First-order Bragg SAR imagery of Kelvin wakes and moving internal wave fields / by B. A. Hughes. : DR52-11/6-1989E-PDF

"Two theoretical investigations are given relating to SAR imaging of perturbed surface waves. The first is an analysis of the effect of a long wavelength corrugation on the SAR image formed by 1st-order Bragg scattering from a deterministic sea wave pattern such as a Kelvin wake. A standard SAR processor is assumed. The second is a stochastic treatment of the SAR imagery formed by a 1st-order Bragg scattering process from surface waves modulated by the horizontal surface currents of internal waves. Propagational velocities (normalized by the SAR platform velocity) are included to first order. For the Kelvin wake analysis it is shown that the vertical curvature of the corrugating wave can rotate the effective Bragg acceptance angle by up to approximately equals to 10 degrees for typical wave parameters. [...]"--abstract (page iii).

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Publication information
Department/Agency Defence Research Establishment Pacific, issuing body.
Canada. Department of National Defence. Research and Development Branch, issuing body.
Title First-order Bragg SAR imagery of Kelvin wakes and moving internal wave fields / by B. A. Hughes.
Series title DREP Technical memorandum ; 89-13
Publication type Series - View Master Record
Language [English]
Format Electronic
Electronic document
Note(s) Digitized edition from print [produced by Defence Research and Development Canada].
Includes bibliographical references (page 44).
Includes abstract in French.
Publishing information Victoria, B.C. : Defence Research Establishment Pacific = Centre de recherches pour la défense pacifique : Research and Development Branch, Department of National Defence, June 1989
Author / Contributor Hughes, B. A. (Blyth Alvin), 1936- author.
Description 1 online resource (ix, 44, 3, [5] pages) : illustrations, charts
Catalogue number
  • DR52-11/6-1989E-PDF
Departmental catalogue number DREP-TM-89-13
Subject terms Wakes (Fluid dynamics) -- Detection -- Mathematical models.
Surface waves (Oceanography) -- Mathematical models.
Synthetic aperture radar -- Image quality.
Sillage (Dynamique des fluides) -- Détection -- Modèles mathématiques.
Ondes de surface (Océanographie) -- Modèles mathématiques.
Radar à synthèse d'ouverture -- Qualité de l'image.
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