Table 4.

Tabularized values of apparent activation energy assigned to the decomposition steps calculated with the use of Broido’s method [39]; ${\mathrm{E}}_{{\mathrm{A}}_1}$—apparent activation energy of cellulose degradation, ${\mathrm{E}}_{{\mathrm{A}}_2}$—apparent activation energy of polymer matrix decomposition.

Sample	${\mathbf{E}}_{{\mathbf{A}}_1}(\mathbf{kJ}/\mathbf{mol})$	${\mathbf{E}}_{{\mathbf{A}}_2}(\mathbf{kJ}/\mathbf{mol})$
TOPAS	---------	225 ± 3
TOPAS + UFC100/D/1440	189 ± 2	232 ± 2
TOPAS + UFC100/ND/MA/0	167 ± 2	232 ± 3
TOPAS + UFC100/ND/MA/1/H	186 ± 3	218 ± 4
TOPAS + UFC100/ND/MA/1/E	174 ± 2	228 ± 3
TOPAS + UFC100/ND/MA/2/H	176 ± 2	224 ± 3
TOPAS + UFC100/ND/MA/2/E	172 ± 2	234 ± 3
TOPAS + UFC100/ND/1/H	230 ± 2	243 ± 2
TOPAS + UFC100/ND/1/E	193 ± 2	213 ± 3
TOPAS + UFC100/D/MA/0	195 ± 2	224 ± 3
TOPAS + UFC100/D/MA/1/H	195 ± 2	233 ± 2
TOPAS + UFC100/D/MA/1/E	184 ± 3	235 ± 3
TOPAS + UFC100/D/MA/2/H	183 ± 2	213 ± 3
TOPAS + UFC100/D/MA/2/E	194 ± 1	234 ± 3
TOPAS + UFC100/D/1/H	194 ± 2	217 ± 3
TOPAS + UFC100/D/1/E	194 ± 2	235 ± 3