3D frequency selective surface with incident angle independence

RMIT Australia

3D frequency selective surface with incident angle independence

AZEMI, S, Ghorbani, K and Rowe, W 2013, '3D frequency selective surface with incident angle independence', in Lorenz-Peter Schmidt (ed.) Proceedings of 43rd European Microwave Conference, Nuremberg, Germany, 7-10 October 2013, pp. 928-931.

Document type:	Conference Paper
Collection:	Conference Papers

Title	3D frequency selective surface with incident angle independence
Author(s)	AZEMI, S Ghorbani, K Rowe, W
Year	2013
Conference name	43rd European Microwave Conference
Conference location	Nuremberg, Germany
Conference dates	7-10 October 2013
Proceedings title	Proceedings of 43rd European Microwave Conference
Editor(s)	Lorenz-Peter Schmidt
Publisher	IEEE
Place of publication	Piscataway, USA
Start page	928
End page	931
Total pages	4
Abstract	A novel 3D tapered Frequency Selective Surface (FSS) which is independent of incident angle is proposed. This new type of FSS is a modification from a 3D FSS consisting of square cross section cylinder unit elements. By enlarging the aperture of the square cross section cylinder resonators, the transmittance of the FSS becomes independent of the incident angle of radiation. Moreover, transmission response is stable under oblique incidence angles from 0 to 45 degrees. The influence of key design parameters on 3D Tapered FSS characteristics has been investigated using CST simulation software.
Subjects	Electrical and Electronic Engineering not elsewhere classified Microwave and Millimetrewave Theory and Technology
Keyword(s)	3D FSS tapered FSS 3D resonator incident angle independence.
Copyright notice	© 2013 EuMA

Versions
Version		Filter Type

Citation counts:	Cited 4 times in Thomson Reuters Web of Science Article \| Citations Cited 5 times in Scopus Article \| Citations
Access Statistics:	202 Abstract Views - Detailed Statistics
Created:	Tue, 10 Jun 2014, 13:08:00 EST by Catalyst Administrator

Research Repository

3D frequency selective surface with incident angle independence