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Phase-retardation effects at radio frequencies in flat-plate conductors
journal contribution
posted on 2023-05-16, 15:20 authored by Bulte, DP, Lawrence ForbesLawrence Forbes, Crozier, SA system of new integral equations is presented. They are derived from Maxwell's equations and describe radio-frequency (RF) current densities on a two-dimensional flat plate. The equations are generalisations of Pocklington's integral equation showing phase-retardation in two dimensions. These singular equations are solved, numerically, for the case of one-dimensional geometry. The solutions are shown to display effects which correspond to damped resonance when the wavelength of the current matches aspects of the geometry of the conductor. © Australian Mathematical Society 2004.
History
Publication title
ANZIAM JournalVolume
45Pagination
495-510ISSN
1446-1811Department/School
School of Natural SciencesPublisher
Australian Mathematics Publ Assoc IncPlace of publication
AustraliaRepository Status
- Restricted