Table 2.

Basic thermal properties of the prepared materials for the as-molded and annealed samples.

Sample	Molded			Annealed
	$\Delta {\mathit{H}}_{\mathit{c}\mathit{c}} (\mathbf{J}/\mathbf{g})$	$\Delta {\mathit{H}}_{\mathit{m}} (\mathbf{J}/\mathbf{g})$	${\mathit{X}}_{\mathit{c}} (\%)$	$\Delta {\mathit{H}}_{\mathit{c}\mathit{c}} (\mathbf{J}/\mathbf{g})$	$\Delta {\mathit{H}}_{\mathit{m}} (\mathbf{J}/\mathbf{g})$	${\mathit{X}}_{\mathit{c}} (\%)$
PLA-based blends
PLA	33.8	42.6	9.4	-	43.7	45.9
PLA/EBA20	32.6	33.3	0.9	-	35.2	46.4
PLA/EBA20+CE	31.6	32.1	0.7	-	33.7	44.9
POM-based blends
POM	-	130.5	40.0	-	131.5	40.3
POM/EBA20	-	103.2	39.6	-	107.6	41.2
POM/EBA20+CE	-	96.8	37.1	-	101.8	39.0
POM/PLA-based blends (PLA phase crystallinity)
POM50/PLA50	11.4	87.2	22.7 *	-	101.6	76.5 *
PLA50/PLA50+CE	10.2	93	37.5 *	-	91.5	55.0 *
PLA540/PLA40/EBA20	15.5	76.6	23.6 *	-	76.6	64.2 *
PLA540/PLA40/EBA20+CE	13.6	73	19.1 *	-	80.7	74.9 *

$\Delta H_{cc}$, cold crystallization enthalpy; $\Delta H_m$, melting enthalpy; $X_c$, crystallinity. * calculated PLA crystallinity, assuming constant crystallinity of the POM phase.