The equipments of the nano-X platform are distributed in the different partners sites as follow:
- Laboratoire de chimie de coordination
- Diffractometer Nonius equipped with a four circle goniometer (kappa geometry), a CCD BRUKER APEX II camera, and a Mo X-ray sealed tube. It is accompanied with a low temperature measurement system using liquid nitrogen: Cryostream (Oxford Cryosystem) allowing to reach 100 K.
- Centre Interuniversitaire de Recherche et Ingénierie des Matériaux
- Diffractometer Bruker D8 Advance
Source : anticathode Cu, programmable divergence slits, 1D detector Vantec. Sample charger (9 positions). A high temperature chamber is available (up to 1200°C).
- Diffractometer Bruker D8 Advance
- Laboratoire de physique chimie des nano-objets
- Diffractometer Panalytical Empyrean
Source : anticathode Co, programmable divergence slits, Bragg-Brentano or Debye-Sherrer geometry, point detector or linear detector Xcelerator, high temperature measurements (up to 1200°C), possiblity to measure air-sensitive specimen, spinner.
For thin film applications, hybrid primary optics (mirror + channel-cut Ge 220 monochromator), chi-phi-z stage. - Diffractomètre Panalytical Empyrean
Source : anticathode Co, primary optic Bragg Brentano HD, linear detector PiXcel, possibility to measure under agressive atmosphere (H2, CO)
- Diffractometer Panalytical Empyrean
- Centre d’élaboration de matériaux et d’études structurales
- Diffractometer Bruker D8 Advance
Source : anticathode Cu, primary optics : monocap to define a 100µm beam size, XYZ sample positioning stage, linear detector. - Diffractometer Bruker D8 Discover dedicated to strain and texture determination
Source : microsource Co, collimator set in order to define a beam size between 50 and 500µm, Chi-phi-XYZ sample positioning stage, 2D detector. - Wide angle X-Ray scattering measurement device
Source : anticathode Mo, Debye Sherrer geometry, SDD detector with high energy resolution.
- Diffractometer Bruker D8 Advance
- D8 Discover dedicated to stress and texture measurements
- © CEMES-CNRS
The nano-X project is co-funded by:
Contact
nicolas.ratel-ramond at cemes.fr