Sentence examples for irregularities generated from inspiring English sources

This radar, with a multi-beam steering capability, is able to distinguish the F-region irregularities generated locally from those drifted from elsewhere.

We note the occurrence of the high ROTI values close to the geomagnetic pole, which can be associated with the ionospheric irregularities generated by particle precipitation to the dayside cusp (e.g., Kelley et al. 1982; Weber et al. 1984).

Although the simulated EPB structure was oversimplified and took a very long time to evolve to the topside, it was an important achievement to simulate the penetration of the density irregularities generated in the bottomside F region into the topside F region, where the linear theory predicts no irregularities to exist.

This is the case for the F-region irregularities observed after sunset during equinoctial months (ESF high occurrence season) over Southeast Asia low latitude (for example Fuke and Sanya) (e.g., Li et al. 2012, 2016); and (2) Meter scale irregularities generated locally over low latitude not being associated with large scale plasma bubbles.

Meter-scale irregularities generated in association with the multiple-Es layers were found to exist in a similar altitude range as quasi-periodic (QP) echoes, which were detected with frequency agile radar (FAR) operating at 24.5 MHz around the time of the rocket flight.

Hectometer or sub-kilometer-scale irregularities generate 'lscintillation' of radio wave signals (e.g. Paul et al., 2011).

Meter-scale irregularities generate 'backscatter plumes' (e.g. Miller et al., 2010) in the Very-High-Frequency (VHF) radar maps.

The results show that the vertical irregularity generated larger detrimental effect than mass irregularity, and need more attention in structural design.

Figure 13b shows the comparison between the contact wire nominal height with and without synthetic contact wire irregularity generated from the fitting curve.

While cases of ionospheric depletions without radar echoes are possible (e.g., Saito et al. 2008), most generally meter-scale irregularities are generated during the turbulent, development phase of plasma bubbles (e.g., Rodrigues et al. 2004).

For the present case, the Fuke radar multi-beam steering measurements clearly reveal that the daytime F-region irregularities were not the continuation of nighttime ESF irregularities but generated locally over the longitudes scanned by the radar during 1057 1151 LT (0339 0433 UT).