Skip to content

Multifunctional Nanostructured Materials

The research interest of this group focuses on:

  • Synthesis of nanopowders using hydrothermal, coprecipitation and sol-gel synthesis techniques, including their morphological, textural and structural characterization.
  • Consolidation of nanopowders into dense nanostructured materials and characterization of their physical properties (mechanical, optical, electrical…).
  • Precise characterization of the materials\’ structure using advanced X-ray diffraction techniques and synchrotron light.
  • Theoretical investigation of excited state photophysical and photochemical processes and charge transfer and transport processes in novel materials
Fracture surface of a hydroxyapatite specimen sintered at 1200°C by Spark Plasma Sintering.
Fracture surface of a hydroxyapatite specimen sintered at 1200°C by Spark Plasma Sintering.