Rheology and setting behaviour of alkali-activated cements
Alkali-geactiveerde cementen (AAC) zijn in dat opzicht beloftevolle alternatieven. Dit type cementen wordt namelijk geproduceerd door een reactief aluminosilicaat, zoals gemalen hoogovenslakken (GGBFS), vliegassen (FA), metakaolin (MK) of andere precursoren, te activeren met een activator-oplossing, zoals natriumhydroxide, natriumsilicaat of ...
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Effect of sodium hydroxide dosage on strength development in cement-fly ash mortars: Experimental and ANN-based prediction. [PDF]
Xu J, Liu FP, Zhao JX, Tan SC, Gong AM.
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Review on the Mechanical Properties and Modification Techniques of Coral Concrete. [PDF]
Yu H, Zhang A, Cheng G, Zhu J.
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Performance and Sustainability of Alkali-Activated Mortar Incorporating Corncob Biochar and Recycled Powder. [PDF]
Zhou X, Wang X, Yu W, Zhao Y, Li Z.
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Effect of Sodium Sulfate on Fracture Properties and Microstructure of High-Volume Slag-Cement Mortar. [PDF]
Si R, Han X, Zhang Y, Zeng H.
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The Influence of Solid Content Distribution on the Low-Field Nuclear Magnetic Resonance Characterization of Ferric-Containing Alkali-Activated Materials. [PDF]
Tang Z, Song Y, Li W, Zhang L.
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Modeling of the Chemical Re-Alkalization of Concrete by Application of Alkaline Mortars. [PDF]
Glawe C, Achenbach R, Raupach M.
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Lightweight, Heat-Insulating, Alkali-Activated Slag Composites with Carbon-Based Biochar Additive and Filler. [PDF]
Tamošaitis G +5 more
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Geopolymerization of Untreated Dredged Sediments for Sustainable Binder Development. [PDF]
Monteiro L +3 more
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