Table 2.

Release kinetic parameters of fragrances from different carriers in isothermal TGA conditions and the correlation coefficients to the mathematical models ^a.

Entry	Samples	Kinetic Model b	R 2	k (h−1)	t50% (h)	n
1	Lim@MSN	first-order	0.9802	0.4981	1.86	–
2	Myr@MSN		0.9835	0.7125	1.26	–
3	Cym@MSN		0.9820	0.5631	1.61	–
4	Lim@E-PMO	Weibull	0.9900	0.4287	2.43	0.5895
5	Myr@E-PMO		0.9958	0.2930	2.23	0.4810
6	Cym@E-PMO		0.9947	0.1377	3.67	0.4624
7	Lim@P-PMO		0.9966	0.0203	16.20	0.3590
8	Myr@P-PMO		0.9991	0.0064	16.92	0.3970
9	Cym@P-PMO		0.9998	0.0309	17.56	0.6576

^a The experiments were performed using a thermogravimetric analyzer at 30 °C and a N₂ flow of 1.0 mL min⁻¹. k and t_50% represent the release rate constant and the times required for the release of 50% of the fragrance, respectively. ^b R², the values of the correlation coefficient to the mathematical model; n, the exponent in the Weibull equation.