142
M. Jasiurkowska-Delaporte
Fig. 16 Kissinger and Augis and Bennett plots as indicated for the crystallization process observed
for BBOA upon cooling. Adapted with permission from [15] (according to an open access Creative
Commons CC BY license)
Fig. 17 a Analysis of DSC data obtained for the non-isothermal melt crystallization in SmB cr of
BBOA according to Ozawa and b according to Mo: plots of logφ versus logt for a fixed degree
of crystallinity D during non-isothermal crystallization in the SmB phase. The inset presents logF
versus the crystallinity D. Adapted from [15] (according to an open access Creative Commons CC
BY license)
Finally, the non-isothermal crystallization process was analyzed according to Mo
et al. [49, 50] which combines the Ozawa and Avrami equations as below:
log Z (t) − n o log φ = log k + n A log t
(17)
M. Jasiurkowska-Delaporte
Fig. 16 Kissinger and Augis and Bennett plots as indicated for the crystallization process observed
for BBOA upon cooling. Adapted with permission from [15] (according to an open access Creative
Commons CC BY license)
Fig. 17 a Analysis of DSC data obtained for the non-isothermal melt crystallization in SmB cr of
BBOA according to Ozawa and b according to Mo: plots of logφ versus logt for a fixed degree
of crystallinity D during non-isothermal crystallization in the SmB phase. The inset presents logF
versus the crystallinity D. Adapted from [15] (according to an open access Creative Commons CC
BY license)
Finally, the non-isothermal crystallization process was analyzed according to Mo
et al. [49, 50] which combines the Ozawa and Avrami equations as below:
log Z (t) − n o log φ = log k + n A log t
(17)