Freeze-Thaw Damage Evolution of PVA-Fly Ash-Slag Composite Concrete and Low-Dimensional Mapping of Weibull Characteristic Parameters. [PDF]
Liang X, Cheng G, Zhao J, Li R.
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Dechlorination of fly ash through co-leaching with organic waste: effect of inoculum. [PDF]
Wang X +5 more
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Recovery of Rare Earth Elements from Different Types of Coal Fly Ash by Direct Bioleaching. [PDF]
Shi S, Chen T, Ren S.
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Surface Durability and Mechanical Performance of Sustainable KOH-Activated Hybrid Fly Ash Mortars for Flooring Layers. [PDF]
Rúa-Patiño R +5 more
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Fly Ash Utilisation for CO<sub>2</sub> Reduction in Cement Composites. [PDF]
Sobala J +5 more
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Influence of Biofuel Combustion Fly Ash on the Properties of Concrete
Cement as the binding agent in the production of concrete can be replaced with active mineral admixtures. Biofuel combustion fly ash is one of such admixtures.
Skripkiūnas, Gintautas +3 more
core
Performance of CNT-enhanced GGBS/fly ash concrete for precast U-drain applications. [PDF]
Chandra Gandhi G, Mehta P, Sodha A.
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Processing Optimization of Sustainable AA6061-Fly Ash Composites by Compocasting. [PDF]
Barah OO, Bori I, Otaru AJ, Zaid ZAAA.
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CO<sub>2</sub> Methanation on Zeolite/Mesoporous Silica Composites Prepared from Fly Ash and Rice Husk. [PDF]
Popova M +6 more
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Microscopic Leaching Mechanism of Fly Ash Geopolymer (FAG) Under Coupled Stray Current and Soft Water. [PDF]
Liu F +6 more
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