Head of the team: Christian Angelié/Jean-Maïk Soudan
The general objective is to give a realistic numerical basis to fundamental concepts such as phase transition, chemical segregation and auto organization in Iron/Carbon systems, in relation with the CNT growth on iron catalysts. Novel algorithms and home-made codes are developed to treat of clusters carrying up to a few thousands of atoms. This work develops along two lines:
This research direction was launched thanks to the CEA national programs, CHIMTRONIC and NANOSIMUL.
• Physics and chemistry for life sciences and the environment › Physics and life Laser-matter interaction › Physico-chemistry and Chemical-physics Laser-matter interaction › Physical Chemistry
• Interactions, Dynamics and Lasers Laboratory (LIDYL) - CEA-CNRS and Paris Saclay University • Service des Photons Atomes et Molécules
• Laboratoire Francis Perrin • LUMO-DyR - Reaction Dynamics Team