细粒水泥悬浮液渗透注浆的实践进展

D. Christodoulou, P. Lokkas, A. Droudakis, X. Spiliotis, D. Kasiteropoulou, N. Alamanis
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引用次数: 3

摘要

灌浆包括一系列过程,包括将湿材料或干材料注入地面,以改善工程性能。通常的目的是增加强度或刚度或降低处理过的地面的渗透性。本文主要介绍了改善土壤的渗透注浆、增强或降低渗透的注浆以及地下勘探过程中结构位移的补偿注浆。用于渗透灌浆的浆液是悬浮液和化学溶液。这些悬浮液能很好地渗透到颗粒级土壤中,甚至可以渗透到粗砂中。相反,化学溶液能很好地渗透到细砂或粗污泥等较细的地层中。由于一些化学溶液有毒或对环境和人类有害,近年来国际上正在努力用无机细颗粒悬浮液取代它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Development of Practice in Permeation Grouting by using Fine-grained Cement Suspensions
Grouting includes a range of processes that involve the injection of wet or dry materials into the ground to provide improved engineering properties. Common aims are to increase strength or stiffness or to reduce permeability within the mass of ground treated. This paper, mainly, addresses permeation grouting for the improvement of soils, in terms of strengthening or reduction of permeability, and compensation grouting for the displacement of structures during subsurface exploration. The grouts used to make permeation grouting are suspensions and chemical solutions. The suspensions penetrate well into soils with granulometry up to coarse sand. On the contrary, the chemical solutions penetrate satisfactorily in finer formations up to fine sands or coarse sludges. Because some chemical solutions are toxic or generally harmful to the environment and humans, an effort has been made internationally in recent years to replace them with inorganic fine-grained suspensions.
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