Bienvenue sur la collection de l'équipe Nanomatériaux, Ions et Métamatériaux pour la PHotonique (NIMPH) du laboratoire CIMAP

Semiconductors PZT Magnetron sputtering Fluorescence Rare earth Photoluminescence RF magnetron sputtering Grazing incidence X-ray diffraction Sputtering Rare-earth- doped materials Resistive Switching Silicon nanocrystals High-k dielectrics Infrared absorption Energy transfer Structural properties Friction Citric acid Waveguide M-lines Atom probe tomography Hillocks Multilayers Electroluminescence Luminescence Silicon nanoclusters Nanoparticles MoS2 Nanostructured materials Si nanocluster IR spectroscopy Down-conversion Doping CoMoS Microstructure physique Al2O3 Si-rich silicon oxide Couches minces semi-conductrices Pulvérisation magnétron radiofréquence Nanostructures Nanostructure Silicon Rare-earth ions Terbium HR STEM-HAADF Matériaux hybrides Guide d'onde Films Epitaxy Silicon photonics Silicon nitride Oxides Feature erasure SiC Oxide interface Irradiation Raman Microstructure Crystal structure XRD Microstructure physics Electron paramagnetic resonance Terres rares AFM Phase transition Waveguides Oxygen vacancies Pulvérisation cathodique Nanoparticules Thin films Rare-earth Nanostructuring Neodymium Erbium Refractive index Quantum-well Radiofrequency magnetron sputtering Reactive magnetron sputtering Photovoltaic Couches minces Cerium Silicium GENOMIQUE ADE-FDTD CO adsorption Oxide materials Optical amplifiers Cathodoluminescence Rare-earth-doped materials Hafnium silicate Thin film Raman scattering Lifetime Liposomes Laser pyrolysis Computational electromagnetic methods Hafnium silicates FTIR Conductivity Rare earths