A novel technique for the performance enhancement of Fabry-Perot resonator antennas (FPRAs) is investigated in this paper. It has been observed, in close proximity of FPRAs, that the near field has strong non-uniform phase distribution, which compromise their characteristic of directive electromagnetic energy transmission. An all-dielectric structure referred to as phase correcting structure (PCS) is proposed to rectify and improve the phase distribution along the H-plane, by varying the thickness of a dielectric material. Significant improvement in the phase distribution of the FPRA is achieved along with more than 3dB increase in peak directivity.2 page(s
In this letter, a method to design wideband Fabry-Perot resonator (FPR) antennas is presented. The s...
This paper presents low-profile continuous phase correcting structures (PCS) for conventional electr...
Fabry-Perot Cavity Antennas (FPAs) are a type of highly directive planar antennas that offer a promi...
This paper presents an effective technique for radiation patterns improvement of a Febry-Perot cavit...
This paper presents a quasi-analytical technique to design a continuous, all-dielectric phase correc...
Phase correction in the aperture field of electromagnetic band gap resonator antennas (ERAs) is disc...
A novel technique to design a phase-correcting structure (PCS) for an electromagnetic band gap (EBG)...
Phase correction has been used to demonstrate increase in directivity of conventional electromagneti...
This communication presents a method to enhance the radiation performance of conventional electromag...
This paper presents a planar and a low profile phase correcting structure (PCS) for electromagnetic ...
This communication presents a method to enhance the radiation performance of conventional electromag...
A Fabry-Perot Resonator (FPR) antenna has found wide applications in microwave and millimetre waves ...
Theoretical thesis."13th of December 2016"--titlepageBibliography: pages 185-201.1. Introduction -- ...
Classical electromagnetic band gap resonator antennas (ERA) have non-uniform aperture-phase distribu...
Amplitude and phase distributions are investigated across apertures of two typical electromagnetic b...
In this letter, a method to design wideband Fabry-Perot resonator (FPR) antennas is presented. The s...
This paper presents low-profile continuous phase correcting structures (PCS) for conventional electr...
Fabry-Perot Cavity Antennas (FPAs) are a type of highly directive planar antennas that offer a promi...
This paper presents an effective technique for radiation patterns improvement of a Febry-Perot cavit...
This paper presents a quasi-analytical technique to design a continuous, all-dielectric phase correc...
Phase correction in the aperture field of electromagnetic band gap resonator antennas (ERAs) is disc...
A novel technique to design a phase-correcting structure (PCS) for an electromagnetic band gap (EBG)...
Phase correction has been used to demonstrate increase in directivity of conventional electromagneti...
This communication presents a method to enhance the radiation performance of conventional electromag...
This paper presents a planar and a low profile phase correcting structure (PCS) for electromagnetic ...
This communication presents a method to enhance the radiation performance of conventional electromag...
A Fabry-Perot Resonator (FPR) antenna has found wide applications in microwave and millimetre waves ...
Theoretical thesis."13th of December 2016"--titlepageBibliography: pages 185-201.1. Introduction -- ...
Classical electromagnetic band gap resonator antennas (ERA) have non-uniform aperture-phase distribu...
Amplitude and phase distributions are investigated across apertures of two typical electromagnetic b...
In this letter, a method to design wideband Fabry-Perot resonator (FPR) antennas is presented. The s...
This paper presents low-profile continuous phase correcting structures (PCS) for conventional electr...
Fabry-Perot Cavity Antennas (FPAs) are a type of highly directive planar antennas that offer a promi...