The design process of High Impedance Surface (HIS) is a challenge in realizing low-profile
antenna. To carry out properly this process, a 3D-electromagnetic simulator is required. This …

This paper presents the design, simulation and fabrication of a miniaturized wearable dual-
band antenna put on a rigid substrate and operable at 2.45/5.8 GHz for wireless local area …

This paper presents the design, realization and measurement of a thin lightweight absorbing
material for space applications. Absorber design is based on high impedance surfaces …

A novel ultra-wideband Jaumann absorber design and analytical procedure that greatly
enhance the absorption bandwidth and absorptivity level using few dielectric layers are …

This paper presents a lightweight microwave absorber suitable for space applications. The
absorber is based on a resistive high-impedance surface (RHIS) optimized to achieve …

In this paper, a thin planar electromagnetic absorber consisting of two lossy Frequency
Selective Surface (FSS) layers is introduced. The layers are separated by foam material and …

This Chapter presents an analytical review of waveguides for terahertz frequency range
applications. Among them are the parallel plate, micromachined coaxial, and hollow …

This paper presents an analytical model to design a self-complementary connected antenna
array above artificial materials like high impedance surfaces (HIS). The objective of this …

La technologie des antennes réseaux occupe une place croissante dans les applications
aéroportées modernes militaires et civiles car elle offre des performances radioélectriques …

We present the first part of a study supported by the French Ministry of Defense, entitled
SAFAS, which aims at developing a low profile self-complementary radiating surface with …