Contactez-nous! +33 (0)2 31 45 28 21
lcs@ensicaen.fr
  • Français
Laboratoire Catalyse et SpectrochimieLaboratoire Catalyse et SpectrochimieLaboratoire Catalyse et SpectrochimieLaboratoire Catalyse et Spectrochimie
  • Who are we?
  • Research at LCS
    • Publications
    • EDRF Projects
    • ANR projects
    • Research at LCS
      • Spectrocat group
      • Zeolithes group
    • News
    • Lab activities and organization
    • Education
    • The doctoral and postdocs blog
    • History
  • Technical platforms
    • Catalytic Tests & Chemisorption Platform
    • VISIO platform
    • Solid State NMR platform
      (NMR center of Caen-Normandy)
    • Synthesis & Characterization Platform
  • Industrial partnership
  • Contact us!
    • Work at the lab
    • Contact us!
    • Laboratory staffs
    • LCSValoris serving companies
Next Previous

Open Position for Post Doc: Nanozeolites as an oxygen carrier (nanozeoxy) for hypoxic tumors

22 January 2021

Job offer published on CNRS website

Missions: 

The main objective of the project is to develop nanozeolites and to be used as an oxygen carrier toward treatment of hypoxic tumors. The emphasis will be on the synthesis of nanozeolites using buffers and various solvents toward preparation of biocompatible nanozeolites, followed by comprehensive characterizations.

 

Activities: 

The Post Doc will be in charge of the new synthesis of nanozeolites from colloidal precursor suspensions, followed by purification, ion-exchange and stabilization of water-clear suspensions. The properties of the nanozeolites in liquid and solid state will be characterized including chemical composition, porous architecture, size and morphology. A particular attention will be paid on the stability of the nanocrystals in different solvents and their translation to bio-objects. The pore structure, diffusion, adsorption and desorption phenomena within the zeolite nanocrystals will be studied. The optimization of the zeolite synthesis will be carried out in order to obtain materials with excellent O2 capacity and controlled diffusion.

Copyright 2021 - Laboratoire Catalyse & Spectrochimie - Directeur de publication : Guillaume CLET | Creative Commons 4.0 International
  • Français
Laboratoire Catalyse et Spectrochimie
Login

Lost your password?

Reset Password

Log in