Modelling of the Electrostatic Environment of Ions Emitting Spacecraft (SPIS-ASPOC)

Development and validation of a contamination package in SPIS for liquid based electric propulsion subsystems for LISA (SPIS-LISA)

ROSSINI 3

ATHENA Radiation Environment Models and X-ray Background Effects Simulators (AREMBES)

• Claudio Macculi (Istituto Nazionale Di Astrofisica (INAF))

Solar Particle Radiation Advanced Warning System (SAWS) - ASPECS (Advanced Solar Particle Events Casting System)

• Anastasios Anastasiadis (National Observatory of Athens: Institute for Astronomy, Astrophysics, Space Applications and Remote Sensing)
• Athanasios Papaioannou

SpacePix2 / SXRM Miniaturized Spacepix radiation monitor

RadMag D3S: Radiation monitor development for ESA’s D3S hosted payload missions

DPE: Data Processing Engine

MIRAM Miniaturised Radiation Monitor

ARTES EOR Radiation Environment and Solar Array Degradation Speakers: Athina Varotsou (TRAD) & Angélica Sicard (ONERA) In the frame of this ARTES Project a new proton radiation environment model has been developed and a Solar Array Degradation Calculator (SADC) is being developed to allow for more precise calculation of solar array degradation specific to EOR orbits. During this presentation both developments will be presented with a special emphasis on the proton model developed by ONERA. This model is a global statistical model dedicated to EOR orbit environment specification. OMEP-EOR (ONERA Middle Energy Proton) provides the proton fluxes everywhere in the radiation belts between 30keV and 20MeV. The temporal dynamics of the radiation belt is accounted for at the scale of EOR missions, using a Gaussian Process model.

MIRAD – Micro-Particle Impact Related Attitude Disturbance

• Patrik Kärräng (Hyperschall Technologie Göttingen)

Micrometeoroid Risk Assessment Tool for Missions Leaving Earth Orbits

• Jens Rodman (Etamax Space GmbH)

Focussing of Micrometeoroids in xray optics

• Yanwei Li (University of Stuttgart)