1,721,881 research outputs found
7th Biannual Very Large Volume Neutrino Telescope Workshop, VLVnT 2015
No full textPhysics goals and technological developments of present and future Cherenkov detector for High Energy astrophysical neutrino
Nestor, a neutrino astroparticle physic physics laboratory for the Mediterranean: The physics perspective
No full textSite characterization for a km**3 scale deep underwater astrophysical neutrino observatory in the Mediterranean Sea.
No full textIn the next decade the construction of a kilometer-scale Astrophysical Neutrino Observatory in the Mediterranean Sea could become a reality. NEMO Collaboration has been funded both to study the characteristics of some deep sea Mediterranean sites, close to the Italian coast, where the kilometer-scale Cer enkov Detector could be located, and to develop technologies relevant for its design and optimization. Results obtained so far and the program of work for the near future will be described
NEMO: a project for a Km3-scale neutrino telescope in the Mediterranean Sea near the south Italy coast
No full textedited by L. Beranzoli, P. Favali, G. Smriglio - ELSEVIE
NEMO: a project for the construction of a km3 scale high-energy neutrino telescope in Mediterranean Sea
No full textThe NEMO (NEutrino Mediterranean Observatory) collaboration is conducting an intense activity to develop technical solutions for the deployment of km3 scale neutrino detector in the Mediterranean Sea. The study of underwater networks of electro optical cables and connectors, mechanical layout and data transmission, is conducted together with leading companies in the field of submarine operations. The collaboration has also selected and characterised an optimal marine site in the region of Capo Passero at 3300 m depth, near the Sicilian Coasts. In addition, during year 2001, the collaboration has equipped a Test Site facility 28 km offshore the town of Catania. The facility will be fundamental for prototyping mechanical structures and data transmission systems
Measurements of optical properties in deep seawater for a Mediterranean Km-cube Cerenkov Telescope
No full textHamburg, German
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