International audienceThis paper describes how the bistatic radar cross section (RCS) experimental setup of the “Centre Commun de Ressources en Microondes” (CCRM) was used to precisely determine various scattering quantities and how we took profit of the large scattering angular range available with this setup. Results on extinction cross section, linear degree of polarization and other scattering quantities of interest are presented. We also show how those results are interesting in different domains where scattering phenomena are studied thanks to the scale invariance properties of the Maxwell equations using the so called microwave analogy
This paper demonstrates the possibility to obtain bistatic RCS of scattering discontinuities (wedges...
International audienceIn this paper we present our advances in the scattering measurement of low ele...
Suitable combination of monostatic radar range and reflector plate allows to study bistatic scatteri...
International audienceThis paper describes how the bistatic radar cross section (RCS) experimental s...
This communication illustrates the ability to perform bistatic radar cross-section (RCS) measurement...
This research addresses some phenomenological aspects of bistatic scattering from a complex object w...
International audienceWe present a 3D spherical bistatic experimental setup developed in the anechoi...
International audienceThis chapter is dedicated to recent advances in a rather unexplored range of a...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
This paper describes the development of a method based on measurements of the radar cross section (R...
International audienceThis paper describes a reliable methodology for radar cross section (RCS) meas...
The results obtained by applying the current‐distribution method to the problem of approximating the...
This paper presents some data on the bistatic radar cross sections of ships at Ultra High Frequencie...
International audienceMeasurement accuracy is a key point when dealing with microwave scattering mea...
Radar cross-section (RCS) is an important study parameter for defence applications specially dealing...
This paper demonstrates the possibility to obtain bistatic RCS of scattering discontinuities (wedges...
International audienceIn this paper we present our advances in the scattering measurement of low ele...
Suitable combination of monostatic radar range and reflector plate allows to study bistatic scatteri...
International audienceThis paper describes how the bistatic radar cross section (RCS) experimental s...
This communication illustrates the ability to perform bistatic radar cross-section (RCS) measurement...
This research addresses some phenomenological aspects of bistatic scattering from a complex object w...
International audienceWe present a 3D spherical bistatic experimental setup developed in the anechoi...
International audienceThis chapter is dedicated to recent advances in a rather unexplored range of a...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
This paper describes the development of a method based on measurements of the radar cross section (R...
International audienceThis paper describes a reliable methodology for radar cross section (RCS) meas...
The results obtained by applying the current‐distribution method to the problem of approximating the...
This paper presents some data on the bistatic radar cross sections of ships at Ultra High Frequencie...
International audienceMeasurement accuracy is a key point when dealing with microwave scattering mea...
Radar cross-section (RCS) is an important study parameter for defence applications specially dealing...
This paper demonstrates the possibility to obtain bistatic RCS of scattering discontinuities (wedges...
International audienceIn this paper we present our advances in the scattering measurement of low ele...
Suitable combination of monostatic radar range and reflector plate allows to study bistatic scatteri...