The thermodynamic properties of the studied system.

System	Temp (K)	ΔG° (kJ mol−1)	ΔH° (kJ mol−1)	ΔS° (J mol−1 K−1)	Ref.
CFH + CTAB	298.15	−48.60	3.47	174.64	53
	303.15	−49.50	−9.14	140.16
	308.15	−49.10	−20.94	115.38
CFM + CTAB	303.2	−46.94	−1.32	153.0	57
	308.2	−47.79	−4.60	142.4
	313.2	−47.67	−7.92	129.0
CFM + SDS	293.2	−32.06	7.38	129.3
	303.2	−31.76	5.51	121.9
	313.2	−33.46	3.36	112.4
TTAB + PMH + NaCl	300.55	−43.75	−12.52	103.89	30
	305.55	−44.18	−13.73	99.65
	310.55	−44.99	−15.14	96.12
TTAB + PMH + Na2SO4	300.55	−45.89	14.72	201.67
	305.55	−46.61	19.36-	215.90
	310.55	−45.89	23.53	223.52
TTAB + CFH + NaCl	295.15	−42.76	8.11	172.37	69
	300.15	−43.07	−0.94	140.38
	305.15	−44.91	−10.68	112.15
TTAB + CFT	300.15	−33.23	−0.90	107.70	71
	305.15	−35.15	17.92	56.49
	310.15	−36.63	−36.76	−0.42
TTAB + CFT + EtOH	300.15	−36.32	12.50	162.64
	305.15	−36.17	12.35	159.00
	310.15	−37.01	12.51	159.66
TTAB + LFH	298.15	−41.03	−32.99	26.98	62
	303.15	−40.83	−37.28	11.71
	308.15	−42.32	−43.47	−37.13
TTAB + LFH + EtOH	298.15	−38.81	−55.61	−56.35
	303.15	−39.22	−55.76	−54.53
	308.15	−37.83	−52.30	−46.96