NdV3	Neodymium versatate.
DIBAH	Diisobutylaluminum hydrade.
Me2SiCl2	Dimethyldichlorosilane.
Np	Number of polymer chains per neodymium atom.
M	β-myrcene monomer.
C-hex	Cyclohexane.
[M]0	β-myrcene monomer concentration at t = 0.
Nd	Neodymium catalyst.
[Nd]0	Neodymium catalyst concentration at t = 0.
AlRx	Alkyl-aluminum cocatalyst (chain transfer agent during polymerization).
[AlRx]0	Chain transfer agent concentration at t= 0.
RHCl2	Halide donor.
[RHCl2]0	Halide donor concentration at t= 0.
Mn	Number average molecular weight.
Mw	Weight average molecular weight.
Mn x	Number average molecular weight generated by the active centers of type x (x = I or II).
Mw x	Weight average molecular weight generated by the active centers of type x (x= I or II).
$Đ , \frac{M_w}{M_n}$	Dispersity index.
MWD	Molecular Weight Distribution.
C I*, C II*	Active centers of type I and of type II, * denotes highly unstable species.
PnI, PnII	Type I and Type II propagating polymer chain of length n, active chains.
Pn Al I	Inactive chains for monomer insertion located on aluminum, dormant polymer of type I.
Pn Al II	Inactive chains for monomer insertion located on aluminum, dormant species of type II.
DnI, DnII	Type I and Type II inactive species, dead polymer.
kapp	Apparent rate constant of propagation.
R	Universal gas constant.
T	Absolute temperature.
A0	Pre-exponential factor.
Ea	Activation energy.
kin,I	Initiation rate constant for type I species.
kin,II	Initiation rate constant for type II species.
kp,I	Propagation rate constant for type I species.
kp,II	Propagation rate constant for type II species.
ktrc,I	Chain transfer to cocatalyst rate constant for type I species.
ktrc,II	Chain transfer to cocatalyst rate constant for type II species.
kda1,I	Deactivation rate constant of type I active centers.
kda1,II	Deactivation rate constant of type II active centers.
kda1,I	Deactivation rate constant of the type I propagating polymer.
kda1,II	Deactivation rate constant of the type II propagating polymer.
ktr	Rate constant for the reversible transfer forward.
ktr1	Rate constant for the reversible transfer backward.
${\mu }_k{}^I$	k-th moment for the active polymer of type I.
${\nu }_0{}^I$	k-th moment for the dead polymer of type II.
${\mu }_k{}^{II}$	k-th moment for the active polymer of type II.
${\beta }_k{}^{II}$	k-th moment for the dormant polymer of type II.
${\nu }_0{}^{II}$	k-th moment for the dead polymer of type II.
$N{p}_{Exp}$	“Experimental” average number of polymer chains produced by single neodymium atom.
$M_{n Theo}$	Number average molecular weight obtained if each neodymium atom were to generate a polymer chain.
$M_{n Exp}$	Number average molecular weight experimentally determined by GPC.
$M_{n Model}$	Number average molecular weight obtained by the model.
EGF	End-Goup Functionality.
EGFII	End-Goup Functionality for polymer chains of Type II.
Rj2	Coefficient of determination.
$S{S}_{Tot}^J$	Sum of squared deviations between predicted values at the time i and the average experimental values for a specific characteristic j.
SSE	Sum of squared errors.
S	Standard deviation.
$S{S}_{Res}^J$	Sum of squared deviations between predicted values at the time i and the experimental values at the time i for a specific characteristic j.
$S{S}_{Tot}^J$	Sum of squared deviations between predicted values at the time i and the average experimental values for a specific characteristic j.
Log1M	The logarithm of the molecular weight corresponding to the slice retention time (averaged).
$\mathrm{d}W/\mathrm{d} \mathrm{Log} M$	Normalized distribution of molecular weights, derivative of Weight fraction with respect to logarithm of molar Mass.