. 2021 Aug 13;6(33):21702–21708. doi: 10.1021/acsomega.1c03157

Table 3. Fluorescence Quantum Yield (Φ_f) and Fluorescence Lifetime (τ) of Acr with and without Clays in Water^a.

		quantum yield			fluorescence lifetime/ns
compound	clay minerals	Φ_f^W	Φ_f^C	Φ_f^C/Φ_f	τ^W	τ^C	τ^C/τ^W
Acr⁺	Sap1.2	0.173	0.072	0.42	30.2	28.2	0.93
PhAcr⁺	Sap1.0	0.0065	0.118	18.1	1.55	14.5	9.4
PhAcr⁺	Sap1.2	0.0065	0.137	21.1	1.55	15.8	10.2
PhAcr⁺	Sap1.4	0.0065	0.144	22.2	1.55	15.1	9.7
PhAcr⁺	Sap1.6	0.0065	0.148	22.3	1.55	16.1	10.4

Φ_f^W and Φ_f are the Φ_f values of Acr in water and on the clay surface, respectively. τ^W and τ^C are the τ values of Acr in water and on the clay surface, respectively.

Table 3. Fluorescence Quantum Yield (Φf) and Fluorescence Lifetime (τ) of Acr with and without Clays in Watera.

Table 3. Fluorescence Quantum Yield (Φ_f) and Fluorescence Lifetime (τ) of Acr with and without Clays in Water^a.