. 2014 Oct 6;4:6529. doi: 10.1038/srep06529

Table 2. Comparison of the growth velocities v_g obtained from (a) the evolution of the number of crystalline-like particles (see also Fig. 3; in this Table the average values of v_g are shown), (b) the product λk⁺·S and (c) Wilson-Frenkel (WF) formula. The value of λ = 1.7 Å is obtained by comparing the first and second approach at T = 585 K. We also assume that the quantity entering the WF formula is equal to λ.

Temperature [K]	585	543	503	455
simulations
v_g [m/s]	7.80	7.28	6.68	5.33
v_g = λk⁺·S
τ [ps]	8.30	11.27	14.37	20.15
k⁺	0.1204	0.0884	0.0696	0.0496
S	0.38	0.44	0.46	0.50
v_g [m/s]	7.80	6.62	5.44	4.22
WF formula
D [×10⁻¹⁰ m²/s]	4.97	3.27	1.72	1.00
	0.54	0.62	0.68	0.75
v_g [m/s]	9.51	7.11	4.12	2.63