Table 1.

Transit time moment ratios found in Brownian dynamics simulations for a tube formed by cylindrical compartments at ν=a∕R=0.3 and l∕R=2. Different numbers of the transit times N were used to find the moments at different values of the driving force: N×10⁶=1 (βFR=0,1), 8 (βFR=10), 20 (βFR=10²), 3×10² (βFR=10³), 10³ (βFR=10⁴), and 7×10³ (βFR=10⁵).

βFR	$⟨{\tau }_{\text{cc}}^2⟩∕{⟨{\tau }_{\text{cc}}⟩}^2$	$⟨{\tau }_{\text{cc}}^3⟩∕{⟨{\tau }_{\text{cc}}⟩}^3$	$⟨{\tau }_{\text{cc}}^4⟩∕{⟨{\tau }_{\text{cc}}⟩}^4$
0	1.79	4.76	16.9
1	1.71	4.22	13.7
10	1.69	4.28	14.4
102	5.00	44.6	540
103	31.2	1.8×103	1.3×105
104	260	1.2×105	7.5×107
105	2.5×103	1.1×107	6.4×1010