International audienceA report is presented on a technique for generating coherently polarised pulsed fields within highly reverberating environments. The ability of doing so is predicted theoretically, showing that the purity of the polarisation of the electromagnetic field does not depend on the cross-polarisation rejection of the source antenna, but only on the well-known depolarisation properties of standard reverberation chambers. Experimental results are provided, proving that the theoretical model is sound, thus validating the first technique for generating a coherent arbitrarily polarised field in a reverberating environment
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
In the framework of our research work, we present an innovative system which allows to control the s...
With the growing number of wireless devices and connected objects, the level of electromagnetic nois...
International audienceA report is presented on a technique for generating coherently polarised pulse...
International audienceTime-reversal techniques have been demonstrated to be able to reverse the inco...
Proper use of reverberating chambers calls for a complete characterization of its electromagnetic fi...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
International audienceIn this paper, the first experimental demonstration of coherent directive and ...
A reverberating chamber (RC) is an electrically large cavity in which the electromagnetic field is p...
International audienceIn this paper, a novel way of using reverberation chambers (RCs) is proposed. ...
This thesis produces a pre-characterization numerical model capable of handling and calculating elec...
This thesis covers the development of the Reverberation Chamber as a measurement tool for cell phone...
The paper describes the design and testing of a radiating structure developed to reverberate electro...
The paper describes an analytical model applied to study the behavior of an antenna moving inside a ...
In this study, we propose a deterministic approach to estimate the upper bound of the electric field...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
In the framework of our research work, we present an innovative system which allows to control the s...
With the growing number of wireless devices and connected objects, the level of electromagnetic nois...
International audienceA report is presented on a technique for generating coherently polarised pulse...
International audienceTime-reversal techniques have been demonstrated to be able to reverse the inco...
Proper use of reverberating chambers calls for a complete characterization of its electromagnetic fi...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
International audienceIn this paper, the first experimental demonstration of coherent directive and ...
A reverberating chamber (RC) is an electrically large cavity in which the electromagnetic field is p...
International audienceIn this paper, a novel way of using reverberation chambers (RCs) is proposed. ...
This thesis produces a pre-characterization numerical model capable of handling and calculating elec...
This thesis covers the development of the Reverberation Chamber as a measurement tool for cell phone...
The paper describes the design and testing of a radiating structure developed to reverberate electro...
The paper describes an analytical model applied to study the behavior of an antenna moving inside a ...
In this study, we propose a deterministic approach to estimate the upper bound of the electric field...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
In the framework of our research work, we present an innovative system which allows to control the s...
With the growing number of wireless devices and connected objects, the level of electromagnetic nois...