Conveners
Radiation Instrumentation: RADI-1
- Mika Holmberg (ESTEC)
- Simon Clucas (ESA)
Radiation Instrumentation: RADI-2
- Mika Holmberg (ESTEC)
- Simon Clucas (ESA)
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Dr Alfredo Iglesias (Hidronav Technologies)02/12/2020, 09:00
Summary:
INTA has the opportunity to fly a radiation monitor on-board the long duration stratospheric balloon flight Sunrise III as part of the TuMag Collaboration instrument.
The requirements of this monitor are:• It should be completely autonomous, in terms of mechanical integration, power supply, data acquisition and storage during a long duration flight of at least 10 days....
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Dr Sylvie Benck (Center for Space Radiations, UCLouvain)02/12/2020, 09:20
The 3DEES is conceived as a compact and modular science-class spectrometer allowing angle resolved high electron energy coverage (0.1 – 10 MeV) using a few sensors. Its baseline set-up provides capabilities to measure angular distribution of electrons and protons at 12 angles spanning over 180° in two planes. The 3DEES also allows measurements of proton fluxes (4-50 MeV), while performing...
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Pablo Caron, Jerome CARRON (CNES), Mr Bastien Taponat, Dr Marine Ruffenach (CNES), Robert ECOFFET (CNES)02/12/2020, 09:40
ICARE-NG is a radiation monitor already embedded in several space missions such as SAC-C, SAC-D, JASON2, JASON3 and more recently E7C.
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Composed of several detection heads, a wide range of electron and proton energies can be measured. Initially designed with three detection heads, the geometries have recently been revised in order to integrate a new low-energy proton detection head. To... -
Dr Anja Kohfeldt (Integrated Detector Electronics AS (IDEAS) / University of Oslo (UiO)), Mr Sebastian Benoit (Integrated Detector Electronics AS (IDEAS))02/12/2020, 10:00
Mission
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NORM is the Norwegian Radiation Monitor for measuring energetic charged particle radiation in space. NORM is designed as an easily adaptable space radiation monitor for satellite missions in GEO, LEO, and HEO. The development is funded by ESA.
NORM’s first flight will be on the Arctic Satellite Broadband Mission (ASBM) in a highly-elliptical three point apogee orbit (HEO-TAP).... -
Wojtek Hajdas (PSI)02/12/2020, 10:20
The High Energy Particle Spectrometer (HEPS) belongs to the in-situ instrument suite developed for the ESA Lagrange mission. HEPS is designed for spectroscopic measurements of charged particles from the Solar Energetic Particle events. Its dynamic range is optimized for operating conditions from typical to extreme solar events. The instrument measures electrons, protons, and heavy ions in...
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Balazs Zabori (MTA Centre for Energy Research)02/12/2020, 10:40
The D3S-RADMAG radiation monitor and space weather instrument concept is aimed to provide a market product combining the radiation and magnetic field measurement capability into one payload to be directly applicable within the D3S hosted payload concept of ESA. The instrument Radiation Monitor Unit (RM-RAD) includes a sophisticated, complex silicon detector based telescope, called RADTEL, with...
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Pengwei Xie (Université de Genève)02/12/2020, 11:20
Penetrating particle Analyzer (PAN) is a magnetic spectrometer designed for deep space science and interplanetary missions. It can measure the energetic particles in precision, monitoring the cosmic rays physics, solar physics, space weather, etc, and spanning over more than 1 full solar cycle. The spectrometer is in a limited mass ~ 20 kg and limited power consumption ~20 W, which facilitate...
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Marco Pinto (LIP)02/12/2020, 11:40
The JUpiter ICy moons Explorer (JUICE) is the European Space Agency (ESA) next large class mission to the Jovian system. The mission, planned for a launch in 2022 and a 7.5-year long cruise to the planet, will investigate Jupiter and characterize its icy moons, Callisto, Europa and Ganymede for a period of 3.5 years.
The Jovian system is known to have a harsh and energetic radiation...
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02/12/2020, 12:00