Materials
The P2-0091 program focuses on the development of advanced inorganic materials with novel functional properties for applications in electronics, energy, and medicine. The main research areas include: (i) functionalization of silicon for electronic applications; (ii)...
Recent incidents of pipe cracking in nuclear power plants in France, Belgium, and Slovenia have highlighted the deficiencies in the monitoring and predictive capabilities of preventive maintenance programs within the nuclear industry. These shortcomings impede the...
PhD student will be involved in structural and chemical analysis of inorganic materials down to the atomic scale by advanced electron microscopy methods. He/she will learn to use state-of-the-art research equipment, such as the Spectra 300 analytical transmission...
Despite great progress in the field of nanomedicine, most synthetic nanoparticles are recognized by the immune system as foreign, which leads to their rapid removal from the bloodstream and, consequently, a significant reduction in the effectiveness of treatment. New...
This PhD project focuses on the development of advanced tungsten-based composites for plasma-facing components in future fusion reactors. The student will study how controlled carbide reinforcement and thermomechanical processing can be used to tailor microstructure,...