Sentence examples for backbone of the truncated from inspiring English sources
Open image in new window Fig. 19 Sub-network equivalent permeability (K b) normalized by the equivalent permeability of the original fracture network (K o), plotted against the length of the backbone of the truncated fracture network (l b) normalized by the total length of the original fracture network (l o): aperture is proportional to fracture length.
Open image in new window Fig. 5 Length of the backbone of the truncated fracture network (l b) normalized by the total length of the original fracture network (l o) plotted against percentage of eliminated fractures, for power-law aperture distributions with exponent α = 1.001 to 6. Average trend curve for 100 realizations is shown for each value of α.
Particularly, when the power-law aperture distribution exponent α = 1.001, the cumulative length of the conducting backbone of the truncated fracture network which retains 90% of the original-network equivalent permeability is roughly 30% of the total fracture length of the original fracture network.
Open image in new window Fig. 2 Sub-network equivalent permeability (K b) normalized by the equivalent permeability of the original fracture network (K o), plotted against the length of the backbone of the truncated fracture network (l b) normalized by the total length of the original fracture network (l o): power-law aperture distributions with α = 1.001 (a), α = 2 (b), α = 6 (c).
Open image in new window Fig. 12 Sub-network equivalent permeability (K b) normalized by the equivalent permeability of the original fracture network (K o), plotted against the length of the backbone of the truncated fracture network (l b) normalized by the total length of the original fracture network (l o): log-normal aperture distributions with σ = 0.1 (a), σ = 0.4 (b), σ = 0.5 (c).
Open image in new window Fig. 23 Sub-network equivalent permeability (K b) normalized by the equivalent permeability of the original fracture network (K o), plotted against the length of the backbone of the truncated fracture network (l b) normalized by the total length of the original fracture network (l o) for power-law aperture distributions with α = 1.001 (a), α = 2 (b), α = 6 (c).
Figure 5 shows that when fractures are deleted according to flow simulation results, the cumulative length of the conducting backbone of truncated fracture networks decreases almost linearly.
The substrate, truncated at the N′ KEE, was modeled using the backbone of the polyproline Slp-76 motif and was placed such that the Cβ−Oγ bond of Ser overlaps the sulfonate bond of the HEPES molecule of 1H8F.
"The army is the backbone of Syria, the backbone of the government," she said.
