Disorder and optical properties                    Radiative and Thermal properties GRPTM


News               ACRT


The research axe " Optical and Thermophysical Properties" links two teams among the seven developed at the CRMHT.
The research aim of this group is mainly oriented to the study of the optical properties with the temperature. We are interested by oxide materials (from single crystals to ceramics and glasses in their solid and liquid states), but the studies are extended to other families such as nitrides, carbides, materials for high temperature applications. The microscopic approach is performed on different spectroscopies, infrared, Raman, Brillouin. To take into account the links between  the transport properties in the solids and in the liquids, macroscopic characterization of the ionic mobility, and the measurement of the thermal emission of semi-transparent materials, dominated by the same mobility at high temperature, we shared our activity into two research topics strongly linked.

 

 

Actes des Journées thématiques du GFSV

Chaumont/Tharonne, janvier 2006

 Spectroscopies Infrarouge et Raman
  Mesures in situ et rayonnement thermique

Optical and Thermophysical Properties
Propriétés Optiques et Thermiques

Coordinateur : Patrick Simon
Topics responsibles : Patrick Simon et Patrick Echegut

Désordre et Propriétés Optiques 
(responsible : Patrick Simon)
Disorder and optical properties   aspects vibrationnels (vibrations, structures, instabilités, désordre, …)

Radiative and Transport Properties of Materials

(responsible : Patrick Echegut)
Radiative and Thermal properties 

  • Infrared and visible spectroscopy (reflectivity, transmissivity and emissivity)

  • Thermo radiative properties of heterogeneous materials

  • Solid/solid and solid/liquid transitions at high temperature

  • Transport properties, ionic mobility of solids and liquids

     

    Software resources
    (responsible : Domingos De Sousa Meneses)
    Spectroscopic Modeling
     Focus is a versatile curve fitting program able to simulate very different kinds of optical spectra.
    Optical Spectroscopy Markup Language
     OSML is a XML-based  language for encoding spectroscopic models and representations of  optical functions.

    Expérimental devices

  •   CNRS-CRMHT | DOP| GRPTM| FOCUS| OSML | DEVICES

    Pages trouvéessince 10/22/2004
    Dernière modification - last update :09/18/06 by
    P. Simon.