DEN: Thesis subject SL-DEN-19-0064
Swift ion irradiations are central to many industrial applications and not only for the nuclear industry. Think of the electronics and of the solar panels on board of artificial satellites subject to the solar wind. Moreover, nuclear medecine uses ion irradiation to eradicate tumors.
In order to quantify the damage and the implantation of the ions, it is compulsory to establish accurate data for the ion-matter interaction. This interaction mainly occurs through the electronic excitations.
As electrons are quantum particles, quantum mechanics is of course the right level of description.
We propose in this thesis to produce a computer code using the most fundamental laws of the quantum mechanics to describe the violent electronic excitations induced by the irradiation. We will more specifically target to the swift heavy ion irradiations that are still beyond the capabilities of our existing tool and for which the experimental data are still scarce today.
Service de Recherches Métallurgiques Physiques
Service de Recherches de Métallurgie Physique
Start date of the thesis: 01/10/2019
Physique en Île-de-France (EDPIF)