Table 3.

Kinetic triplet for the thermal decomposition of the as-prepared composites.

Sample	Isoconversional Method		Eα (kJ/mol)	Log (A(s−1))	g(α)
HNTO/NC 1st step	TAS		139.49 ± 12.40	11.95 ± 2.84	G1 = 1 − (1 − α)2
	it-KAS		139.54 ± 12.45	11.83 ± 2.83	G1 = 1 − (1 − α)2
	VYA/CE	β = 10 °C/min	139.49 ± 12.35	11.89 ± 1.30	/
		β = 15 °C/min		11.93 ± 1.30	/
		β = 20 °C/min		11.89 ± 1.30	/
		β = 25 °C/min		11.85 ± 1.30	/
HNTO/NC 2nd step	TAS		157.96 ± 9.55	13.25 ± 1.35	A5/2 = [−ln(1 − α)]2/5
	it-KAS		157.97 ± 9.55	13.11 ± 1.34	A5/2 = [−ln(1 − α)]2/5
	VYA/CE	β = 10 °C/min	157.96 ± 9.37	13.15 ± 1.21	/
		β = 15 °C/min		13.18 ± 1.25	/
		β = 20 °C/min		13.20 ± 1.24	/
		β = 25 °C/min		13.22 ± 1.20	/
HNTO/NC 3rd step	TAS		165.93 ± 11.06	13.45 ± 1.86	A3 = [−ln(1 − α)]1/3
	it-KAS		165.96 ± 11.05	13.30 ± 1.85	A3 = [−ln(1 − α)]1/3
	VYA/CE	β = 10 °C/min	165.94 ± 8.67	13.41 ± 1.60	/
		β = 15 °C/min		13.32 ± 1.62	/
		β = 20 °C/min		13.38 ± 1.58	/
		β = 25 °C/min		13.35 ± 1.59	/
HNTO/NMCC 1st step	TAS		119.5 ± 7.85	10.27 ± 1.22	G1 = 1 −(1 − α)]2
	it-KAS		119.5 ± 7.90	10.20 ± 1.21	G1 = 1 −(1 − α)]2
	VYA/CE	β = 10 °C/min	119.5 ± 8.70	10.13 ± 0.93	/
		β = 15 °C/min		10.23 ± 0.98	/
		β = 20 °C/min		10.20 ± 0.95	/
		β = 25 °C/min		10.14 ± 0.91	/
HNTO/NMCC 2nd step	TAS		125.4 ± 9.90	10.32 ± 1.80	A5/2 = [−ln(1 − α)]2/5
	it-KAS		125.5 ± 9.95	10.20 ± 1.73	A5/2 = [−ln(1 − α)]2/5
	VYA/CE	β = 10 °C/min	125.5 ± 10.83	10.24 ± 0.89	/
		β = 15 °C/min		10.30 ± 0.93	/
		β = 20 °C/min		10.27 ± 0.94	/
		β = 25 °C/min		14.24 ± 0.92	/
HNTO/NMCC 3rd step	TAS		133.08 ± 11.15	10.34 ± 1.70	A4 = [−ln(1 − α)]1/4
	it-KAS		133.11 ± 11.70	10.22 ± 1.62	A4 = [−ln(1 − α)]1/4
	VYA/CE	β = 10 °C/min	133.10 ± 11.65	10.25 ± 1.02	/
		β = 15 °C/min		10.37 ± 1.11	/
		β = 20 °C/min		10.35 ± 1.08	/
		β = 25 °C/min		10.26 ± 1.06	/