Sattonnay G. (Ed). The 19th International Conference on Radiation Effects in Insulators (REI-19)

Book of Abstracts. — Versailles: Université Paris-Saclay, 2017. — 310 p.REI in 2017 is the 19th international conference (2nd – 7th July 2017, Versailles, France) dedicated to research relating to radiation effects in insulators and non-metallic materials. In 2017, discover REI in Versailles, a city which was shaped by French History and in particular under the period of King Louis XIV, at only 20 km from Paris. Since its first edition held in 1981 in Arco, Italy, REI has been the international forum held every two years to present and discuss the latest achievements in the field of insulating materials modification through different kinds of radiation source (ions, electrons, neutrons...). The REI conference is one of the most prominent and long running conference series in the field of radiation effects in materials.International school.
Damage Accumulation Studies in Irradiated Oxides.
Synthesis of Metastable Oxide Phases by Dense Electronic Excitations.
Swift Heavy Ion Shaping od Oxide-Structures.
The effect of local structure in the ion beam modification of silicon nitride.
Investigating Radiation Effects in Materials by Neutron.
Investigation of 2D-hBN and graphene after swift heavy ion irradiation.
Radiation Effects and Quantum Well Intermixing in InGaN/GaN Multi Quantum Wells.
Radiation tolerance of Yttria stabilized Zirconia against SHI irradiation.
Anomalous kinetics of diffusion-controlled F center annealing in neutron irradiated sapphire.
Study of writing laser polarization dependence of femtosecond laser induced circular optical properties.
Ion irradiation of nanomaterials and optical waveguides for photonic applications.
Atomistic simulation of radiation damage at interfaces in glass/crystal composites.
Upconversion luminescence processes in rare earth doped uorides and transparent oxyfluoride ceramics.
Optical detection of spin-dependent recombination for electron and hole defects induced by ionizing radiation in the wide-gap materials.