ANZIAM J.
45 (2004), 495-510
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Phase-retardation effects at radio frequencies in flat-plate conductors
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S. Crozier
School of Information Technology and Electrical Engineering
University of Queensland
Qld 4072
Australia
stuart@itee.uq.edu.au
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Abstract
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A 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.
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