Table 1. Values of Physical Parameters Characterizing the Melts of Polymers Studied in This Paper^a.

κbend	acc. rate	⟨ cos θ⟩lin	⟨ cos θ⟩ring	⟨b⟩/a	lK/a	ρKlK3	Le/a	Ne	dT/a	τe/τMC(×104)
0	0.069	0.187	0.171	0.731	1.440	2.679	58.738	80.379	3.755	15.0
1	0.048	0.476	0.447	0.696	2.194	5.920	20.708	29.764	2.752	5.2
2	0.036	0.670	0.635	0.669	3.393	13.620	8.759	13.088	2.226	2.8

^aa is the unit distance of the fcc lattice, and the monomer number per unit volume is ρa³ ≃ 1.77 (Section 3.2). (i) κ_bend, bending stiffness parameter (eq 16); (ii) acceptance rate of the kMC algorithm; (iii, iv) ⟨cos θ⟩^lin/ring, mean value of the cosine of the angle between two consecutive bonds along the linear/ring polymer (eq 16); (v) ⟨b⟩, mean bond length; (vi) _K, Kuhn length (eq 18); (vii) , number of Kuhn segments per Kuhn volume;⁶¹ (viii) L_e, entanglement length (eq 19); (ix) N_e ≡ L_e/⟨b⟩, number of bonds per entanglement length; (x) , diameter of the effective tube confining polymer chains in the melt; (xi) τ_e, entanglement time.