International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens designed using an array of subwavelength Fakir bed of nails unit-cells. Variation of the metal post height and PPW-spacing modulates the effective refractive index. The lens operates in the Ku-band of frequencies, with more than 40% bandwidth, in a quasi-TEM mode. Broadband and low loss, with high directivity and wide field-of-view, this antenna could be an excellent candidate as a lens-like beamformer for multiple beams satellite communication applications. © 2017 Euraap
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis paper presents a metasurface (MTS) beamformer based on Reflecting Lunebur...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...