Sentence examples for Unified dependence from inspiring English sources

It was shown that the soot yield dependence of ethylene flames does not conform to the unified dependence on pressure which was demonstrated for gaseous alkane fuels recently.

Results of whey ultrafiltration experiments conducted on a pilot scale membrane rig were used to establish a unified model for the time dependence of permeate flux during long-term ultrafiltration.

Finally, the evolution of the normalized, averaged, displacement flame speed vs. stretch Karlovitz number are found to collapse on a narrow band, suggesting that a unified description of flame speed dependence on stretch rate may be possible in the Lagrangian description.

Unfortunately, it is rarely if ever possible to construct a unified global model for the dependence of σu on X.

Our unified framework exploits both sparsity and dependence among the features of shape descriptors in a bid to design robust shape signatures that are effective in discriminating between shapes from different classes.

We investigated the unified characteristics of frequency and distance dependences in both apparent P- and S-wave radiation patterns during local crustal earthquakes.

It started from perhaps unexpected quarters, as Poland sought a unified European response to concerns about their excessive dependence on Russian gas.

Poking a little deeper into the issue, the report notes that the four causes of the lagging readiness rate are "(1) the lack of a single unified force; (2) sectarian and militia influences; (3) continued dependence on U.S. and coalition forces for logistics and combat support; and (4) training and leadership shortages".

Moreover, they were able to provide a unified quantitative structural explanation for the sequence and the methylation dependence of DNA nicking by DNase I. Briefly, variations in sequence lead to variations in the detailed 3D geometry of the DNA molecule.

The result is a concrete and unified molecular model that for the first time explains the pH dependence of catalysis by StEH1, its regiopreference, and changes in activity and selectivity upon mutation.

The obtained dependence of burn rate on burn surface temperature fits the unified gasification law for nitramines.