Radar Anechoic Chamber / Electro Magnetic Control. This anechoic chamber (15m*5m*5m) is used for measurements from 1 GHz to 40 GHz, and for payloads of about 50 kg. It is especially used for the characterization of materials and structures for stealth applications, as well as for antenna characterizations.
Radar Anechoic Chamber / Electro Magnetic Control. This anechoic chamber (15m*5m*5m) is used for measurements from 1 GHz to 40 GHz, and for payloads of about 50 kg. It is especially used for the characterization of materials and structures for stealth applications, as well as for antenna characterizations. This mock-up is used for the validation of the electromagnetic software developments, and in this case the software "ASERIS antenna placement". Installed in the anechoic chamber, various configurations of antennas are studied to compare numeric simulations and experimental simulations.
Radar Anechoic Chamber / Electro Magnetic Control. This anechoic chamber (15m*5m*5m) is used for measurements from 1 GHz to 40 GHz, and for payloads of about 50 kg. It is especially used for the characterization of materials and structures for stealth applications, as well as for antenna characterizations. In this case, it is possible to verify (on a model) the pattern of different antennas mounted on a platform.
Radar Anechoic Chamber / Electro Magnetic Control. This anechoic chamber (15m*5m*5m) is used for measurements from 1 GHz to 40 GHz, and for payloads of about 50 kg. It is especially used for the characterization of materials and structures for stealth applications, as well as for antenna characterizations. In this case, it is possible to verify (on a model) the pattern of different antennas mounted on a platform.
Radar Anechoic Chamber / Electro Magnetic Control. It is especially used for the characterization of materials and structures for stealth applications, as well as for antenna characterizations.
Using the experimental setup, an EADS research scientist demonstrates the principle of the multi reflex cell of a Laser Ion Mobility Spectrometer (LIMS). A laser beam made visible by artificial smoke is reflected several times by mirrors. This increases the ionisation efficiency and therefore the sensitivity of the artificial nose.
The demo version of a passenger screening portal is used to demonstrate the LIMS technology. The LIMS sensor is capable of "sniffing out" tiny traces of explosives, chemicals or drugs.
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EADS Deutschland GmbH · 81663 Munich · Germany EADS France S.A.S. · 37, boulevard de Montmorency · 75781 Paris Cedex 16 · France EADS CASA · Ava. de Aragón, 404, 28022 Madrid · Spain
