A theoretical model for the electromagnetic field within a reverberating chamber in presence of an unstirred component is presented. Due to the stochastic nature of the electromagnetic field within the chamber, a statistical electromagnetic approach is developed and tested versus measurements. On the theoretical side, such a physical model is representative of many complex electromagnetic environmental situations, e.g., urban environments, and, therefore, it is of great relevance in the EMC field. On the applicative side, the model can be furthered in order to characterize a reverberating chamber whether it is well operated or not and to set up an environment with a specific amount of direct coupling in conjunction with a stochastic fiel
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
International audienceThe use of stochastic approaches for the electromagnetic characterization of c...
The paper analyzes the occurrence of unstirred frequencies in a reverberation chamber. Both experime...
Reverberating chambers are of recognized relevance in many EMC applications since they allow us to g...
Complex electromagnetic environments represent a difficult challenge to be tackled from the electrom...
Increasing use of electronic devices and multiplicity of sources of disturbance led to the study of ...
International audienceIn this article, the effect of the size of the antennas on the distribution of...
This paper presents a statistical approach to the electromagnetic analysis of a system that lies wit...
In this paper we present statistical models of the ratio of random electric and magnetic fields in m...
Abstract. This work focuses on building a fairly simple yet physically ap-propriate 1D model for a R...
Abstract- A Monte Carlo simulation is proposed to represent the electromagnetic environment of ode s...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
This letter concerns probability density functions of the complex impedance of fields in mode-stirre...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
International audienceThe use of stochastic approaches for the electromagnetic characterization of c...
The paper analyzes the occurrence of unstirred frequencies in a reverberation chamber. Both experime...
Reverberating chambers are of recognized relevance in many EMC applications since they allow us to g...
Complex electromagnetic environments represent a difficult challenge to be tackled from the electrom...
Increasing use of electronic devices and multiplicity of sources of disturbance led to the study of ...
International audienceIn this article, the effect of the size of the antennas on the distribution of...
This paper presents a statistical approach to the electromagnetic analysis of a system that lies wit...
In this paper we present statistical models of the ratio of random electric and magnetic fields in m...
Abstract. This work focuses on building a fairly simple yet physically ap-propriate 1D model for a R...
Abstract- A Monte Carlo simulation is proposed to represent the electromagnetic environment of ode s...
The phenomenon of resonating electromagnetic (EM) fields has been commonly and successfully exploite...
This letter concerns probability density functions of the complex impedance of fields in mode-stirre...
The quintessence of electromagnetic fields propagating in complex environments is its stochastic nat...
International audienceThe use of stochastic approaches for the electromagnetic characterization of c...
The paper analyzes the occurrence of unstirred frequencies in a reverberation chamber. Both experime...