Sentence examples for large-scale waves from inspiring English sources

Since these are typical signatures of TADs, the present data set confirms the idea that a significant part of the upper atmosphere storm energy is transported from high to low latitudes by large-scale waves.

Gardner & Shunk [6] as well as Vadas [25] classify these large-scale waves as atmospheric gravity waves.

Although it occurs in the tropics, the QBO affects global weather through teleconnections: interactions with large-scale waves in the stratosphere that project its influence to higher latitudes.

So, the large-scale waves and periodicities that appear in Figure 2 are believed to be associated with both variabilities of tides and PWs from the lower atmosphere.

Shear flow in the lower F region of the equatorial ionosphere could be the source of large-scale waves or Kelvin Helmholtz instabilities (Hysell and Kudeki 2004).

In contrast to the large-scale waves, these medium-scale waves were not so dissipated and propagated at least for a distance greater than 1,500 km from the ionospheric epicenter.

Laboratory data from small- and large-scale wave flumes were used to calibrate and examine the models.

Data from large-scale wave flume experiments were used to validate a 2DV cross-shore Delft3D model.

The general circulation pattern is occasionally unstable and exhibits large-scale wave motions and instabilities: a regular series of rotating high- and low-pressure systems was clearly seen in the pressure and wind records at the Viking lander sites.

Experiments were conducted in a large-scale wave basin to compare with theoretical results and especially to investigate the applicability of this assumption to the case of obliquely incident waves.

The number of parameters involved in large-scale wave energy systems is typically too large for traditional optimization methods to be feasible, and the solution space may contain many local minima.