Electrodynamics of advanced materials

helium-ppms
Helium PPMS Quantum Design

closed-cycled-PPMS
Closed cycled PPMS Quantum Design

liquefier
Liquefier Quantum Design ATL160

dilatometre
Dilatometry DIL402C Netzsch – 20°C to 1500°C

microplasma-treatments
Low pressure microplasma treatment enclosure, developed in the laboratory

microscope-spectrometer-raman
Microscope/spectrometer THz à UV + Raman under vacuum developed in the laboratory
spectrometer-RPE-X-band
Spectrometer RPE BRUKER , X Band (4.21K to 300K)

spectrometer-RPE-X-Q-band
Spectrometer RPE BRUKER , X and Q Bands (4.21K to 300K)

magnetometer-Kerr
Kerr magnetometer - nanoMOKE Durham Magneto Optics : 20K-400K

pulsed-laser-deposition
Pulsed Laser Deposition developed in the laboratory

diffractometer
Bruker D8 discover XRD (teta-teta) : equipped with a furnace from 25°C to 1200°C,helium cryostat from 12 K to 300 K, automatic sample changer and monochromatic option in transmission mode
  • Vacuum point probe station  developed in the laboratory
  • Scanning Probe Microscopes (both in air at RT and ultra high vacuum)
  • 3 furnaces under gaz flow (Pyrox 1500 °C, Vecstar 1220°C, Adamel 1000°C) - 4 muffle furnaces at 1300°C (Carbolite, Thermoline)
  • Magnetometer VSM LakeShore : 1.5 T, 77 K - 400°C
  • Workstation CPU/GPU Dell
  • Bruker D8 XRD (teta-teta) : equipped with an unit which measures in-situ materials under current and temperature 20°C- 800°C, developed in the laboratory
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