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

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