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Requirements and development plans TU Darmstadt, European XFEL

This project focuses on improving and validating a radioactive decay simulation code to enable unit testing, interchangeability, speed enhancement, and long-term activation. Collaboration and correct validation are crucial for space, medical, and radiation security applications.

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Requirements and development plans TU Darmstadt, European XFEL

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  1. Requirements and development plans TU Darmstadt, European XFEL Geant4 Technical Forum 3 March 2011 • Improvements and validation of the radioactive decay simulation Code: facilitate unit testing, interchangeability (i.e. Beta-Fermi implementation), enhance speed. Include long term activation Validation: self consistent experiments → using standard sources in progress, using normal sheath activation on satellite components planned in AugustData files: Include data origin and allow user friendly update from data sources. • Collaboration in progress • Correct and validated simulation important for many applications: space, medical, low background experiments, radiation security Steffen Hauf | Institut für Kernphysik | TU Darmstadt

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