6 pagesInternational audienceIn this paper we present an absorption model in a reverberation chamber (RC). This time domain model uses time constants measurements to characterize absorbers in reverberation chambers in a given frequency range through their absorbing cross sections. The absorption of a rectangular piece of absorber is evaluated and the effect on the loading for different configurations and with several pieces of absorber is discussed. This analysis allows a fine control of the loading of the chamber. Finally, the material of the absorbing object is characterized through an absorbing efficiency coefficient, extracted from simulations and measurements
International audienceIn this paper, we aim at highlighting the specific roles of the geometry and l...
This paper discusses the results of a series of computer controlled measurements of sound absorption...
Reverberation room absorption measurements on some 50 samples of commercial acoustical materials wer...
6 pagesInternational audienceIn this paper we present an absorption model in a reverberation chamber...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
International audienceIn this article, we propose a model based upon image theory (IT). This very st...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
6 pages - WOSInternational audienceIn this article, we propose a time-domain model of a reverberatio...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
The methods of predicting reverberation time for any given space rely on the correct choice of absor...
Average absorption cross section can be measured in a reverberation chamber with an uncertainty esti...
WOSInternational audienceIn this paper we propose a straight- forward 3D time domain model of a reve...
In a recent paper, some calculations were presented of the effective absorption coefficient of a sma...
The reverberation chamber (RC) method is used to estimate the average absorption cross section of bu...
A closed room environment is viewed as a lossy cavity, characterized by possibly a line of sight (LO...
International audienceIn this paper, we aim at highlighting the specific roles of the geometry and l...
This paper discusses the results of a series of computer controlled measurements of sound absorption...
Reverberation room absorption measurements on some 50 samples of commercial acoustical materials wer...
6 pagesInternational audienceIn this paper we present an absorption model in a reverberation chamber...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
International audienceIn this article, we propose a model based upon image theory (IT). This very st...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
6 pages - WOSInternational audienceIn this article, we propose a time-domain model of a reverberatio...
Reverberation chamber (RC) test facility allows to determine the absorbing cross section (ACS) of lo...
The methods of predicting reverberation time for any given space rely on the correct choice of absor...
Average absorption cross section can be measured in a reverberation chamber with an uncertainty esti...
WOSInternational audienceIn this paper we propose a straight- forward 3D time domain model of a reve...
In a recent paper, some calculations were presented of the effective absorption coefficient of a sma...
The reverberation chamber (RC) method is used to estimate the average absorption cross section of bu...
A closed room environment is viewed as a lossy cavity, characterized by possibly a line of sight (LO...
International audienceIn this paper, we aim at highlighting the specific roles of the geometry and l...
This paper discusses the results of a series of computer controlled measurements of sound absorption...
Reverberation room absorption measurements on some 50 samples of commercial acoustical materials wer...