Program

Invited Talk - Scintillating sol-gel silica glasses and optical fibers for remote ionizing radiation dosimetry

Session: Radioluminescence

Optical Fiber-based Dosimetry for 15 MeV Proton Beam Monitoring

Radiation-Induced Luminescence Study in Different Low-OH Pure Silica Core Optical Fibers

Combined theoretical and experimental evaluation of the energy dependence of the radioluminescence phenomenon in Ce-doped optical fibers

Coffee Break

Session Advanced technologies and techniques

3D Printing of Silica-based Binary and Ternary Oxide Systems using Two-photon Polymerization

Bias-Dependent TID Effects and Annealing Recovery in Power COTS GaN HEMTs

Electric charges as an apparent governing parameter for electron induced stress relaxation in amorphous silica micropillar

Lunch Break

Invited Talk - Photosensitive oxide glass for direct 3D writing of integrated photonic components

Session: RadioPhotoluminescence

Monte Carlo Simulation dosimetry study of cylindrical FD-7 radiophotoluminescent dosimeters in different radiation environments

Sensitivity degradation and regeneration behavior in silver-doped RPL glass dosimeters under multiple thermal annealing cycles

Impact of thermal annealing on radiation induced attenuation for radiophotoluminescence glass dosimeters at high X-ray doses

Monte Carlo Simulation dosimetry study of cylindrical FD-7 radiophotoluminescent dosimeters in different radiation environments

Session Poster ---- P1: Enhanced Spatially-Resolved Optical Fiber-Based Dosimetry Through Optical Frequency Domain Reflectometry (J. Perrot, Uni. Saint-Etienne) --- P2: Exploiting the Yb2+ Ion Lifetime for Optical Fiber-Based Cryogenic Thermometry (A. K. Alem, Uni. Saint-Etiienne) --- P3: Feasibility of In Vivo Dosimetry in Contact Radiotherapy Using a Germanium-Doped Silica Optical Fiber (G.Shumilov, Centre Hospitalier Princesse Grace) --- P4: Hybrid sol-gel waveguide sensor for damage detection in aerospace domain (M. Royon, Uni. Saint-Etienne) --- P5: Influence of OH content and pre-irradiation on the radiation-induced luminescence of pure-silica-core optical fibers (M. R. Coto Antunez, Uni. Saint-Etienne) --- P6: Optical fibers irradiation at the n_TOF NEAR station at CERN: a Monte Carlo simulation dosimetry study (M. Avesani, Uni. Saint-Etienne) --- P7: Pulsed X-ray Radiation Responses of Single-Mode and Multimode Fluorine-doped Optical Fibers (V. De Michele, Uni. Saint-Etienne) --- P8: Radiation response of different types of germanosilicate multimode optical fibers (A. Travailleur, Polytechnique) --- P9: Radiation response of different types of germanosilicate multimode optical fibers (G. Ciachera, Uni. Saint-Etienne) --- P10: Radiation-Induced Defects and Structural Modifications in SiO2: Insights from Electron Irradiation (A. Alessi, Polytechnique) --- P11: The NanoSaintÉtienne platform for surface structuration and functionalization (A. Meyer, Uni. Saint-Etienne) --- P12: X-ray Radiation Induced Luminescence of a Medium-OH Pure Silica Core Multimode Optical Fiber: Potential and Limitations for Dosimetry Applications (L. Breccia, Uni. Pavia) --- P13: X-ray Radiation-induced Changes on Er3+ Ions Cross Sections (A. Facchini, Uni. Saint-Etienne) --- P14: PETRA: an Experimental Platform for X-ray Radiation Testing of Materials and Components (S. Girard, Uni. Saint-Etienne)--- P14: PETRA: an Experimental Platform for X-ray Radiation Testing of Materials and Components (S. Girard, Uni. Saint-Etienne)--- P14: PETRA: an Experimental Platform for X-ray Radiation Testing of Materials and Components (S. Girard, Uni. Saint-Etienne)--- P14: PETRA: an Experimental Platform for X-ray Radiation Testing of Materials and Components (S. Girard, Uni. Saint-Etienne) --- P15: First On-Line Optical Glasses and crystals Measurements in a Nuclear Research Reactor for a Future Confocal Chromatic Sensor (M. Agoyan, CEA-UJM) --- P16: CABRI Irradiation Facility (M. Pouradier, CEA)