Flower-shape resonator-based triple-band metamaterial wave absorbers to find the dispersion relation utilizing one dimensional (1-D) periodic waveguide

Ishrat Jahan, Mst; Rashed Iqbal Faruque, Mohammad; Bellal Hossain, Md.

doi:10.1016/j.jmmm.2023.171202

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Cited by 4 publications

References 32 publications

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Flower-Shaped Resonator-Based Triple-Band Ideal Metamaterial Absorber with Incident and Polarization Angle Independent for Sensing Application

Jahan,

Faruque

2024

Springer Proceedings in Physics

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Flower-Shaped Resonator-Based Triple-Band Ideal Metamaterial Absorber with Incident and Polarization Angle Independent for Sensing Application

Jahan,

Faruque

2024

Springer Proceedings in Physics

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Metamaterial Wave Absorber for Harvesting Electromagnetic Energy with Dispersion Characteristics Using Palm Oil Frond Graphitic Carbon

Ullah,

Jahan,

Misnon

et al. 2023

J. Electron. Mater.

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Quad-band polarization-independent flexible ultra-thin coding defect support absorber for frequency ranges from C to Ku band

Van,

Phuong

et al. 2024

Preprint

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Simple and ultra-thin structure with high efficiency in absorbing electromagnetic waves in adjacent frequency bands are of great interest nowadays. Metamaterial or metasurface is one of the leading candidates for such studies. In this paper, by employ the open square frame structure combined with the central polygonal disk of the base cell, we built an absorber material with high symmetry and possessing four separate absorption peaks at adjacent frequencies in the C, X, Ku-band (4 GHz to 16 GHz). Notably, the four peaks have high absorption and are quite equally distant. The polarization-dependent analysis also shows that the structure possesses wave polarization independence and still ensures high absorption at incident angles as wide as 60 degrees. In addition, due to the ultra-thin nature of the structure, it also shows a flexible wave absorption response at different bending angles with special requirements. Moreover, a coding defect surface is applied to study the real-life application possibility of the full-size structures and shows that the absorption is stable with a concrete number of defects. This structure has high applicability in electromagnetic stealth technology, communication technology as well as related directional electromagnetic wave control requirements.

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Flower-shape resonator-based triple-band metamaterial wave absorbers to find the dispersion relation utilizing one dimensional (1-D) periodic waveguide

Cited by 4 publications

References 32 publications

Flower-Shaped Resonator-Based Triple-Band Ideal Metamaterial Absorber with Incident and Polarization Angle Independent for Sensing Application

Flower-Shaped Resonator-Based Triple-Band Ideal Metamaterial Absorber with Incident and Polarization Angle Independent for Sensing Application

Metamaterial Wave Absorber for Harvesting Electromagnetic Energy with Dispersion Characteristics Using Palm Oil Frond Graphitic Carbon

Quad-band polarization-independent flexible ultra-thin coding defect support absorber for frequency ranges from C to Ku band

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