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Electromagnetic penetration into 2D multiple slotted rectangular cavity: TE-wave

Electromagnetic penetration into 2D multiple slotted rectangular cavity: TE-wave

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Published

Electromagnetic wave penetration into a two-dimensional rectangular cavity with multiple slots in an infinite conducting plane with a finite thickness is investigated. The Fourier transform and a mode-matching technique are used to obtain simultaneous equations, which are solved to represent the scattered and penetrated fields in series forms suitable for numerical computations.

Inspec keywords: cavity resonators; Fourier transforms; electromagnetic wave polarisation; electromagnetic field theory; mode matching; numerical analysis; series (mathematics)

Other keywords: two-dimensional rectangular cavity; finite thickness plane; series forms; simultaneous equations; TE-wave; scattered field; Fourier transform; infinite conducting plane; mode-matching technique; electromagnetic penetration; 2D multiple slotted rectangular cavity; penetrated field

Subjects: Numerical analysis; Electric and magnetic fields; Electromagnetic wave propagation; Waveguide and cavity theory; Integral transforms

References

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      • H.H. Park , H.J. Eom . Electrostatic potential distribution through thickmultiple rectangular apertures. Electron. Lett. , 15 , 1500 - 1501
    2. 2)
      • J.V. Tejedor , L. Nuno , M.F. Bataller . Susceptibility analysis of arbitrarilyshaped 2-D slotted screen using a hybrid generalized matrix finite-element technique. IEEE Trans. Electoromagn. Compat. , 1 , 47 - 54
    3. 3)
      • T.M. Wang , A. Cuevas , H. Ling . RCS of a partially open rectangular boxin the resonant region. IEEE Trans. Antennas Propagat. , 9 , 1498 - 1504
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