The phrase "atmospheric up" is not correct and does not convey a clear meaning in written English.
It may be intended to describe an increase in atmospheric conditions or mood, but without context, it is ambiguous.
Example: "The weather forecast indicates that the atmospheric up will lead to a more pleasant day."
Alternatives: "elevated atmosphere" or "uplifted ambiance".
Lühr et al. (2004) found density enhancements of almost a factor of two at about 450-km altitude when the satellite passed the cusp region, suggesting atmospheric up-welling caused by local Joule heating in the cusp region.
It includes a halt to global emissions growth by 2020, followed by rapid global emissions reductions, and a massive program to remove carbon from the atmosphere, resulting in net negative emissions — atmospheric clean-up — by late in the century.
"No other continent has this combination of atmospheric set-up and topography", says Fasullo. "Only in Australia could the atmosphere carry such heavy tropical rains to such a large area, only to have those rains fail to make their way to the ocean".
Some achieved this better than others, with many of these bands, like GY BE, being a little overreliant on atmospheric build-ups exploding into waves of jubilant noise.
"There's quite a favourable atmospheric set-up for severe thunderstorms on both days so there's quite a good chance that at least some of these thunderstorms would have become severe by the time they reach Sydney," bureau forecaster Rebecca Kamitakahara said.
The rest contributes to the atmospheric build-up of greenhouse gas that has climate scientists envisioning global catastrophe.
He said although the tracks are "catchy and occasionally compelling, they're essentially identical and formulaic, as the atmospheric build-ups and soaring riffs make way for boring breakdowns.
IGN's Matt Wales rated the episode 8 out of 10, and thought that "even less actually happened" than the previous episode, though he enjoyed the "atmospheric build-up and more thoughtful tone".
Power law correlations have been developed for laminar burning speeds of smooth H2/CO/air flames over a wide range of temperatures (298 K up to 617 K), pressures (from sub-atmospheric up to 5.5 atm), equivalence ratios (0.6 5) and three different hydrogen concentrations of 5%, 10%and25%5%, respectively.
Previous modeling studies, however, have not self-consistently incorporated actual day-to-day meteorological variations in the lower atmosphere, which drive various atmospheric waves propagating up to the thermosphere.
