Titlebook: Handbook of Metamaterial-Derived Frequency Selective Surfaces; Shiv Narayan,Arun Kesavan Living reference work 20200th edition Frequency

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Metamaterial Enabled FSS for Beam-Tilting MM-Wave Antenna Applications,ti-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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A High-Isolated CPW-Fed Multi-Band Metamaterial Inspired MIMO Antenna for Wireless Applications,The overall size of single-port antenna is 50?×?36?×?0.3?mm. (0.32?.?×?0.2.?×?0.002., where, . is at lowest cut-off frequency). The top layer of flexible FR-4 dielectric substrate contains an array of 3?×?4 Hilbert-shaped unit cells and asymmetrical bell-shaped partial ground. The proposed antenna o

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Metamaterials for Antenna Applications,a wide range of electromagnetic radiating systems. This chapter summarizes different techniques used to enhance the radiation performance of antennas using metamaterials. Here we discuss the four quadrants representing double positive (DPS), double negative (DNG), single negative (SNG), and near-zer

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Metamaterials in Medicine,ng in Medicine cannot be described in words. Therapeutics becomes easy once an accurate diagnosis is done. Therapeutics also has developed sky-high. All these Medical miracles happen due to the unimaginable research and contribution of technology in health care. This chapter is an overview of what “

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Metamaterial-FSS for THz Applications,s next generation wireless applications, the demand of the high data rate capacity systems keeps on increasing day by day. Lower frequency ranges such as microwave frequency bands offer smaller bandwidth, and these bands are already congested because of supporting the several wireless applications.

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Metamaterial for RFID and Sensor Applications, mark objects or people at one end, called tags, and more complex devices on the other end, called the reader. RFID is a new technology and is one of the fastest growing segments of the modern automatic identification and data capture (AIDC) industry. RFID is currently used in hundreds, if not thous

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