In depth exploration of MOFs photophysics and application toward new scintillating materials
Résumé
A scintillator is a material able to convert an incoming ionizing radiation into a burst of photon that are detectable by conventional photomultiplicator. The principal characteristic of organic scintillator is the presence of fluorescent molecules in their composition, which are most commonly aromatic or poly-aromatic. This family of molecules are also widely used as ligand in MOFs design due to their rigidity. Due to their modular chemistry, MOFs are then particularly interesting candidates for scintillating materials. As a first evaluation step, we explore the photophysics of MOFs and then used MOFs as starting materials for mixed organic/inorganic dense materials for radiation detection.
Fichier principal
abstract MOF 2022 GB VF2.pdf (525.02 Ko)
Télécharger le fichier
Euro MOF Vf.pdf (2.41 Mo)
Télécharger le fichier
Origine | Fichiers produits par l'(les) auteur(s) |
---|