In this paper we present statistical models of the ratio of random electric and magnetic fields in mode-stirred reverberation chambers. This ratio is based on the electric and magnetic field statistics derived for ideal reverberation conditions. It provides a further performance indicator for close-to-ideal electromagnetically reverberant environments. The presented probability density functions are verified by Monte Carlo simulations and by experimental measurements
International audienceThis article presents a study of the intensity statistics of the electromagnet...
This paper describes the underlying statistics of the field in nested frequency-stirred reverberatio...
International audienceThis article presents a study of the electromagnetic re- sponse of a chaotic r...
In this paper we present statistical models of the ratio of random electric and magnetic fields in m...
This letter concerns probability density functions of the complex impedance of fields in mode-stirre...
The role and impact of the random wave impedance on electric field estimation inside reverberation c...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
Complex electromagnetic environments represent a difficult challenge to be tackled from the electrom...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
A theoretical model for the electromagnetic field within a reverberating chamber in presence of an u...
This paper presents a statistical approach to the electromagnetic analysis of a system that lies wit...
Presented are novel theoretical probability density functions (PDF) for the magnitude and phase of e...
International audienceThis article presents a study of the intensity statistics of the electromagnet...
This paper describes the underlying statistics of the field in nested frequency-stirred reverberatio...
International audienceThis article presents a study of the electromagnetic re- sponse of a chaotic r...
In this paper we present statistical models of the ratio of random electric and magnetic fields in m...
This letter concerns probability density functions of the complex impedance of fields in mode-stirre...
The role and impact of the random wave impedance on electric field estimation inside reverberation c...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
Complex electromagnetic environments represent a difficult challenge to be tackled from the electrom...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
This paper presents novel theoretical probability density functions (PDFs) for the magnitude and pha...
A theoretical model for the electromagnetic field within a reverberating chamber in presence of an u...
This paper presents a statistical approach to the electromagnetic analysis of a system that lies wit...
Presented are novel theoretical probability density functions (PDF) for the magnitude and phase of e...
International audienceThis article presents a study of the intensity statistics of the electromagnet...
This paper describes the underlying statistics of the field in nested frequency-stirred reverberatio...
International audienceThis article presents a study of the electromagnetic re- sponse of a chaotic r...