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Funded Projects / details

Project
Integrated Radiation Environment, Effects & Components Degradation Simulation Tool

Code ESA: 18121/04/NL/ch

Beneficiary Entity

LIP - Laboratório de Instrumentação e Física Experimental de Partículas


Project summary

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Support under

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Region of Intervention

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Funding

Total eligible cost

€ 100000

EU financial support

€ 0.00

National public financial support

€ 0.00



Publications


A Model for Mars Radiation Environment CharacterizationArticle in international journal (with direct contribution from team)accepted
Galactic Cosmic Rays induced Radiation Environment at the surface of MarsInternational Conference Proceedingssubmitted
Models and Computational Tools for Space Radiation EffectsInternational Conference Proceedingspublished

Presentations


Models and Computational Tools for Space Radiation EffectsOral presentation in international conference
A GEANT4 based Model for Mars Radiation Environment CharacterizationPoster presentation in international conference
A Model for Mars Radiation Environment CharacterizationOral presentation in international conference
GEANT4 Particle Transport Software Applications to Radiation Shielding and Human Effects AnalysesOral presentation in international meeting
Mars Radiation Environment and Its Effects on Components, inputs for an integrated software toolOral presentation in international meeting
Mars Radiation Environment Characterization: A GEANT4 based ModelOral presentation in international conference
The Effects of Atmospheric Variations On the High Energy Radiation Environment at the Surface of MarsOral presentation in international meeting
“Galactic Cosmic Rays induced Radiation Environment at the surface of Mars”Poster presentation in international conference

Theses


A model for Mars Radiation Environment Characterization and Effects on Components

Team


Ana Oliveira Braga Keating
Mário João Martins Pimenta