We investigated the effects of gamma irradiation on radiation-induced attenuation (RIA) in
photosensitive (Ge-doped) and radiation-hard (F-doped) fibers at cryogenic temperatures …

Harsh environments can combine radiations and extreme temperature constraints, which
can both degrade the optical performances of silica-based optical fibers (OFs). Among the …

We systematically explore the suitability of two radiation-sensitive multimode optical fibers
(OFs) with either P or GeP-doped cores to serve as the sensing elements in point or …

This article presents a new prospect for radiation detection exploiting the high radiation
sensitivity of an ultralow-loss pure-silica core optical fiber (ULL-PSCF). This fiber exhibits …

Radiation induced attenuation (RIA) is a major factor affecting the performance of fiber laser
systems operated in adverse environments. To investigate the output characteristics of …

We investigated the origins of the steady state X-ray radiation-induced attenuation (RIA) in
the visible to infrared spectral domains of an ultra-low loss Telecom-grade single-mode …

We present a comprehensive study about the radiation response of ten single mode optical
fibers (SMFs) from three different manufacturers, commercially-available for the …

Simple Summary Distributed optical fiber sensors based on reflectometry techniques are
showing great promise to monitor the evolution of different environmental parameters along …

When optical fibers are exposed to radiation, their signal transmission properties are
degraded due to the generation of radiation-induced point defects in the optical fiber silica …