Fig 1.
Grain grading curve.
Fig 2.
Air-dried ground soil sample.
Table 1.
Physical properties of the silty clay.
Fig 3.
Microbial freeze-dried powder and bacterial culture solution.
Fig 4.
a. Water mixed with glutinous rice flour. b. Boiled and cooled glutinous rice paste.
Fig 5.
a. FE-38. b. Reaction liquid to be measured (A, B).
Fig 6.
Plot of conductivity versus time.
Table 2.
Test ratio of each group.
Fig 7.
Soil samples used in the tests.
Fig 8.
Unconfined compression test.
Fig 9.
Strength curve of soil with different glutinous rice paste contents and 0.6 mol/L cementing solution.
Fig 10.
Strength curve of soil with different glutinous rice paste contents and 0.8 mol/L cementing solution.
Fig 11.
Strength curve of soil with different glutinous rice paste contents and 1 mol/L cementing solution.
Fig 12.
Strength curve of soil with different glutinous rice paste contents and no cementing solution.
Fig 13.
Strength curve of soil with different cementing solution concentrations and a glutinous rice paste content of 0%.
Fig 14.
Strength curve of soil with different cementing solution concentrations and a glutinous rice paste content of 3%.
Fig 15.
Strength curve of soil with different cementing solution concentrations and a glutinous rice paste content of 5%.
Fig 16.
Strength curve of soil with different cementing solution concentrations and a glutinous rice paste content of 7%.
Fig 17.
Strength curve of soil with different cementing solution concentrations and a glutinous rice paste content of 10%.
Fig 18.
a. No cooked glutinous rice paste. b. Containing cooked glutinous rice paste.
Fig 19.
SEM images of samples with different concentrations of cooked glutinous rice paste and a cement content of 0.6 mol/L.
a. sample AO. b. sample A1. c. sample A2.
Fig 20.
SEM images of single variable silty clay.
A. With cooked glutinous rice paste added. B. With bacterial liquid added.
Fig 21.
SEM images of samples with different concentrations of cooked glutinous rice paste and a cement content of 0.6 mol/L.
a. sample A1. b. sample A2.