Sentence examples similar to mode waves observed from inspiring English sources

Quasi-electrostatic Z-mode waves observed in the two-point OEDIPUS-C (OC) transmission experiment have been interpreted as incoherent radiation by sounder-accelerated electrons (SAE).

Whistler-mode chorus emissions are electromagnetic plasma waves observed in the Earth's magnetosphere.

Whistler-mode chorus emissions are coherent electromagnetic plasma waves observed mainly on the dawn side of the inner magnetosphere (e.g., Summers et al. 1998).

The steepening of whistler-mode waves has been recently studied for waves observed at the frequency of approximately 0.2 electron cyclotron frequency in the inner magnetosphere (Yoon et al. 2014), but it has been rarely studied in the past.

The harmonic waves observed near the Moon can provide important clues for understanding the nonlinearity of whistler-mode waves in a plasma medium.

In both spectrograms, UHR waves, auroral kilometric radiation (AKR), and whistler-mode waves were observed.

L-mode waves were observed at auroral oval stations in both morning (FCC and PBQ) and afternoon sectors (NAQ, LRV and TRO), though the spectral density is smaller in the afternoon sector.

In addition, mirror mode waves have been observed in Io's wake.

Plasma waves are also observed in the nightside ionosphere of the planets, and whistler-mode waves have been observed at low altitudes at Venus.

Although the narrowband whistler-mode waves have been observed in the upstream region of many planetary bow shocks, such harmonics have rarely been observed there.

Waves identified as whistler-mode waves have been observed in the nightside ionosphere of Venus by the Pioneer Venus Orbiter.