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The Role of Fly Ash in the Granulated Blast Furnace Slag-based Geopolymer

机译:粉煤灰在粒状高炉渣的地质聚合物中的作用

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Inorganic polymers using slag as cementitious materials have the advantage of a short setting time, high early strength, but the sensitivity of the reaction rate to temperature and the likelihood to subsequently crack, which leads to reduction of strength, limit its application. This article, by configuring different proportion of fly ash and slag, studied its dry shrinkage with the different kinds of activator, the effects of fly ash on the hydration heat release curves, differences of setting time and strength with different configuration, and then explored the effect of fly-ash in inorganic polymer. Experiments had shown that through rational configuration, the addition of fly ash can effectively reduce the rate of heat release and the amount of heat, meanwhile can solve the problem about short setting time of alkali-activated cementitious materials without reducing its strength.
机译:使用渣的无机聚合物作为水泥材料具有短的设定时间,早期强度高的优点,但反应速率的敏感性和随后裂纹的可能性,导致强度的降低,限制其应用。 本文通过配置不同比例的粉煤灰和矿渣,研究了其与不同种类的活化剂的干收缩,粉煤灰对水合热释放曲线的影响,设定时间和强度的差异不同的配置,然后探索了 粉煤灰在无机聚合物中的影响。 实验表明,通过理性配置,粉煤灰可以有效地降低热释放速率和热量,同时可以解决关于碱活化水泥材料的短设置时间的问题而不降低其强度。

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