Space environment and effects analysis for ESA missions - Geant4

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Space environment and effects analysis for ESA missions - Geant4

Radiation EnvironmentModel Development• TREND: Trapped Radiation ModelDevelopments (1989-’99)• Methods to improve static models constructedfrom 1960s data• radiation belt dynamics• correlation with geophysical parameters.• use of new data sets and advances inradiation belt physical simulations• inner proton belt interactions with theatmosphere• Update of UNIRAD – radiation environmentsoftware package and development of UNILIB- subroutine library for software development.• http://www.magnet.oma.be/home/trend/trend.html• RERMM: Radiation Environment Researchfrom Multiple Monitors• Develop tool to interpolate betweenheterogeneous measurements of ionisingparticles• Future anomaly analysis and characterisationof detector background• Possible Interpolation and/or Forecast Toolfor SPEs• Simulation of shock propagation to 1 AUProduced by Angels Aran and Blai Sanahuja of University of Barcelonaand David Lario of Johns Hopkins University• Energetic Electron Environment Modelsfor MEO• Galileo system interaction with the outerelectron belt• Open competitionG.Santin 9th Topical Seminar on Innovative Particle and Radiation Detectors 23 - 26 May 2004 Siena, Italy 18

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