6.2.3 Difficultés de la remise en place de l'asservissement ,
,
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Au cours de cette thèse nous avons développé un filtre spectral intrinsèquement robuste à une mise en oeuvre in vivo et capable de filtrer le signal de photons marqués. Ce filtre est basé sur le phénomène de creusement spectral, il est réalisé dans un cristal de grenat d'yttrium aluminium dopé au thulium (Tm : YAG) sous champ magnétique. Dans cette thèse, nous avons caractérisé le filtre spectral et mis au point un dispositif expérimental permettant d'imager un gel diffusant simulant un tissu biologique. Des images sur des fantômes calibrés ont été réalisées et confirment le potentiel de ce filtre spectral pour l'imagerie. Nous avons également fait évoluer le montage en remplaçant le laser par une source commerciale que nous avons asservie en fréquence, Narrow spectral filtering detection techniques for Ultrasound Optical Tomography of biological tissues with a Tm :YAG crystal submitted to a weak magnetic field, 2019. ,
Asservissement laser, Milieu diffusant, Imagerie médicale, Cristaux dopés aux ions de terre rare ,