Title :
Stealthy buildings for radio navigation applications
Author :
Thain, A. ; Jaber, A. ; Robert, J. ; Platon, Y. ; Herve, A. ; Peres, G. ; Pasquier, B. ; Evain, L. ; Cambon, G. ; Harly, F. ; Lenquette, H. ; Sinigaglia, B. ; Spitz, B.
Author_Institution :
Airbus Group Innovations, Toulouse, France
Abstract :
It is sometimes necessary to reduce the electromagnetic signature of buildings because of their undesirable effect on aircraft navigation systems. Indeed, planning permission is not granted to buildings close to airport runways unless their perturbation can be reduced to less than specified regulatory thresholds. This paper presents two solutions for doing this: A thick, conventional, diffraction grating which has been mounted on a real building facade at Toulouse International Airport and a new, thin resonant diffraction grating that has been successfully demonstrated on a full scale test base.
Keywords :
aircraft navigation; airports; buildings (structures); diffraction gratings; electromagnetic wave absorption; microwave materials; radionavigation; aircraft navigation; airport runways; building facade; conventional diffraction grating; electromagnetic signature; planning permission; radio navigation applications; stealthy buildings; thick diffraction grating; Airports; Buildings; Diffraction; Diffraction gratings; Electromagnetics; Radio navigation; Building; Diffraction; ILS; Stealth;
Conference_Titel :
Antennas and Propagation (EuCAP), 2015 9th European Conference on
Conference_Location :
Lisbon