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Rheological behavior of fly ash based geopolymers with the addition of superplasticizers

机译:添加超级塑化剂的粉煤灰基质的流变行为

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Geopolymers are novel cementitious binders that are finding new industrial applications every day. One of the most important aspects for the commercialization of these products is their behavior in plastic state. The workability of fresh geopolymer paste can be measured with several common tests used for Portland cement concrete, like flow and slump; however, a more in-depth characterization of their rheology is essential to understand its basic setting mechanisms. In this article, the rheological behavior of geopolymer paste prepared under different mix design formulations is studied. Special consideration is given to the rheological behavior of geopolymer paste under the action of a superplasticizer. The effect of the superplasticizers on the viscosity of fresh geopolymers was evaluated and recommendations about the use of these additives are provided.
机译:地质聚合物是新型水泥粘合剂,每天都在寻找新的工业应用。这些产品商业化的最重要方面之一是它们在塑料状态下的行为。新鲜地缘聚合物浆料的可加工性可以用几种用于波特兰水泥混凝土的常用测试来测量,如流量和坍落度;然而,对其流变学的更深入表征对于了解其基本设置机制至关重要。在本文中,研究了在不同混合设计配方下制备的地缘聚合物浆料的流变行为。特别考虑过度塑化剂作用下缘聚合物浆料的流变行为。评估超塑料算子对新鲜地质聚合物粘度的影响,并提供了关于使用这些添加剂的建议。

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