Title:
On the resonances and polarizabilities of split ring resonators
Author(s):
J. García-García and F. Martín
J. D. Baena and R. Marqués
L. Jelinek
Source:
Journal of Applied Physics 98
Vol./Issue/Date:
033103
Year:
2005
Page(s):
9
Keywords:
Abstract:
In this paper, the behavior at resonance of split ring resonators SRRs and other related topologies,
such as the nonbianisotropic SRR and the broadside-coupled SRR, are studied. It is shown that these
structures exhibit a fundamental resonant mode the quasistatic resonance and other higher-order modes which are related to dynamic processes. The excitation of these modes by means of a properly polarized time varying magnetic and/or electric fields is discussed on the basis of resonator
symmetries. To verify the electromagnetic properties of these resonators, simulations based on resonance excitation by nonuniform and uniform external fields have been performed. Inspection of the currents at resonances, inferred from particle symmetries and full-wave electromagnetic
simulations, allows us to predict the first-order dipolar moments induced at the different resonators
and to develop a classification of the resonances based on this concept. The experimental data, obtained in SRR-loaded waveguides, are in agreement with the theory and point out the rich
phenomenology associated with these planar resonant structures.
© 2005 American Institute of
Physics. DOI: 10.1063/1.2006224
Document:
Reference Id:
27
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