27 Shanda Nanlu
South Rd.
Jinan, SD 250100
China
Shandong University
solid waste, calcination, anti-erosion, phase composition, microstructure
solid wastes, red mud, geopolymer cementitious material, rheology
red mud, geopolymer, Heavy metals, immobilization mechanism, mechanical strength
red mud, Geopolymer, Heavy metals, immobilization mechanism, mechanical strength
Red mud, Water-retaining agents, Rheological characteristics, Hydration process, Mechanical strength
red mud, Geopolymer, heavy metals, immobilization mechanism, mechanical strength
Bayer red mud, geopolymer cementitious material, low-field nuclear magnetic resonance, Rheology, geopolymerisation kinetics
Industrial solid waste, shield muck, Alkali-salt activation, Micro-solidification mechanism, Unconfined compressive strength
Geopolymers, Low-heat Portland cement, red mud, Hydration, Curing temperature, microstructure
Alkali-salt composite activation, Repair mortar, Volume stability, Mechanical strength, Inhance mechanism
