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For a narrow slit structure backed by a conducting strip which is taken as arepresentative example of an aperture-body resonance (ABR) problem, thetransmission resonance condition (i.e., condition for maximum powertransmission) and the transmission width (i.e., normalized maximum transmittedpower through the slit) are found to be the same as those for narrow slitcoupling problem in a thick conducting screen, which is designated as atransmission-cavity resonance (TCR) problem. From a viewpoint of equivalentcircuit representation for the transmission resonance condition and thefunneling mechanism, the ABR and the TCR problems are thought to be essentiallyof the same nature.

journal of computational and theoretical nanoscience

On Electrical Equivalence of Aperture-Body and Transmission-Cavity  Resonance Phenomena in Subwavelength Conducting Aperture Systems from an  Equivalent Circuit Point of View