Add to ORKGInternational audienceIn this paper we report results of thermal anneal study to investigate the correlation between radiation effects on erbium-doped aluminosilicate fibres made by MCVD and the increase of the optical absorption of AlE' and NBOHC centres. Thermolumiscence and absorption measurements in the UV-Visible and NIR domains clearly show that Er 3+ ions are involved in this optical absorption behaviour
Motivated by an increasing demand for functionality and reliability of systems operating in harsh, i...
Motivated by the deployment of erbium/ytterbium doped optical fibres (EYDFs) in harsh radiation envi...
The integration of rare-earth doped optical fibers as part of fiber-based systems in space implies t...
International audienceIn this paper we report results of thermal anneal study to investigate the cor...
International audienceRadiation effects in ytterbium-doped silica optical fibers are still poorly st...
Radiation effects in ytterbium-doped silica optical fibers are still poorly studied despite their im...
International audienceBy considering samples of ytterbium-doped silica glass from fibre preforms, we...
In this work we investigated the point defects at the origin of the degradation of radiation-tolera...
In this work we investigated the point defects at the origin of the degradation of radiation-toleran...
International audienceThis work investigates the local interplay between radiation-induced darkening...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
Motivated by an increasing demand for functionality and reliability of systems operating in harsh, i...
Motivated by the deployment of erbium/ytterbium doped optical fibres (EYDFs) in harsh radiation envi...
The integration of rare-earth doped optical fibers as part of fiber-based systems in space implies t...
International audienceIn this paper we report results of thermal anneal study to investigate the cor...
International audienceRadiation effects in ytterbium-doped silica optical fibers are still poorly st...
Radiation effects in ytterbium-doped silica optical fibers are still poorly studied despite their im...
International audienceBy considering samples of ytterbium-doped silica glass from fibre preforms, we...
In this work we investigated the point defects at the origin of the degradation of radiation-tolera...
In this work we investigated the point defects at the origin of the degradation of radiation-toleran...
International audienceThis work investigates the local interplay between radiation-induced darkening...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
International audienceOnline X‐ray radiation induced attenuation (RIA) has been performed in alumino...
Motivated by an increasing demand for functionality and reliability of systems operating in harsh, i...
Motivated by the deployment of erbium/ytterbium doped optical fibres (EYDFs) in harsh radiation envi...
The integration of rare-earth doped optical fibers as part of fiber-based systems in space implies t...