Sentence examples for energetic expansion from inspiring English sources

The most energetic expansion is coming from big banks such as Citigroup and Bank of America, although Washington Mutual and TCF are also pushing hard.

Cameron (1983) suggested the possibility that impacts would cause the loss of planetary atmospheres: hypervelocity impact events create cloud of rock vapor that could blow off a fraction of the planetary atmosphere via energetic expansion of the vapor cloud.

Prokaryotes can be expanded to eukaryotic volume via extreme polyploidy [ 23], but cytoplasmic inheritance is strictly necessary for energetic expansion, as it alone enables the loss of the vast majority of endosymbiont genes, while retaining the few genes needed to maintain control over oxidative phosphorylation across a wide membrane area [ 34].

They were among the first and most energetic missionaries in the "expansion of Europe" under the Spanish and Portuguese explorers and later under the French.

Because running in a space suit has a lower cost of transport (energy/distance) than walking [2], [3], lowering the walk-run transition may provide energetic benefits that permit expansion of the region able to be explored during an EVA.

With that business expansion has come energetic population growth: according to United States Census numbers, in the past 10 years, San Antonio has added more people within its city boundaries than any other major city in the state.

Thanks to John's energetic campaigning, Turkish attempts at expansion in Asia Minor were halted, and John prepared to take the fight to the enemy.

The reason for the apparent enhancement of the chemical activity of ununoctium relative to radon is an energetic destabilization and a radial expansion of the last occupied 7p-subshell.

Using this concept, we can examine two critical components of a range expansion/shift scenario: the energetic impact of the transition from old to new geographic range, and the energetic advantages or disadvantages associated with phenotypic variation that might be present in the pioneering individuals.

Although the selectivity values obtained are greater than 96%, the pressure is wasted on the valve expansion decreasing the global energetic efficiency of the process.

An approach is presented for modeling the thermal expansion boundary layer in energetic materials such as solid propellants and explosives during their combustion.