水化温度对水泥浆的影响

M. Meruňka, Petr Šperling, Rudolf Hela
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引用次数: 0

摘要

本文讨论高温粉煤灰与流化床粉煤灰的可能组合。实验的主要目的是验证这两种能源副产品的组合对较简单系统--水泥浆--的影响。在实验部分,对水化温度的演变和体积变化的时间过程进行了监测。实验结果表明,尽管混合物的水灰比增加,但在混合物中加入流体粉煤灰会加强水化反应。同时,体积变化也略有增加,考虑到可能的生态或经济方面,这可以被视为对技术实践的一个非常有价值的贡献。
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Development of hydration temperatures on cement pastes
This article deals with the possible combination of high temperature fly ash with fluidised bed fly ash. The main objective of the experiment is to verify the effect of the combination of these two energy by-products on simpler systems – cement pastes. In the experimental part, the evolution of hydration temperatures and the time course of volume changes were monitored. The results obtained indicate that the addition of fluid fly ash to the mixture intensifies the hydration reaction, despite the increase in the value of the water to cement ratio of the mixture. At the same time, there is a slight increase in volume changes, which can be considered as a very valuable contribution to technical practice, taking into account possible ecological or economic aspects.
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