A reverberating chamber (RC) is an electrically large cavity in which the electromagnetic field is properly randomised. The randomisation process generates a non-planar field. Here, the recent polarimetric characterisation of non-planar fields is first introduced to describe the field in an RC. The approach is simple and effective and is used on measured data acquired at the mode-stirred RC available at the Universita degli Studi di Napoli Parthenope, formerly Istituto Universitario Navale (IUN). The approach provides a quantitative evaluation of the RC field randomisation process
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceIn a recent publication, authors showed that measurements of the maximum direc...
International audienceA report is presented on a technique for generating coherently polarised pulse...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
Proper use of reverberating chambers calls for a complete characterization of its electromagnetic fi...
Reverberating chambers are of recognized relevance in many EMC applications since they allow us to g...
In this paper an alternative method for evaluating the spatial uniform and isotropic electromagneti...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceIn this article, the effect of the size of the antennas on the distribution of...
The source stirring technique for reverberation chambers (RC) is obtained by several monopole antenn...
The paper describes an analytical model applied to study the behavior of an antenna moving inside a ...
International audienceTime-reversal techniques have been demonstrated to be able to reverse the inco...
This thesis produces a pre-characterization numerical model capable of handling and calculating elec...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
The present works aims at describing important statistical indexes such as the field uniformity, the...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceIn a recent publication, authors showed that measurements of the maximum direc...
International audienceA report is presented on a technique for generating coherently polarised pulse...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
Proper use of reverberating chambers calls for a complete characterization of its electromagnetic fi...
Reverberating chambers are of recognized relevance in many EMC applications since they allow us to g...
In this paper an alternative method for evaluating the spatial uniform and isotropic electromagneti...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceIn this article, the effect of the size of the antennas on the distribution of...
The source stirring technique for reverberation chambers (RC) is obtained by several monopole antenn...
The paper describes an analytical model applied to study the behavior of an antenna moving inside a ...
International audienceTime-reversal techniques have been demonstrated to be able to reverse the inco...
This thesis produces a pre-characterization numerical model capable of handling and calculating elec...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
The present works aims at describing important statistical indexes such as the field uniformity, the...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceIn a recent publication, authors showed that measurements of the maximum direc...
International audienceA report is presented on a technique for generating coherently polarised pulse...