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

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