Table 1. Gelation properties of three amphiphiles-GO composites at room temperature.
Solvents | C16Py-GO | BPy-GO | CTAB-GO |
DMF | G(5.0) | G(5.0) | G(3.0) |
Acetonitrile | I | I | I |
Ethanol | I | I | I |
n-Propanol | I | I | I |
n-Butanol | I | I | I |
n-Pentanol | I | I | I |
Isopropanol | I | I | I |
Isoamyl alcohol | I | I | I |
Cyclopentanone | I | G(5.0) | G(3.0) |
Cyclohexanone | I | I | G(3.0) |
Benzene | I | I | I |
Toluene | I | I | I |
Nitrobenzene | I | I | I |
Aniline | I | I | I |
Ethyl acetate | I | I | I |
n-Butyl acrylate | I | I | I |
n-Hexane | I | I | I |
1,4-Dioxane | I | I | G(3.0) |
THF | G(3.0) | G(3.0) | G(3.0) |
Pyridine | G(3.0) | I | I |
DMF, dimethylformamide; THF, tetrahydrofuran; G, gel; I, insoluble; for gels, the critical gelation concentrations of amphiphiles with GO (10 mg/mL) at room temperature are shown in parentheses, [%(w/v)].