Toulouse
France
Laboratoire d'analyse et architecture des systèmes (LAAS-CNRS)
TiB2 oxidation, Reactive force field molecular dynamics, Density functional theory
Modelling hydrous RuO2, Hydrated nanoporous RuO2, Hydrogen migration, RuO2 supercapacitors
transient electronics, anti-reverse engineering, anti-hacking, nanoenergetic materials, PyroMEMS, 3D printing
Reactive force field molecular dynamics, Potential of Mean Force (PMF) analysis, water-ethanol-TiO2 interface, hydrogen production, hydrated-TiO2
Gaussian Process, Active learning, Inverse design, Reactive materials, Acquisition function, Expected Mahalanobis
Titanium diboride, ternary nanothermites, thin-films, reactive materials
MEMS, Igniters, Thin-films, direct ink writing, energetic materials
Thermite, Al, CuO, flame front, CFD, Euler, combustion
Thin-films, sputtering, energetic material, nanolaminates, Zirconium
