2016Materials research proceedingsRequires access

Antenna gain and directivity improvement by using metamaterial unit-cell inspired in superstrate with zero refractive index

Mohamed Nabil Srifi, Raja Touahni, Mourad Elhabchi

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Abstract

M. ELHABCHI, M.N SRIFI, R. TOUAHNI Abstract. In this paper, a Zero Index Metamaterial (ZIM) is proposed for antenna gain and directivity enhancement. This ZIM is developed, characterized and employed for elliptical UWB operating on the frequency range 3.1Ghz-20GHz. The unique property of the metamaterial gathers the wave radiated from the antenna and collimates it […]

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M. ELHABCHI, M.N SRIFI, R. TOUAHNI Abstract. In this paper, a Zero Index Metamaterial (ZIM) is proposed for antenna gain and directivity enhancement. This ZIM is developed, characterized and employed for elliptical UWB operating on the frequency range 3.1Ghz-20GHz. The unique property of the metamaterial gathers the wave radiated from the antenna and collimates it […]

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Available abstract

M. ELHABCHI, M.N SRIFI, R. TOUAHNI Abstract. In this paper, a Zero Index Metamaterial (ZIM) is proposed for antenna gain and directivity enhancement. This ZIM is developed, characterized and employed for elliptical UWB operating on the frequency range 3.1Ghz-20GHz. The unique property of the metamaterial gathers the wave radiated from the antenna and collimates it […]

Key concepts: Directivity, Metamaterial, Metamaterial antenna, Antenna gain, Antenna (radio), Optics, Refractive index, Antenna measurement

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