Bandwidth of reflectarrays
By David M. Pozar. 2003
271 citations recorded by the source corpus.
Subfields: Aerospace Engineering, Mechanical Engineering
View Paper: https://www.semanticscholar.org/paper/6932362baa13831f7fea69e6161183d28f94db9b
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Aerospace Engineering
- Eduardo Carrasco
- Jafar Shaker
- M. R. Chaharmir
- Mariano Barba
- Hervé Legay
- José A. Encinar
- Nicolas Gagnon
- David Lee
In Mechanical Engineering
- Jafar Shaker
- M. R. Chaharmir
- Eduardo Carrasco
- Hervé Legay
- Mariano Barba
- Nicolas Gagnon
- David Lee
- Giovanni Toso
Citations in the corpus
- Bandwidth Improvement in Large Reflectarrays by Using True-Time Delay (2008, background): “927559 antennas and small F/D ratios [1], [2].”
- Reflectarray Antennas for Dual Polarization and Broadband Telecom Satellite Applications (2015, background): “Although the narrow bandwidth is a severe limitation in reflectarray antennas [20], a significant effort has been done in the last few years to improve it.”
- Broadband Design of a Single Layer Large Reflectarray Using Multi Cross Loop Elements (2009, background): “The second is differential spatial phase delay resulting from different path lengths for the rays emanating from the feed to each reflectarray element [ 2 ].”
- Reflectarray Element Based on Aperture-Coupled Patches With Slots and Lines of Variable Length (2007, background): “The element bandwidth is the most restrictive in moderate-sized reflectarrays [2].”
- The Phoenix Cell: A New Reflectarray Cell With Large Bandwidth and Rebirth Capabilities (2011, background): “First, it is well known that the bandwidth is limited due to the dispersive nature of resonant planar elements [2], [3].”
- Design of Broadband, Single Layer Dual-Band Large Reflectarray Using Multi Open Loop Elements (2010, background): “The second is the differential spatial phase delay resulting from different path lengths for the rays emanating from the feed to each reflectarray element and is the most restrictive in the case of large-sized reflectarrays [3].”
- A Wideband 1 bit 12 × 12 Reconfigurable Beam-Scanning Reflectarray: Design, Fabrication, and Measurement (2019, unknown): “crostrip elements combined with lumped components [11].”