Design and experimental verification of band-pass frequency selective surface based on metamaterial effective medium theory
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    Abstract:

    By adjusting the effective permittivity of the unit cell, a new method of constructing metamaterial band-pass frequency selective surface was proposed. The effective permittivity of continuous conducting wires is negative below the plasma frequency and thus a stop-band occurs. By combining the continuous conducting wires with cut wires, we realized a one-dimensional frequency selective surface. Both the theory analysis and simulation results demonstrated the facility and feasibility of the method. We also designed a wide-angle and polarization-independent frequency selective surface based on this method. Two samples were fabricated to validate the proposed method; the experiment results were fairly consistent with the simulation results. The proposed method eliminates the complicated calculation and excessive parameter optimization process. It paves a new way of designing frequency selective surfaces and is of important reference values for fabricating THz frequency selective surface as well as multi-band, tunable and miniaturized frequency selective surfaces.

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WU Xiang, PEI Zhi-Bin, QU Shao-Bo, XU Zhuo, ZHANG Jie-Qiu, MA Hua, WANG Jia-Fu, WANG Xin-Hua, ZHOU Hang. Design and experimental verification of band-pass frequency selective surface based on metamaterial effective medium theory[J]. Journal of Infrared and Millimeter Waves,2011,30(5):469~474

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History
  • Received:April 27,2010
  • Revised:June 18,2010
  • Adopted:June 21,2010
  • Online: October 20,2011
  • Published:
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