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

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