The Sweet Spot for Geopolymers: Why 12 Molar Sodium Hydroxide Makes Fly Ash Mortar Stronger
The distinction between Class C and Class F fly ash plays a central role in understanding why the mortar mixes ...
The distinction between Class C and Class F fly ash plays a central role in understanding why the mortar mixes ...
A sequential laboratory study shows that combining bentonite, metakaolin and quicklime can cut cement content in underground backfill grouts while ...
Researchers at Vellore Institute of Technology show that adding just 0.04 percent graphene oxide by weight of cement densifies the ...
Researchers found that blending steel slag with phosphorus slag and spontaneously combusted coal gangue in a 7:1:2 ratio yields a ...
Indian researchers have combined compression testing, ANOVA, and a bird-inspired optimization algorithm to identify the Neovius lattice as the strongest ...
By mining over 500,000 historical concrete tests and thousands of cores from Italian motorway bridges and tunnels, researchers have built ...
A new study shows that concrete slurry waste pressurized with supercritical CO2 can replace up to 25 percent of slag ...
New research shows that the rate at which clinker-based activators release alkalinity, rather than the total amount supplied, controls crystal ...
Researchers in Oman have shown that rapidly water-quenched ferrochrome slag, ground into a fine powder, can replace up to 15 ...
Researchers used Differential Evolution-optimized machine learning to predict the compressive strength of fly ash and waste glass powder geopolymers with ...
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© 2025 Scienmag - Science Magazine