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在复杂的水文地质条件下,掘进竖井和基本巷道时,为防止地下漏水,要求采用综合治理方法。这些工程质量的好坏,取决于注入的浆液质量。全苏矿井建设施工组织及机械化科学研究所研究出制备这种浆液新方法。水泥固结裂隙岩体的过程由不同质的四个阶段来实现。第一阶段进行强烈的水化作用。凝结成胶质微粒,其后期生成空间的胶质骨架,在骨架内充满水化作用的新生成
Under complicated hydrogeological conditions, when digging shafts and basic roadways, comprehensive treatment methods are required to prevent underground water leakage. The quality of these projects depends on the quality of the injected slurry. The all-suzhou mine construction organization and mechanization science research institute developed a new method for preparing this slurry. The process of cement consolidation of fractured rock masses is achieved by four stages of different qualities. The first stage of intense hydration. Condensate into colloidal particles, later generate a space of the glial skeleton, in the skeleton is filled with new generation of hydration