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Feasibility studies for a Mediterranean neutrino observatory — the NEMO.RD Project

Authors :
C. De Marzo
M. Ambriola
R. Bellotti
F. Cafagna
M. Calicchio
F. Ciacio
M. Circella
T. Montaruli
D. Falchieri
A. Gabrielli
E. Gandolfi
M. Masetti
C. Vitullo
G. Zanarini
R. Habel
I. Usai
S. Aiello
G. Burrafato
L. Caponetto
E. Costanzo
D. LoPresti
L. Pappalardo
C. Petta
N. Randazzo
G.V. Russo
O. Troia
R. Barnà
V. D'Amico
E. De Domenico
D. De Pasquale
S. Giacobbe
A. Italiano
F. Migliardo
G. Salvato
A. Trafirò
M. Trimarchi
F. Ameli
M. Bonori
S. Bottai
A. Capone
P. Desiati
F. Massa
R. Masullo
E. Salusti
M. Vicini
R. Coniglione
E. Migneco
P. Piattelli
R. Riccobene
P. Sapienza
M. Cordelli
L. Trasatti
V. Valente
G. De Marchis
L. Piccari
E. Accerboni
R. Mosetti
M. Astraldi
G.P. Gasparini
A. Ulzega
P. Orrù
Source :
Nuclear Physics B - Proceedings Supplements. 87:433-435
Publication Year :
2000
Publisher :
Elsevier BV, 2000.

Abstract

The NEMO.RD Project is a feasibility study of a km 3 underwater telescope for high energy astrophysical neutrinos to be located in the Mediterranea Sea. At present this study concerns: i) Monte Carlo simulation study of the capabilities of various arrays of phototubes in order to determine the detector geometry that can optimize performance and cost; ii) design of low power consumption electronic cards for data acquisition and transmission to shore; iii) feasibility study of mechanics, deployment, connection and maintenance of such a detector in collaboration with petrol industries having experience of undersea operations; iv) oceanographic exploration of various sites in search for the optimal one. A brief report on the status of points i) and iv) is presented here.

Details

ISSN :
09205632
Volume :
87
Database :
OpenAIRE
Journal :
Nuclear Physics B - Proceedings Supplements
Accession number :
edsair.doi...........1213200c70576e8eb3a4c8f1e85df052