Multiple scattering of electromagnetic waves by the internal surfaces of turbulent bodies of revolution

Research output: Contribution to journalArticle

Abstract

Using the method of statistical modeling, we have solved the problem of multiple scattering of electromagnetic waves by THE internal surfaceS of bodies of revolution: a cone and paraboloids of the second and fourth orderS along whose generatrices turbulent inhomogeneities move. The angular and frequency spectra of the scattered signal are obtained and their dependence on the shape of the scattering surface, on the reradiation pattern of turbulent inhomogeneities, and on the variance of their travel velocity is analyzed.

Original languageEnglish
Pages (from-to)589-592
Number of pages4
JournalRadiophysics and Quantum Electronics
Volume38
Issue number9
Publication statusPublished - 1995

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bodies of revolution
Bodies of revolution
Multiple scattering
Electromagnetic waves
electromagnetic radiation
inhomogeneity
parabolic bodies
scattering
travel
Cones
cones
Scattering

ASJC Scopus subject areas

  • Engineering(all)

Cite this

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title = "Multiple scattering of electromagnetic waves by the internal surfaces of turbulent bodies of revolution",
abstract = "Using the method of statistical modeling, we have solved the problem of multiple scattering of electromagnetic waves by THE internal surfaceS of bodies of revolution: a cone and paraboloids of the second and fourth orderS along whose generatrices turbulent inhomogeneities move. The angular and frequency spectra of the scattered signal are obtained and their dependence on the shape of the scattering surface, on the reradiation pattern of turbulent inhomogeneities, and on the variance of their travel velocity is analyzed.",
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journal = "Radiophysics and Quantum Electronics",
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AB - Using the method of statistical modeling, we have solved the problem of multiple scattering of electromagnetic waves by THE internal surfaceS of bodies of revolution: a cone and paraboloids of the second and fourth orderS along whose generatrices turbulent inhomogeneities move. The angular and frequency spectra of the scattered signal are obtained and their dependence on the shape of the scattering surface, on the reradiation pattern of turbulent inhomogeneities, and on the variance of their travel velocity is analyzed.

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