Neutron-induced defects in optical fibers | Zendy

Serena Rizzolo | Zendy; Adriana Morana | Zendy; M. Cannas | Zendy; S. Bauer | Zendy; J. Périsse | Zendy; J-R. Macé | Zendy; R. Boscaino | Zendy; A. Boukenter | Zendy; Y. Ouerdane | Zendy; B. Nacir | Zendy; S. Girard | Zendy

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Neutron-induced defects in optical fibers

Author(s) -

Serena Rizzolo,

Adriana Morana,

M. Cannas,

S. Bauer,

J. Périsse,

J-R. Macé,

R. Boscaino,

A. Boukenter,

Y. Ouerdane,

B. Nacir,

S. Girard

Publication year - 2014

Publication title -

aip conference proceedings

Language(s) - English

Resource type - Conference proceedings

eISSN - 1551-7616

pISSN - 0094-243X

DOI - 10.1063/1.4900465

Subject(s) - materials science , neutron , absorption (acoustics) , luminescence , doping , electron paramagnetic resonance , optoelectronics , crystallographic defect , optical fiber , gadolinium , paramagnetism , nuclear magnetic resonance , optics , nuclear physics , physics , condensed matter physics , composite material , metallurgy

We present a study on 0.8 MeV neutron-induced defects up to fluences of 1017 n/cm2 in fluorine doped optical fibers by using electron paramagnetic resonance, optical absorption and confocal micro-luminescence techniques. Our results allow to address the microscopic mechanisms leading to the generation of Silica-related point-defects such as E', H(I), POR and NBOH Centers.

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