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<div><p>Alkali-activated geopolymer materials, derived predominantly from industrial byproducts such as fly ash and slag, represent a sustainable alternative to Portland cement for applications including anti-seepage grouting, road construction, and high-strength concrete. This study sys...

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Bibliographic Details
Main Author:	Zhuo Jin (6458966) (author)
Other Authors:	Aimin Gong (82052) (author), Yier Huang (22783691) (author), Yulin Peng (575614) (author), Kang Yong (12267506) (author), Shanqing Shao (22783694) (author)
Published:	2025
Subjects:	Biochemistry Developmental Biology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified resultant mortar systems oh )&# 8322 initial setting time final setting time dependent reactivity trends denser pore structures corresponding flexural strengths applications including anti alkaline activator type 94 &# 8201 92 &# 8201 65 &# 8201 600 &# 8201 45 &# 8201 23 &# 8201 activated geopolymer materials study systematically investigates sem ), x enhanced reaction completeness xlink "> alkali fly ash activated mortar strength development fly ash study provides strength concrete reaction products ia ), activated slag theoretical insights technical guidance sustainable alternative sustainable alkali strategic selection seepage grouting road construction ray diffraction portland cement phase distribution phase composition microstructural evolution isothermal calorimetry iso method industrial byproducts findings demonstrate effectively tailored derived predominantly curing ages based mortars
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