CORDIS Project
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This project focuses on understanding how ions interact with materials, particularly in the context of nuclear applications and cancer treatment. It aims to develop a flexible computational method to accurately simulate electronic stopping power in various materials, enhancing knowledge in this critical area.
Ions traveling through matter at enough speed give rise to non-adiabatic processes by which the electrons of the system become excited.
The quantitative understanding of these processes and the ability to reproduce them accurately on the computer is of direct relevance to, among others, the nuclear and space industries and to cancer radiotherapy with ions.
In spite o this importance, ab initio calculations of the electronic stopping power in materials represent a research field still to flourish…
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