The Atmospheric & Space Environment COMET organized the “OMERE 5.0 Workshop” at CLS (Toulouse) on 15 & 16 May 2017.
OMERE is a freeware dedicated to space environment and radiation effects on electronic devices. This tool is developed by TRAD with the support of the CNES. It also includes the requirements of our partners: THALES ALENIA SPACE, AIRBUS DS, EADS-ST, ONERA, CEA, ESA. OMERE computes the space environment and the radiation effects on electronic equipment in terms of dose, displacement damage, single event effect and solar cell degradation.
The interface has been designed in collaboration with industrial partners in order to provide users with the fastest and most efficient way to perform radiation effect analysis. This software is freely available on the WEB since 2003.
Program
May 15, 2017
- Context, Objectives, Partnership (Denis Standarovski, CCT-ENV, CNES, France)
PART 1 : General
- OMERE v5 - Introduction (Athina Varotsou, TRAD, France)
- Mission parameters and orbit definition (Athina Varotsou, TRAD, France)
PART 2 : Environment
- Introduction to the space environment (Athina Varotsou, TRAD, France)
- Cosmic Rays Models (Robert Ecoffet, CNES, France)
- Solar Particles (Piers Jiggens, ESA, Netherlands)
- Geomagnetic Shielding Models (Vincent Maget, ONERA, France)
- Trapped Particles Models (Angelica Sicard, ONERA, France)
- Round table : perspectives (GREEN, AE9/AP9, SAPHIRE) + questions
May 16, 2017
- Introduction (Denis Standarovski, CCT-ENV, CNES, France)
PART 3 : Cumulative Effects
- Total Ionizing Dose in OMERE (Pierre Pourrouquet, TRAD, France)
- Total Non Ionizing Dose in OMERE (Pierre Pourrouquet, TRAD, France)
- TNID recent studies results (R&T CNES/TRAD 2016) (Pierre Pourrouquet, TRAD, France)
- NEMO-ONERA Code (Christophe Inguimbert, ONERA, France)
PART 4 : Single Event Effects
- Presentation of the OMERE SEE interface (Jérémy Guillermin, TRAD, France)
- SEE test results: modelling, optimisation (Nicolas Sukhaseum, TRAD, France)
- Critical Parameter Definition: sensitive cells, sensitive volume thickness (Nicolas Sukhaseum, TRAD, France)
- SIMPA, METIS Models (Cécile Weulersse, Airbus Innovation Group, France)
- Environment Specification (Robert Ecoffet, Radiation Partnership, France)
- Transfer Function and contribution of the trapped protons in SAA (Guy Rolland, CNES, France)
PART 5 : Users Feedbacks – The future
- User Feedback – Airbus (Renaud Mangeret, Airbus, France)
- User Feedback – SODERN (Matthieu Beaumel, SODERN, France)
- The future: new effects, new modelling (Robert Ecoffet, CNES, France)
- Future OMERE versions (Athina Varotsou, TRAD, France)
- Round table : collection of user needs
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