@article{3053366,
    title = "NESTOR: a status report",
    author = "Bottai, S and Anassontzis, EG and Athanasopoulos, C and Barone, M and and Grammatikakis, G and Katsanevas, S and Kourkoumelis, C and and Manousakis-Katsikakis, A and Resvanis, LK and Siotis, I and Sotiriou, SA and and Voulgaris, G and Minkowski, P and Grieder, PKF and Ball, AE and and Cartacci, AM and Monteleoni, B and Naumov, VA and Trasatti, L and and Fahrun, E and Keusen, U and Koske, P and Rathlev, J and Schmidt, NP and and Voigt, G and Bezrukov, LB and Butkevich, AV and Dedenko, LG and and Karaevsky, SK and Mironovich, AA and Zakharov, LM and Zheleznykh, IM and and Zhukov, VA and Demidova, TA and Deineko, AO and Eremeev, AP and Paka, VT and and Permyakov, AA and Platonov, MN and Rukol, VK and Sheremet, NA and and Surin, NM and Albul, VI and Ledenev, VV",
    journal = "Nuclear Physics B - Proceedings Supplements",
    year = "2000",
    volume = "85",
    pages = "153-156",
    publisher = "ELSEVIER SCIENCE BV",
    issn = "0920-5632",
    doi = "10.1016/S0920-5632(00)00499-0",
    abstract = "NESTOR is an underwater neutrino astrophysics laboratory to be located
in the international waters of the southwest of Greece. The first phase
of this experiment is the construction and deployment of one hexagonal
tower consisting of 168 optical modules, with effective area of
20000m(2) for E greater than or equal to TeV neutrinos. Over the past
few years detailed studies of the site have been carried out while many
tests have been performed. The current status of the preparation of the
experiment and the future plans will be presented."
}