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Current Waves on Thin Conductors and Strips

Current Waves on Thin Conductors and Strips

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Theory of Edge Diffraction in Electromagnetics: Origination and validation of the physical theory of diffraction — Recommend this title to your library

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This chapter utilizes the parabolic equation method to analyze the diffraction from a thin cylindrical conductor (dipole) and a strip. The possibility of solving this problem was previously mentioned. The theory of dipoles is widely examined in the professional literature. The general physical properties of current waves on dipoles were studied in previous works. This chapter shows that the results obtained in previous works can be derived more simply by using the parabolic equation. In addition, these results include near field calculations, and in the limit as a → ∞ (a is the radius of the dipole), also describe the current waves on a strip.

Chapter Contents:

  • 6.1 Excitation of an Infinite Conductor by a Point Source
  • 6.2 Transmitting Dipole
  • 6.3 Excitation of a Semi-Infinite Conductor by a Plane Wave
  • 6.4 Passive Dipole
  • 6.5 The Near Field
  • 6.6 Waves of Current on a Strip
  • 6.7 Fundamental Results
  • 6.8 Additional References

Inspec keywords: strips; electromagnetic wave diffraction; parabolic equations

Other keywords: dipole structure; parabolic equation method; current waves; thin cylindrical conductor; strips; electromagnetic wave diffraction; thin conductors

Subjects: Numerical approximation and analysis; Electromagnetic wave propagation; Differential equations (numerical analysis); Electromagnetic waves: theory

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