Parameters of a High-Frequency Source Located in the Tropopause

Shelobolin Alexandr; A.V. Shelobolin

Authors

Shelobolin Alexandr
A.V. Shelobolin

transionospheric pulse pair, nonlinear plasma-waveguide model, tropopause, ordinary and extraordinary waves

Abstract

A model of a transionospheric pulse pair, previously obtained experimentally and not having a satisfactory explanation, is proposed. The physical parameters of the emitting object in the form of a flat ionized structure, the electron density in it, and the electron temperature are considered. Two estimates are given for each of these parameters, where n = 10 7 cm -3 , and T e is in the range from 600 K to 3000 K.

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How to Cite

Parameters of a High-Frequency Source Located in the Tropopause. (2020). Global Journal of Science Frontier Research, 20(A12), 39-45. https://www.journalofscience.org/index.php/GJSFR/article/view/2821

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References

G Sklizkov, A Shelobolin (2019) Giant Jets as Higher Transverse Modes of an Open Cavity. 45(9), 863-870.

V Pasko (2003) Electrical discharge from a thundercloud top to the lower ionosphere. 416, 152-154.

H Su, R Suet (2003) al Gigantic jets between a thundercloud and the ionosphere. 423, 974-976.

D Holden, C Munson, J Devenport (1995) Satellite observations of transionospheric pulse pairs. 22(8), 889-892.

R Massey, D Holden (1995) Phenomenology of transionospheric pulse pairs. 30(5), 1645-1659.

A Shelobolin (2003) Plasma-waveguide model of electric breakown in gas. 3, 166-175.

A Shelobolin (2014) Long laser spark and electric gas breakdown. 26(4), 320-327.

G Sklizkov, A Shelobolin (2018) Plasma waveguides and electric gas breakdown. 11(2), 63-91.

W Utlaut, R Cohen (1971) Modifying the Ionosphere with Inten-Radio Waves. 174, 245.

A Gurevich (2007) Nonlinear effects in the ionosphere. 50, 1091-1121.

V Ginzburg (1967) The Propagation of Electromagnetics Waves in Plasmas.

I Alpert (1960) The Propagation Radiowaves and Ionosphere.

J Chalmers (1967) Conclusion. 434-447.

A Kondratenko (1979) IN 1978 I V Kurchatov (Moscow: Atomizdat). 270-270.

A Sigman (1964) Microwave solid-state masers.

A Gaponov, M Petelin, V Yulpatov (1967) The induced radiation of excited classical oscillators and its use in high-frequency electronics. 10(9-10), 794-813.

V Golant, A Gilinscy, I Saharov (1977) Fundamentals of Plasma Physics.