Physics
Scientific paper
Jun 1983
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983ssrv...35..175b&link_type=abstract
(International Union of Radio Science, General Assembly, 20th, Washington, DC, Aug. 10-19, 1981) Space Science Reviews (ISSN 003
Physics
9
Electron Precipitation, Harmonic Radiation, Plasma-Particle Interactions, Power Lines, Radiation Belts, Satellite Observation, Ariel Satellites, Dawn Chorus, North America
Scientific paper
Observations of the spheric wavefield over North America, the adjacent North Atlantic, and their Southern-Hemisphere geomagnetic conjugates made with Ariel 4 are analyzed in terms of the relative influence of power-line harmonic radiation (PLHR) on wave-particle interactions affecting the earth's radiation belts. Inconsistencies in previous reports on the Sunday effect, on the starting frequencies of chorus emissions, and on the global distribution of PLHR are reviewed, and the validity of Ariel-3 and Ariel-4 findings of increased PLHR-induced emissions over the industrial areas of the US is asserted. At 9.6 kHz, the emissions over North America and the North Atlantic are characterized by almost identical spherical wavefields, while the whistler-mode signal in the Atlantic conjugate zone was found to be weaker than that in the North American conjugate; at 3.2 kHz, the sea-conjugate signal was weakened, but the land-conjugate signal was found to be identical to the land signal. It is inferred that multihop propagation permanently present over the mainland but rare over the sea is the result of duct structures which can be supported by PLHR.
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