Metasurfing: Addressing Waves on Impenetrable Metasurfaces

By Stefano Maci, Gabriele Minatti, Massimiliano Casaletti, Marko Bosiljevac. IEEE Antennas and Wireless Propagation Letters, 2011

372 citations recorded by the source corpus.

Subfields: Aerospace Engineering, Electronic, Optical and Magnetic Materials

View Paper: https://www.semanticscholar.org/paper/7af7c05582fc1ca9a68b72679e25783a514e241d

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Citations in the corpus

A Circularly-Polarized Isoflux Antenna Based on Anisotropic Metasurface (2012, background): “As described in [2]–[5] when a metasurface is inhomogeneous, namely when its characteristic parameters vary in space, it is able to control the surface wave propagation path, as well as polarization/radiation properties.”
A review of metasurfaces: physics and applications (2016, methodology): “fish-eye [153]; the latter is shown in figure 25(b)).”
Analysis of a Waveguide-Fed Metasurface Antenna (2017, background): “Even in cases where little or no additional phase shift is obtained from the elements, the metasurface aperture can nevertheless achieve high-quality beam forming and other wavefront shaping functionality by sampling the phase of the reference wave, often rivaling the performance of more advanced ac”
Multi-Beam Forming and Controls by Metasurface With Phase and Amplitude Modulations (2019, background): “2925289 With periodical or nonperiodical arrangements of particles on the metasurfaces, anomalous reflection and refraction have been observed in many works [10], [11].”
Synthesis of Modulated-Metasurface Antennas With Amplitude, Phase, and Polarization Control (2016, background): “The MTS antennas we are dealing with are constituted by subwavelength patches of various shapes printed on a grounded dielectric substrate [9], [10].”
Ultrawideband Metasurface Lenses Based on Off-Shifted Opposite Layers (2016, background): “over a dielectric slab [1], [7] and the bed of nails [1], [8].”
Sinusoidally Modulated Graphene Leaky-Wave Antenna for Electronic Beamscanning at THz (2013, background): “The antenna is based on the principle of sinusoidally modulated reactance surfaces to achieve leaky-wave radiation [16]–[18].”
Arbitrary Power-Conserving Field Transformations With Passive Lossless Omega-Type Bianisotropic Metasurfaces (2016, background): “conductor (PEC), the metasurface response can be described by a magnetic surface admittance Ysm; these types of metasurfaces are especially useful for guiding surface waves or leaky waves [5], [6], or for reflector applications [7].”
Passive Lossless Huygens Metasurfaces for Conversion of Arbitrary Source Field to Directive Radiation (2014, background): “Such surfaces have received increasing attention lately, as part of the intensive research in the field of optical and microwave metamaterials, in an attempt to harness ideas from bulk metamterial explorations to design lowprofile components with extraordinary wavefront manipulation capabilities [7]”
Metasurfaces and their applications (2018, background): “With simple isotropic patches, the impedance can be modulated by a sinusoidal spiral function and fed with single-point feed at the center, allowing a TM surface wave to be transformed to a circularly polarized leaky wave with broadside radiation, shown in Figure 8E [119].”
Modulated Metasurface Antennas for Space: Synthesis, Analysis and Realizations (2015, background): “The applications of modulated MTSs are in fact important and challenging, and can be divided in three classes: a) MTSs for aperture antennas [2]–[4], b) MTSs for the control of surface-waves (SWs) wave-front [5]–[8], c) MTS screens for the control of field transmission [9]–[11].”
Design of Scalar Impedance Holographic Metasurfaces for Antenna Beam Formation With Desired Polarization (2015, neutral): “It can also be calculated with the formulas given in [15].”
Non-Uniform Metasurface Luneburg Lens Antenna Design (2012, background): “This idea is not new [7], but recently is gaining renewed interest under the impulse of the metasurfing concept [8].”