INTRINSIC AND PHOTON-INDUCED DEFECTS ASSOCIATED WITH Ge IN OPTICAL FIBER

Fiber beam loss monitor (FBLM) is an attractive solution to measure beam losses intensity and position in real time.. It is a very useful tool, especially, for the commissioning and

It is shown that the germanium-doped optical fiber is not only more sensitive to radiation than these COTS dosimeters but, unlike them, its sensitivity is

We derive the unsuppressed delay noise for three configurations of optical links : two-way method, Sagnac interferometry, and actively compensated link, respectively designed

Our results show that the thermoluminescence response of the Ge-doped optical fibers de- pends linearly on the direct ionizing dose (gamma-, X-rays) or on the indirect ionizing

Develop- ments of the Model of Multiphase Cloud Chemistry (M2C2; Leriche et al., 2001) are described, including the transition metal ions reactivity emission/deposition processes

In this paper, we have theoretically explored the physics of entanglement propagation in photonic Mott insulators in the presence of photon particle losses and dephasing.. We

Keywords: Raman Spectroscopy of Carbonaceous Material (RSCM) / Granite-migmatite dome / Montagne Noire / Variscan orogen / French Massif Central / Recumbent folds.. Résumé – Étude

Etude du rayonnement diurne émis à 557,7 nm et 630,0 nm par l’atome d’oxygènedans la thermosphère de la Terre : analyse de données satellite et modélisation numérique