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Synthesizing aragonite whisker-rich material through wet carbonation of ternesite-based clinker: Nucleation kinetics, microstructure evolution and reactivity
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DOI：10.1016/j.conbuildmat.2026.147758.png)
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Abstract
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• High-aspect-ratio aragonite whiskers were synthesized by injecting CO2 into a ternesite-based clinker suspension at 80 ℃ for 120 min. • Sulfate species derived from ternesite lowers the pH of the solution and inhibits the nucleation of calcite, which creates favorable conditions for the formation of aragonite. • The continuous evolution and improvement of aragonite crystal structure promote the outward migration of silica gel, which enhances the reactivity of aragonite whisker-rich material.
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