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首页> 外文期刊>Refractories and Industrial Ceramics >HYDRATION OF GORKAL-70 CEMENT IN CEMENT-CHAMOTTE PASTES CONTAINING CHAMOTTE OF DIFFERENT GRANULAR COMPOSITIONS
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HYDRATION OF GORKAL-70 CEMENT IN CEMENT-CHAMOTTE PASTES CONTAINING CHAMOTTE OF DIFFERENT GRANULAR COMPOSITIONS

机译:包含不同颗粒组成的水泥砂浆中GORKAL-70水泥的水合

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摘要

The effect of grain size of the chamotte component on the setting time of cement-chamotte pastes is studied and specific features of the hydration of Gorkal-70 cement are discussed. The larger the chamotte grain size, the longer the initial set time and the shorter the final set time, that is. the shorter the time span between the two. The chamotte microfiller sets favorable conditions for an exothermic effect with a higher temperature as compared to a chamotte of larger grain fraction; however, the exothermic reaction takes a longer time to reach a maximum. In the cement stone with chamotte microfiller. the major product of cement hydration is CAH_(10), and in the cement stone with chamotte sand. C_2AH_8.
机译:研究了滑石成分的粒径对水泥-滑石浆凝结时间的影响,并讨论了Gorkal-70水泥水合的具体特征。磨粒尺寸越大,则初始凝固时间越长,而最终凝固时间越短。两者之间的时间间隔越短。与较大颗粒分数的仿生菌相比,该仿生菌微填料为高温下的放热效应设定了有利条件。但是,放热反应需要更长的时间才能达到最大值。在水泥石上用chamotte微量填充剂。水泥水化的主要产物是CAH_(10),并且在水泥石中掺有细砂。 C_2AH_8。

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