Search Results - "Chesnoy, J."

Resonant impulsive-stimulated Raman scattering on malachite green by Chesnoy, J, Mokhtari, A

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Introduction to submarine networking. An endless challenge for optical design by Chesnoy, J

“…This paper reviews the optical system design for the submarine optical transmission and routing systems and discusses the new challenge open by the expectation…”
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Terahertz fluorescence quantum beats in a dye solution by Mokhtari, A.E.A., Chesnoy, J.

“…Time-resolved fluorescence of a dye molecule in liquid solution at room temperature, monitored with femtosecond resolution, reveals small-amplitude quantum…”
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Highly sensitive 565 Mb/s DPSK heterodyne transmission experiment using direct current modulation of a DFB laser transmitter by Clesca, B., Chesnoy, J., Biotteau, B., Jacquinot, J.C., Accard, A., Bissessur, H., Fernier, B., Lemaire, V.

“…A comparison between external phase modulation and phase modulation obtained through direct current modulation of a multiquantum-well distributed feedback…”
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Femtosecond relaxation of photoexcited holes in bulk gallium arsenide by CHEBIRA, A, CHESNOY, J, GALE, G. M

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Global undersea networks: Technical developments by Chesnoy, J.

“…Optical technology has led to an amazing increase in the deployment of submarine networks. Each year a new generation is scheduled with a higher capacity;…”
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Gain equalization with optimized slanted Bragg grating on adapted fibre for multichannel long-haul submarine transmission by Riant, I., Gasca, L., Sansonetti, P., Bourret, G., Chesnoy, J.

“…Slanted Bragg grating and fiber were specially designed for erbium amplifier gain flattening. Results on 11 cascaded 50-km amplified spans show 0.1 dB gain…”
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Submarine communications the new age of WDM connectivity by Chesnoy, J., Lemaire, V., Barnes, S.R.

“…The emergence of optical amplification and SDH (synchronous digital hierarchy) terrestrial networks has opened up a new range of networking opportunities in…”
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From 40 to 80 10 Gbit/s DWDM transmission for ultra long-haul terrestrial transmission above 3000 km by Marcerou, J.F., Pitel, F., Vareille, G., Ait Sab, O., Lesterlin, D., Chesnoy, J.

“…We report transmission results of 40 to 80 channels at 10 Gbit/s over a terrestrial SMF fiber map with above 80 km spans. From 3000 to 4000 km can be reached…”
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Clinic experimentation with Deturgylone by Decroix, Becqwort-Chesnoy, J

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