Sentence examples for preferable structure from inspiring English sources
Stability of networks provides a preferable structure for firms to gain higher profits.
Therefore, calculating Eform of each defective structure can give information about which vacancy is an energetically preferable structure.
This indicates that the fully connected network is a socially preferable structure regardless of the number of firms in the market.
To check the correctness of the preferable structure the 13C and 1H spectra can be calculated for the first 20 50 structures from the ranked file with the use of the fragment method [23].
If the difference between the deviations calculated for the first and second ranked structures is small [d(2) - d(1) < 0.2 ppm] then the final determination of the preferable structure is performed by the expert.
We applied this approach to a weaning weight data set of the Bruna dels Pirineus beef cattle, comparing several structures of genetic groups, and the final results showed that the preferable structure was an only group for unknown dams and different groups for unknown sires for each year of calving.
Open circuit voltage measurements showed that the vanadium redox flow battery (VRFB) assembled with this new AIEM maintained the value above 1.3 V after a period of 30 h, which was much longer than that with the Nafion117 membrane, suggesting this approach is effective for imparting preferable structure-properties to the membrane for VRFB.
The curves demonstrate low (r = 1 to 100 nm) and rapid increase of pore volume (r > 100 nm), indicating preferable macroporous structure of the membranes.
Thus, due to the composite combinations (hypotheses over hypotheses with cascade interlaces, as in the cases of hypotheses H9,…, H12), the proper selection of the preferable implementation structure cannot be cast as an analytically tractable closed-form optimization problem.
In conclusion, the aligned nanofiber scaffold used in this study constitutes a promising base material for tissue-engineered ligament in that it provides more preferable biomimetic structure, along with proper mechanical environment.
Some synergetic features of mutual enhancement of anodic formaldehyde oxidation and cathodic Cu II) reduction half-reactions in electroless copper plating are discussed in terms of both an oxygen-containing Cu(I) intermediate and preferable surface structure formation.
