Suppression of surface waves propagating in a grounded dielectric substrate slab can be achieved by using electromagnetic band-gap (EBG) substrates. In this paper, a 2D-planar EBG substrate is investigated experimentally and simulated by a simple method based on the chain-matrix conversion. Good agreement between the measured and simulated results is observed. We also show that other defect modes can appear in the band gap, and explain their existence by, the finite size of the EBG structure under investigation. (c) 2005 Wiley Periodicals, Inc
The introduction of defects in an electromagnetic band-gap (EBG) material breaks its periodicity, a...
Electromagnetic bandgap structures are considered a viable solution for the problem of switching noi...
Electromagnetic band gap structure or EBG structure appears as a periodic metallic patch grounded wi...
In this article we report about the investigation of two-dimensional electromagnetic band-gap struct...
In the previous decades, the investigation of the optical properties of materials has lead to a numb...
Electromagnetic band-gap (EBG) surfaces have found applications in mitigation of parallel-plate nois...
Patch antennas have some limitations such as restricted bandwidth of operation, low gain and a poten...
Electromagnetic band-gap (EBG) structures, often termed frequency selective surfaces (FSSs) or photo...
A dielectric-based multilayer structure composed of U-shaped rings (ML-UR) is used to develop a clas...
This paper presents an experimental demonstration of the origin of the Photonic bandgap, using a pla...
"Electromagnetic Band-Gap (EBG) materials are periodic structures. with properties of confinement an...
Application of 2D structures that present electromagnetic band-gaps (EBG's) to signal integrity issu...
Planar circularly symmetric (PCS) electromagnetic band-gap (EBG) substrates have recently been propo...
Planar circularly symmetric (PCS) electromagnetic band-gap (EBG) substrates have recently been propo...
Abstract—In printed phased arrays, scan blindness occurs when the propagation constant of a Floquet ...
The introduction of defects in an electromagnetic band-gap (EBG) material breaks its periodicity, a...
Electromagnetic bandgap structures are considered a viable solution for the problem of switching noi...
Electromagnetic band gap structure or EBG structure appears as a periodic metallic patch grounded wi...
In this article we report about the investigation of two-dimensional electromagnetic band-gap struct...
In the previous decades, the investigation of the optical properties of materials has lead to a numb...
Electromagnetic band-gap (EBG) surfaces have found applications in mitigation of parallel-plate nois...
Patch antennas have some limitations such as restricted bandwidth of operation, low gain and a poten...
Electromagnetic band-gap (EBG) structures, often termed frequency selective surfaces (FSSs) or photo...
A dielectric-based multilayer structure composed of U-shaped rings (ML-UR) is used to develop a clas...
This paper presents an experimental demonstration of the origin of the Photonic bandgap, using a pla...
"Electromagnetic Band-Gap (EBG) materials are periodic structures. with properties of confinement an...
Application of 2D structures that present electromagnetic band-gaps (EBG's) to signal integrity issu...
Planar circularly symmetric (PCS) electromagnetic band-gap (EBG) substrates have recently been propo...
Planar circularly symmetric (PCS) electromagnetic band-gap (EBG) substrates have recently been propo...
Abstract—In printed phased arrays, scan blindness occurs when the propagation constant of a Floquet ...
The introduction of defects in an electromagnetic band-gap (EBG) material breaks its periodicity, a...
Electromagnetic bandgap structures are considered a viable solution for the problem of switching noi...
Electromagnetic band gap structure or EBG structure appears as a periodic metallic patch grounded wi...