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In situ self-constructing superhydrophobic foam concrete driven by CO2 activation: Towards intelligent self-protective response
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DOI：10.1016/j.cemconcomp.2026.106642.png)
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Abstract
En 中文
• Foam concrete with self-constructed superhydrophobicity was developed by a one-step method • PMS hydrolyzed under CO2 and bonded with C-S-H contributed to the superhydrophobicity • PMS/C-S-H hydrophobic gels enhanced the robustness of superhydrophobicity • The surface possessed excellent chemical durability and carbonation resistance
Keywords:
superhydrophobic foam concrete
CO2 activation
PMS/C-S-H hydrophobic gels
chemical durability
carbonation resistance
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13.1
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5.4K
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