Miniaturized Wide Band Folded Microstrip Antennas based Metamaterials - Elwi, Taha; Al-Naiemy, Yahiea
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The explosive growth in commercial and military applications , the demand for compact folded antennas have sufficiently high gain with multiband would be an ideal solution to support wideband technologies, such as modern wireless communication, biological microwave imaging and ground penetrating radar. However, the resulted techniques showed different drawbacks including bandwidth and gain limitations. Therefore, to exceed these drawbacks the recent approaches have come up with using metamaterial structures. In this book, for the first, it is addressed the technical approach to design…mehr

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Produktbeschreibung
The explosive growth in commercial and military applications , the demand for compact folded antennas have sufficiently high gain with multiband would be an ideal solution to support wideband technologies, such as modern wireless communication, biological microwave imaging and ground penetrating radar. However, the resulted techniques showed different drawbacks including bandwidth and gain limitations. Therefore, to exceed these drawbacks the recent approaches have come up with using metamaterial structures. In this book, for the first, it is addressed the technical approach to design conformal microstrip antennas based on metamaterials with highly miniaturized size reduction.
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Autorenporträt
Taha A. Elwi received his B.Sc. in 2003 and M.Sc. in 2005 from Laser and Optoelectronics Engineering Department Al-Nahrain University Baghdad, Iraq. In 2005, he worked to Huawei Technologies Company, Baghdad, Iraq. In 2008, he joined the University of Arkansas at Little Rock to obtain his Ph.D. His research areas include novel antennas designs.