However, when the dosage of TEA was too high, the alkalinity in the pore solution of the SGP-solidified soil was too high, and the prematurely generated gels attached to the surface of the unhydrated particles [ 55 , 56 ], which inhibited the continued dissolution of the SGP ternary precursor particles and led to a decrease in the amount of hydration products, thus resulting in a decreasing trend in the UCS of the SGP-solidified soil. 3.5.
← all excerpts
The Design of a Novel Alkali-Activated Binder for Solidifying Silty Soft Clay and the Study of Its Solidification Mechanism.
1
—
—