index - Croissance et propriétés de systèmes hybrides en couches minces

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Mots clés

Back-illuminated CMOS Atomic force microscopy Band structure Arsenic alloys Brillouin light scattering Oxygen deficiency Nucleation Laser ablation Magnetic domains Magneto-optical Kerr effect X-ray diffraction Pulsed laser deposition MnAs Chemical vapour deposition Boites quantiques Anisotropie magnétique 7525−j Thin films Nanostructured materials Carbon Defects Quantum dots Indium oxide GLAD Bi layers Magnetic anisotropy Bi-quantum-dot molecules X-ray detectors Quantum efficiency CHEMICAL-VAPOR-DEPOSITION Chromium films Amorphous silicon nanoparticles Blocking temperature Interfaces Manganese compounds Ellipsometry Metal-insulator transition 2D Soft X-ray detector 7547Lx Thin film Ablation laser pulsé Chemical vapor deposition processes Soft X-ray scattering Band alignment Magnetic films 7820-e Self-assembly 8115Cd SCMOS camera Paramagnetic materials Bi2Se3 Electronic properties Crystal structure 8105Gc Magnetic materials Back illuminated CMOS Nanostructures Body-centered cubic alloy ABSORPTION FINE-STRUCTURE Nanostructure Bilayers Calcium compounds Gallium oxide Molecular beam epitaxy ZnSe CARBON Radiation hardness Spintronic Black crust Angle-resolved photoemission spectroscopy 7840-q Metamaterials Spectroscopie vibrationnelle 7820Ci Magnetisation Vertical epitaxy PIEnergie Photoluminescence Anatase Nanowires Magnetic epitaxial layers GRAPHITE Ab initio calculations 8575−d Magnetism Spintronics Ferromagnetic materials Epitaxial growth Ferromagnetic resonance Beta-silicon-carbide Epitaxy Charge transfer Ferromagnetism Adsorption 6855Ln Optical properties Segregation Bianisotropy Anisotropie magnétique perpendiculaire Ptychography