High gain planar antenna using optimised partially reflective surfaces

By Alexandros P. Feresidis, J. Vardaxoglou. 2001

680 citations recorded by the source corpus.

Subfields: Aerospace Engineering, Electrical and Electronic Engineering

View Paper: https://www.semanticscholar.org/paper/3f23462eda378d3a14d061a78147dfa0c3235e17

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In Aerospace Engineering

In Electrical and Electronic Engineering

Citations in the corpus

Wideband Fabry-Perot Resonator Antenna With Two Complementary FSS Layers (2014, methodology): “The third method was based on the analysis in [17].”
A metallic Fabry-Perot directive antenna (2006, background): “The reason is that the beam width of the antenna is directly linked with the angular selectivity of the structure illuminated by a plane wave under the incidence [12].”
Security and Privacy Vulnerabilities of In-Car Wireless Networks: A Tire Pressure Monitoring System Case Study (2010, background): “We refer readers to the antenna studies in [9,15,42] for further information.”
A Reconfigurable High-Gain Partially Reflecting Surface Antenna (2008, background): “This suggests that a smaller aperture could be used to improve the aperture efficiency at the expense of a reduction in the realized gain [9].”
Wideband Gain Enhancement and RCS Reduction of Fabry–Perot Resonator Antenna With Chessboard Arranged Metamaterial Superstrate (2018, methodology): “The FP antennas were initially analyzed with ray theory approaches [19], which is very helpful in understanding the operation principle of antenna gain enhancement.”
Artificial magnetic conductor surfaces and their application to low-profile high-gain planar antennas (2005, neutral): “In addition, MEBG arrays have been utilized as partially reflective superstrate layers for the gain enhancement of simple radiating sources, such as microstrip patches and waveguide apertures [6]–[8].”
Gain-Enhanced Patch Antennas With Loading of Shorting Pins (2016, methodology): “tromagnetic bandgap (EBG), was applied to form a metallic planar screen with a periodical pattern [12]–[14] and”
Investigation Into the Effects of the Patch-Type FSS Superstrate on the High-Gain Cavity Resonance Antenna Design (2010, background): “One of the most important parameters that considerably influences the CRA directivity is its superstrate size [10] and [15].”
Tailoring the AMC and EBG characteristics of periodic metallic arrays printed on grounded dielectric substrate (2006, background): “of resonance at the cavity formed between the ground plane and the FSS [12], [17], [18].”
The Use of Simple Thin Partially Reflective Surfaces With Positive Reflection Phase Gradients to Design Wideband, Low-Profile EBG Resonator Antennas (2012, background): “Although the reflection phase of a conventional FSS decreases with frequency at most frequencies, it can be made to increase with frequency over a frequency band that is close to the FSS’s resonance frequency [20].”
Controlling Vector Bessel Beams with Metasurfaces (2014, background): “However, these antennas often have prohibitively narrow operating bandwidths [33] and require time-consuming optimization techniques during design [32].”
Wideband High Directive Aperture Coupled Microstrip Antenna Design by Using a FSS Superstrate Layer (2012, background): “In low profile antenna applications this layer must be compact, easy to fabricate and commercially available [4]–[7].”
Leaky-Wave Antennas (2008, background): “Other developments include the use of conformal LWAs for curved surfaces, power recycling to avoid wasting nonradiated power, and the inclusion of active elements into the LWA.”