Introduction & Executive summary

• Veronique Ferlet-Cavrois (ESA)

Room: Einstein

Energetic neutral atom imaging for space weather monitoring

• Xiaodong Wang (Swedish Institute of Space Physics)
• Yoshifumi Futaana (Swedish Institute of Space Physics)

Room: Einstein

Secondary Payload Unit APOLLON for Atomic Oxygen Measurement

• Arne Riemer (Hoch Technologie Systeme GmbH)

Room: Einstein

Radiation-Hard Electron Monitor (RADEM)

• Wojtek Hajdas (PSI)

Room: Einstein

Highly Miniaturised Active MEO Radiation Monitor

• Eamonn Daly (European Space Agency)

Room: Einstein

3D Silicon detector technology

• Eamonn Daly (European Space Agency)

Room: Einstein

Space Weather Instrumentation in SSA

• Stefan Kraft (ESA)

Room: Einstein

SREM and REM data consolidation

• Ingmar Sandberg (Institute of Accelerating Systems and Applications, Athens, Greece)

Room: Einstein

AlphaSat TDP-8 MFS Particle Spectrometer Data Analysis

• Patrícia Gonçalves (LIP - Laboratório de Instrumentação e Física Experimental de Partículas)

Room: Einstein

Improvement of energetic solar heavy ion environment models

• Pete Truscott (Kallisto Consultancy Ltd)

Room: Einstein

Two New ESA Projects for Radiation Belt Modelling

• Daniel Heynderickx (DH Consultancy BVBA)

Room: Einstein

Next Generation Space Environment Information System

• Stijn Calders (BIRA)

Room: Einstein

Non-Ionising Energy Loss (NIEL) calculation software and verification

• Pier Giorgio Rancoita (INFN sez. di Milano Bicocca)

Room: Einstein The screened-relativistic (SR) treatment allows one to evaluate the NIEL (non-ionising energy-loss) deposition due to (nuclear) Coloumb interactions, in elements and compounds, as a function of the displacement threshold energy. The SR-NIEL methodology is reviewed, as well as the status of its implementation in ESA codes and in GEANT4. Furthermore, the irradiation campaign for triple and single junction solar cells, and MESA diodes - realized with the same technology - is discussed. Preliminary results - obtained from triple junction solar cells irradiated with electrons and protons - regarding Pmax, Isc, Voc values will also be presented as a function of the NIEL doses calculated by means of SR-NIEL.

Single Event Radiation Effects In Hardened and State-of-the-art Components for Space and High-energy Accelerator Applications (ESA-CERN collaboration)

• Eamonn Daly (European Space Agency)

Room: Einstein

Upgrade of Open Data Interface (ODI)

• Daniel Heynderickx (DH Consultancy BVBA)

Room: Einstein

ODI integration in SEPEM

• Daniel Heynderickx (DH Consultancy BVBA)

Room: Einstein

News on space dosimetry

• Ulrich Straube (ESA, HSO-UM)

Room: Einstein

Application of the FAIR Facility to Space Radiation Research

• Stefan Metzger (Fraunhofer INT)

Room: Einstein

GEO telecoms radiation tools efficiency improvement with methods and geometry exchanges for industrial tools

• Athina Varotsou (TRAD)

Room: Einstein

Collaborative iterative radiation shielding optimisation system (CIRSOS)

• Pete Truscott (Kallisto Consultancy Ltd)
• Pierre Sarrailh (ONERA - The French Aerospace Lab)
• Fan Lei (RadMod Research)

Room: Einstein

Interoperability for Space Environment Analysis Tools

• Jewel Pervez (etamax space GmbH)
• Julien Forest (Artenum)

Room: Einstein The STEP-SPE is an ESA’s product data standard which is independent from any proprietary data exchange formats. This standard is intended to be used by the space environment analysis tools so called SEATs (e.g. ESABASE2, SPIS, SYSTEMA, FASTRAD, etc.) during the mission design phases to transfer information between SEATs. This activity has developed a STEP-SPE converter for SPIS 5.1 data model and evaluated the STEP-SPE data exchange capabilities of four SEATs (ESABASE2, SPIS, Geant4/GDML and FASTRAD). Finally, it has established a roadmap for further STEP-SPE development.

ESABASE2/Debris

• Anatoli Miller (etamax space GmbH)

Room: Einstein ESABASE2/Debris is ESA’s tool to analyse the effects of the space debris and meteoroid environment on spacecraft in Earth and Lunar orbits. A brief introduction and overview will be given on ESABASE2/Debris and its capabilities. The main topic will be an overview of the current activities and upcoming features of ESABASE2/Debris.

Next Generation Radiation Monitor (NGRM)

• Klaus Buchheim (RUAG Space Switzerland)

Room: Einstein