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Article
Title Water transparency measurements in the deep Ionian Sea
Author(s) Anassontzis, E G (Athens U.) ; Ball, A E (Athens Observ. ; NESTOR Inst., Pylos ; CERN) ; Belias, A (Athens Observ. ; NESTOR Inst., Pylos) ; Fotiou, A (Athens Observ. ; NESTOR Inst., Pylos) ; Grammatikakis, G (Crete U.) ; Kontogiannis, H (Unlisted, GR) ; Koske, P (Kiel U.) ; Koutsoukos, S (Athens Observ. ; NESTOR Inst., Pylos) ; Lykoussis, V (Unlisted, GR) ; Markopoulos, E (Athens Observ. ; NESTOR Inst., Pylos) ; Psallidas, A (Athens Observ. ; NESTOR Inst., Pylos) ; Resvanis, L K (Athens Observ. ; NESTOR Inst., Pylos ; Athens U.) ; Siotis, I (Democritos Nucl. Res. Ctr.) ; Stavrakakis, S (Unlisted, GR) ; Stavropoulos, G (Athens Observ. ; NESTOR Inst., Pylos) ; Zhukov, V A (Moscow, State Open Pedag. U. ; Moscow, INR)
Publication 2010
In: Astropart. Phys. 34 (2010) 187-197
DOI 10.1016/j.astropartphys.2010.06.008
Subject category Detectors and Experimental Techniques
Accelerator/Facility, Experiment CERN LHC ; ATLAS
Abstract A long optical base line spectrophotometer designed to measure light transmission in deep sea waters is described. The variable optical path length allows measurements without the need for absolute or external calibration. The spectrophotometer uses eight groups of uncollimated light sources emitting in the range 370–530 nm and was deployed at various depths at two locations in the Ionian Sea that are candidate sites for a future underwater neutrino telescope. Light transmission spectra at the two locations are presented and compared.

Corresponding record in: Inspire


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