and Hardening Experiment Research to the Polymeric Soil Consolidator of Acrylic Acid

Abstract:

Based on the different feed-ratios to the concentrations of initiator((NH4)2S2O8), acrylic acid, acrylamide and prevent-polymerization agent (isopropyl), this article discusses the inherent viscosity of the polymeric soil consolidator and the test of hardening performance. Experiment results indicate that: 1) the relationships between different feed-ratios and inherent viscosity are as the following: with the increase of initiator charging quantities, the sample's inherent viscosity rises, while with the increase of acrylamide charging quantities, the sample's inherent viscosity decreases. When the charging quantity of isopropyl is 6.750 g, the sample's inherent viscosity reaches the max value 32.47 ml•g-1. 2) The addition of polymeric soil consolidator into the soil can improve the performance such as the resilient modulus and california bearing ratio significantly.

• Periodical: Advanced Materials Research (Volumes 143-144)
• Pages: 846-850
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.143-144.846
• Online since: October 2010
• Authors: Bin Tong, Zheng Guo, Zheng Li, Jin Liu
• Keywords: Acrylamide, Hardening Experiment, Inherent Viscosity, Polymeric Soil Consolidator

References

[1] FAN Henghui, GAO Jianen, WU Pute: Journal of Northwest Science Technology of University Agriculture Forest (Natural Science Edition) Vol. 34 (2006) , p.142.

[2] WANG Yinmei, YANG Zhongcun, CHEN Wenwu, et al: Rock Mechanics and Engineering Vol. 24 (2005) , p.2556.

[3] .

[3] TANG Xueqin, SONG Maolin, LIU Xiuzhen: Shanxi Science & Technology of Communications Vol. 174 (2005) , p.44.

[4] Tomohisa S, Sawa K, Naitoh N: Zairyo Journal of the Society of Materials Science Japan Vol. 44 (1995) , p.1025.

[5] LIU Jin, CHEN Xiaoming, ZHANG Fengjun, et al: Materials Science & Engineering Vol. 34 (2002) , p.233.

[6] Theca C: Mycological Research Vol. 106 (2002) , p.935.

[7] WANG Yimin, ZHANG Lijuan, CHEN Yekai, et al: Journal of South China University of Technology(Natural Science Edition) Vol. 34 (2006) , p.56.

[8] WANG Yinhei, HAN Wenfeng, CHEN Wenwu: The Chinese Journal of Geological Hazard and Control Vol. 15 (2004) , p.79.

[9] XIANG Wei , CUI Deshan , LIU Li: Earth Science-Journal of China University of Geosciences Vol. 32 (2007) , p.401.

[10] Hyun-Joon Kong, Stacy G. Bike, Victor C. Li: Cement & Concrete Composites Vol. 25 (2003) , p.305.

[11] Highway Scientific Institute of Ministry of Communications. JTJ051-93, in：Regulations of Highway Soil Test (People's Communications Publications, Beijin 1993).

[12] YU Shilin, LI Yinwei: Spectral Analysis (ChongQin University Publications, Chongqing 1994) 12: 49.

[13] B·Walter. Huang Jiaxian, et al. (in Chinese). Basis of polymer chemistry (Chemical Industy Publications, Beijin 1998) 94.