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The hydration of slag part 2: reaction models for blended

Abstract The hydration of slag-blended cement is studied by considering the interaction between the hydrations of slag and Portland cement clinker.

The hydration of slag, part 2: reaction models for blended

The hydration of slag, part 2: reaction models for blended

Three reaction models for the slag-blended cement are developed based on stoichiometric calculations. These models correlate the compositions of the unhydrated slag-blended cement with the quantities and compositions of the hydration products.

The hydration of slag-blended cement is studied by considering the interaction between the hydrations of slag and Portland cement clinker. Three reaction models for the slag-blended cement are

The hydration of slag, part 2: reaction models for blended cement Chen, W.; Brouwers, H. 2006-11-18 00:00:00 The hydration of slag-blended cement is studied by considering the interaction between the hydrations of slag and Portland cement clinker.

The hydration of slag-blended cement is studied by considering the interaction between the hydrations of slag and Portland cement clinker. Three reaction models for the slag-blended cement are developed based on stoichiometric calculations.

The hydration of slag, part 2: Reaction models for blended cement January 2007 · Journal of Materials Science The hydration of slag-blended cement is studied by considering the interaction between the hydrations of slag and Portland cement clinker.

Hydration of slag-blended cement is much more complex than that of ordinary Portland cement because of the mutual interactions between the cement hydration and the slag reaction. In this paper, by considering the production of calcium hydroxide in cement hydration and its consumption in the reaction of slag, a numerical procedure is

Hydration of slag cement : theory, modeling and application / The hydration of slag, part 2: Reaction models Three reaction models for the slag-blended cement

At the same scale of modeling, Wang et al. developed a multi-phase kinetic model to simulate the hydration of slag-blended cements. The proposed model deals with the hydration kinetics of each component of clinker minerals (C 3 S, C 2

In this paper, the hydration of slag in blended cements is investigated through the measurement of hydration reaction indicators such as portlandite content, non-evaporable and free water, and hydration heat. Three substitution rates of cement by slag were used (30%, 50% and 70%).

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