Master Degree theses subjects 2009/2010

22-04-2009 IST presentation (ppt) (pdf)

Space Radiation Environment and Effects

The study of the radiation environment in the solar system, its effects on electronic components and biological systems are major concerns for space exploration and planetary manned missions. LIP has been cooperating with ESA in complementary studies of the radiation environment in the solar system, involving: modelling of planetary conditions such as atmospheric and soil composition for Mars and its Moons

Radiation Environment in the Heliosphere towards radiation monitoring

Obtain scientific insight in the acceleration and propagation of Solar Energetic Particle (SEP) events and use the acquired knowledge to have a better understanding on how to plan radiation monitoring for future space missions.


Participation in the Heliospheric Network

The heliospheric network is a dedicated group of researchers addressing the challenges and puzzles raised by the data collected in the previous and present solar cycles by the extended and expanded set of heliospheric missions.

Heliosphere Radiation Environment Models from Interplanetary Data

Comparison between the properties of SEP measured at different points in the heliosphere using data from one complete solar cycle from ACE and Ulysses missions collected with similar detectors, EPAM and HISCALE.



Mars Radiation Environment and Effects


MarsREM: Martian Radiation Environment Models

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dMEREM executable - last update (2009, May 5) (restricted)

dMEREM: 18January2009 release, v2(2009, May 5) (restricted)

dMEREM Application, Validation and Optimization Report (restricted)

dMEREM: 18January2009 release (restricted)

dMEREM User Manual for 18January2009 release (restricted)

Preprocessor - Spenvis 3March2009 release (restricted)

Preprocessor - full application: 22Jan2009 release (restricted)

Preprocessor - SPENVIS application: 22Jan2009 release (restricted)

Archives (restricted)



CODES: COmponent DEgradation Simulation tool align box align box




align box Radiation Environment Simulation Tools and Effects on Components

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Radiation Monitors For Future Space Missions


  • Simulation of a Radiation Monitor for Future Space Missions
    20th European Cosmic Ray Symposium. September 5-8, 2006, Lisboa, Portugal. (proceedings)

  • Radiation Monitors for Future Space Missions
    10th user conference and collaboration workshop. November 3-10, 2005, Bordeaux, France.

  • Radiation Monitors for Future Space Missions
    9th ICATPP Conference on Astroparticle, Particle, Space Physics, Detectors and Medical Physics Applications. 17-21 October 2005, Villa Olmo, Como, Italy. (proceedings)


GEANT4

The GEANT4 simulation toolkit is an open source simulation software developed by a worldwide collaboration of institutes and laboratories. Its application domain covers the development of simulation tools for high-energy physics experiments, medical physics and astroparticle physics. The GEANT4 simulation toolkit was and is being used at LIP in the context of several activities.