De resultaten worden beschreven voor de antennes op schaal voor de Solar Orbiter satelliet voor een laag-frekwent instrument (een plasma onderzoeks instrument, - radio and plasma waves), met ook computer simulatie daarbij.\u3cbr/\u3eDe verstrooing van de satelliet structuur en zonnepanelen zijn onderzocht. De antennes zijn opgeschaald zodat in een bereik van 400 MHz tot 1 GHz onderzoek kon worden gedaan. Het eigenlijke werkgebied voor de antennes is van 8 tot 20 MHz. Op deze manier is er met een schaal-model gewerkt. In this contribution we outline our newest results in finding the true properties of the RPW antennas aboard Solar Orbiter with emphasis on our near-field measurement campaign and corresponding computer simulation. In the cours...
International audienceThe Radio and Plasma Waves (RPW) instrument on the ESA Solar Orbiter mission i...
Currents on the conducting surfaces of the spacecraft hull, induced by electric fields of radio wave...
International audienceWe will review the instrumental capabilities of the Radio and Plasma Waves (RP...
The high-frequency electric sensors onboard Solar Orbiter are part of the radio and plasma wave expe...
International audienceContext. In order to allow for a comparison with the measurements from other a...
International audienceThe Radio and Plasma Waves (RPW) instrument on the ESA Solar Orbiter mission i...
Currents on the conducting surfaces of the spacecraft hull, induced by electric fields of radio wave...
International audienceWe will review the instrumental capabilities of the Radio and Plasma Waves (RP...
The high-frequency electric sensors onboard Solar Orbiter are part of the radio and plasma wave expe...
International audienceContext. In order to allow for a comparison with the measurements from other a...
International audienceThe Radio and Plasma Waves (RPW) instrument on the ESA Solar Orbiter mission i...
Currents on the conducting surfaces of the spacecraft hull, induced by electric fields of radio wave...
International audienceWe will review the instrumental capabilities of the Radio and Plasma Waves (RP...