ABC	adipol-bis-caprolactam;
AROP	anionic ring opening polymerization;
C8H13NO2	N-acetylcaprolactam;
CFD	computational fluid dynamic;
CL	caprolactam;
DEA	Dielectric Analysis;
DSC	Differential Scanning Calorimetry;
EtMgBr	ethyl magnesium bromide;
HCC	hexamethylene-1,6-bis(carbamidecaprolactam);
HMDI	hexamethylenediisocyanate;
KL	potassium salt of lactam;
LCM	liquid composite molding;
LiL	lithium salt of lactam;
NaH	sodium hydrate;
NMR	Nuclear Magnetic Resonance;
PA	polyamide;
T-RTM	thermoplastic resin transfer molding;
XRD	X-Ray Diffraction;
$\frac{1}{V}·\frac{\partial V}{\partial P}$	compressibility factor;
${\alpha }_{\infty }$	the degree of crystallinity at the termination of the crystallization process;
[A]	activator concentration;
[I]	initiator concentration;
[M0]	initial monomer concentration;
$∆H_c$	crystallization enthalpy;
$∆H_p$	polymerization enthalpy;
$∆{\nu }^{*}$	activation volume for the reaction;
a	thermal diffusivity;
C	heat capacity;
E	activation energy of the process;
ms	sample mass;
Mw	molecular weight of the polymer;
P	pressure;
P 0	reference pressure;
Q	thermal effect of the reaction;
R	universal gas constant;
T	processing temperature;
t 0	characteristic crystallization time;
Tc	crystallization temperature;
Tm	melting temperature of the polymer;
Tp	polymerization temperature;
Tref	reference temperature;
α	degree of crystallinity;
αeq	equilibrium degree of crystallinity;
β	conversion degree;
γg, γ	reaction ratio of the monomer at gelation and at any time up to gelation;
η	viscosity;
η 0	viscosity of the monomer;
θ	crystallization induction period.