The works shown in this thesis are devoted to the study of surface waves onto metamaterials produced in textiles by using a conductive yarn. The main objective of these studies is to promote technologies dedicated to surface waves guided onto textiles targeting wireless communications around the human body and operating at 2.45 GHz. The existence of a surface wave is more known in optics by the surface plasmon polariton which propagates naturally on the surface of a metal. It is characterized by an electromagnetic field trapped onto the surface and by a slow wave propagation compared to the propagation in free space. In order to benefit from the electromagnetic confinement property, metamaterials has opened the way for the surface wave dev...
In this paper, the utilization of common fabrics for the manufacturing of e-textile metamaterial tra...
Two examples of fabric based frequency selective surfaces (FSSs) are presented. The FSSs are produce...
The need for textile-based antennas originates from the development of smart textiles that emerged i...
Les travaux présentés dans cette thèse sont consacrés à l’étude du guidage d’ondes de surface sur de...
This thesis investigated novel textile electromagnetic structures fabricated by a commercial compute...
This paper deals with the design and realisation of planar transmission lines on the textile substra...
In this work, the utilization of different textile materials for manufacturing of metamaterial with ...
In recent years several studies regarding metamaterials have been carried out. The possibility of re...
A new approach to the manufacture of conducting textiles for operation at microwave frequencies is r...
This paper demonstrates the relationship between industry (Swisstulle Ltd) and two independent depar...
We report a commercially attractive approach to manufacturing conducting textiles which is based on ...
In this paper, we presented a new type of textile antenna with new radiation mechanism that is capab...
An experimental, microwave high impedance surface (HIS) manufactured from a combination of both cond...
Designing high-efficiency antennas on textiles is fundamental to developing wirelessly-connected sma...
Ce travail de thèse vise à réaliser des structures à base des métamatériaux et de métasurfaces sur d...
In this paper, the utilization of common fabrics for the manufacturing of e-textile metamaterial tra...
Two examples of fabric based frequency selective surfaces (FSSs) are presented. The FSSs are produce...
The need for textile-based antennas originates from the development of smart textiles that emerged i...
Les travaux présentés dans cette thèse sont consacrés à l’étude du guidage d’ondes de surface sur de...
This thesis investigated novel textile electromagnetic structures fabricated by a commercial compute...
This paper deals with the design and realisation of planar transmission lines on the textile substra...
In this work, the utilization of different textile materials for manufacturing of metamaterial with ...
In recent years several studies regarding metamaterials have been carried out. The possibility of re...
A new approach to the manufacture of conducting textiles for operation at microwave frequencies is r...
This paper demonstrates the relationship between industry (Swisstulle Ltd) and two independent depar...
We report a commercially attractive approach to manufacturing conducting textiles which is based on ...
In this paper, we presented a new type of textile antenna with new radiation mechanism that is capab...
An experimental, microwave high impedance surface (HIS) manufactured from a combination of both cond...
Designing high-efficiency antennas on textiles is fundamental to developing wirelessly-connected sma...
Ce travail de thèse vise à réaliser des structures à base des métamatériaux et de métasurfaces sur d...
In this paper, the utilization of common fabrics for the manufacturing of e-textile metamaterial tra...
Two examples of fabric based frequency selective surfaces (FSSs) are presented. The FSSs are produce...
The need for textile-based antennas originates from the development of smart textiles that emerged i...