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Generation of Artificial Ionospheric Irregularities in the Midlatitude Ionosphere Modified by High-Power High-Frequency X-Mode Radio Waves
Authors
Akchurin A.
Bolotin I.
+10 more
Frolov V.
Komrakov G.
Kunitsyn V.
Kurbatov G.
Padokhin A.
Pershin A.
Vertogradov G.
Vertogradov V.
Vertogradova E.
Zykov E.
Publication date
1 January 2014
Publisher
Abstract
© 2014, Springer Science+Business Media New York. We consider the properties of the artificial ionospheric irregularities excited in the ionospheric F2 region modified by high-power high-frequency X-mode radio waves. It is shown that small-scale (decameter) irregularities are not generated in the midlatitude ionosphere. The intensity of irregularities with the scales l⊥≈50 m to 3 km is severalfold weaker compared with the case where the irregularities are excited by high-power O-mode radio waves. The intensity of the larger-scale irregularities is even stronger attenuated. It is found that the generation of large-scale (l⊥ ≈5–10 km) artificial ionospheric irregularities is enhanced at the edge of the directivity pattern of a beam of high-power radio waves
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Last time updated on 07/05/2019