A deep analysis of the directivity enhancement, due to the insertion of a simple linear antenna into a dielectric EBG, is presented. The operative frequency is chosen near a band-gap edge. The planewave expansion method is used in order to obtain the Bloch dispersion diagrams of infinite two-dimensional EBGs. A rigorous cylindricalwave approach is used to analyze two-dimensional EBGs with finite size, excited by a line source. We apply these tools to the analysis of different emitting devices, and propose solutions to improve their performances. 1.
PAJEWSKI L, RINALDI L, & SCHETTINI G (2008). Enhancement of Directivity Using 2D-Electromagnetic Crystals Near the Band-Gap Edge: a Full-Wave Approach. In PROGRESS IN ELECTROMAGNETIC RESEARCH (pp. 179-196).
Titolo: | Enhancement of Directivity Using 2D-Electromagnetic Crystals Near the Band-Gap Edge: a Full-Wave Approach |
Autori: | |
Data di pubblicazione: | 2008 |
Citazione: | PAJEWSKI L, RINALDI L, & SCHETTINI G (2008). Enhancement of Directivity Using 2D-Electromagnetic Crystals Near the Band-Gap Edge: a Full-Wave Approach. In PROGRESS IN ELECTROMAGNETIC RESEARCH (pp. 179-196). |
Abstract: | A deep analysis of the directivity enhancement, due to the insertion of a simple linear antenna into a dielectric EBG, is presented. The operative frequency is chosen near a band-gap edge. The planewave expansion method is used in order to obtain the Bloch dispersion diagrams of infinite two-dimensional EBGs. A rigorous cylindricalwave approach is used to analyze two-dimensional EBGs with finite size, excited by a line source. We apply these tools to the analysis of different emitting devices, and propose solutions to improve their performances. 1. |
Handle: | http://hdl.handle.net/11590/163213 |
Appare nelle tipologie: | 2.1 Contributo in volume (Capitolo o Saggio) |