Titlebook: Handbook of Metamaterial-Derived Frequency Selective Surfaces; Shiv Narayan,Arun Kesavan Reference work 2022 Springer Nature Singapore Pte

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Metamaterial Frequency Selective Surfaces As Polarizersng the polarization state of electromagnetic radiation in the form of linear polarization converters, circular polarizers, asymmetric polarization converter, and polarization filters. FSSs with polarization controlling features are particularly useful in tailoring radiation pattern and improving gai

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colloquial

Metamaterial Lens for Nondestructive Evaluation of Compositeslightweight and superior mechanical properties. Highly tailorable characteristics of composites have made them an attractive solution in aerospace, automotive, civil, and other sectors alike. However, composite material structures are complex and vulnerable to various defects and damages during manu

Innocence

Metamaterial Filtersers are classified based on the frequency selection. Planar filters are realized using microstrip lines. Microstrip filters are designed using a combination of transmission lines by modifying the alignment of the lines to either couple or reject the selected frequencies. The appropriate equations fo

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Astigmatism

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Terahertz Metamaterial FSS for Future Wireless Communication Systemsy regime. This is because of the fact that THz frequency regime of electromagnetic (EM) spectrum can support data rate up to terabit per second due to large (several GHz) bandwidth availability which is crucial to satisfy the demand of future wireless communication. The recent advancement in semicon

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Metamaterial Enabled FSS for Beam-Tilting MM-Wave Antenna Applicationsti-Gb/s transmission rates and supporting higher number of users due to its wide bandwidth. In fact, 5G is going to commercially support the growing demands for high capacity, low latency, and widespread mobile access, which has an important role in connecting and enabling services. In mm-wave wirel

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Wideband MM FSS Reflector for CP Millimeter-Wave Antennase transmission up to 10 Gbp/s, real-time video streaming, and higher transmission bandwidth like in 5G at 28, 38, and 60 GHz MMW frequencies. We have shifted to MMW frequencies to have wider bandwidth and less congestion on the link. But losses increase as the wavelength decrease causing point-to-po

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