Design and study of second-order Y-loop frequency selective surfaces | Zendy

Gao Jin-Song | Zendy; Wang Shan-Shan | Zendy; Feng Xiao-Guo | Zendy; Xu Nian-Xi | Zendy; Jingli Zhao | Zendy; Chen Hong | Zendy

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Design and study of second-order Y-loop frequency selective surfaces

Author(s) -

Gao Jin-Song,

Wang Shan-Shan,

Feng Xiao-Guo,

Xu Nian-Xi,

Jingli Zhao,

Chen Hong

Publication year - 2010

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.59.7338

Subject(s) - fractal , scaling , bandwidth (computing) , lattice (music) , floquet theory , periodic boundary conditions , physics , loop (graph theory) , mathematical analysis , boundary value problem , mathematics , geometry , quantum mechanics , acoustics , computer science , telecommunications , combinatorics , nonlinear system

The multiband properties of self-similar fractals can be used to design multiband single-layer frequency selective surfaces (FSS). Combined with Floquet periodic boundary conditions, the moments method is applied to characterize the second-order Y-loop fractal FSS frequency response to different valuses of iterative scaling factor F and lattice as the incidence varies, and then the estimated empirical constant is obtained. Experimental results show good correlation to the calculations, indicating that the resonant frequencies are mainly determined by the iteration factor and the initial unit size,while the lattice impacts the transmission coefficient and bandwidth apparently.

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