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The Role of Resonance Frequency of the Plasmons in Electromagnetic Wave Scattering Process from a Dielectric Covered Metallic Rod Placed in a Plasma Antenna

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Abstract

The electromagnetic wave scattering due to excitation of surface plasmons from a metallic rod with dielectric layer embedded in the long plasma column is investigated. In the first part, for short-wavelength waves by investigating the variations of surface polarized charge density on the boundaries, the resonance frequencies and the effective factors on it such as the geometrical dimensions, the radius of the metal, the dielectric thickness, and the plasma radius will be analyzed. In the second part, for presenting an exact analysis and categorizing types of resonant frequency to the dominant resonant frequency and subsidiary resonant frequency of the plasmons, the scattering of long-wavelength waves from the mentioned object will be reviewed. In both cases, the backscattering cross section which is a scale of the scattered power in the direction of incident will be presented.

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Authors and Affiliations

  1. Laser and Photonics Group, Faculty of Physics, University of Kashan, Kashan, IR, Iran

    B. Jazi, F. Sadeghi-Nia & Z. Rahmani

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  1. B. Jazi
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  2. F. Sadeghi-Nia
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  3. Z. Rahmani
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Jazi, B., Sadeghi-Nia, F. & Rahmani, Z. The Role of Resonance Frequency of the Plasmons in Electromagnetic Wave Scattering Process from a Dielectric Covered Metallic Rod Placed in a Plasma Antenna. Plasmonics 9, 1121–1132 (2014). https://doi.org/10.1007/s11468-014-9722-3

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