Speaker
Mr
Alexander Enzenhöfer
(ECAP, University of Erlangen)
Description
Accurate acoustic position calibration of the optical modules is a necessary
prerequisite for neutrino telescope data analysis.
For KM3NeT, the integration of the corresponding acoustic sensors into the optical
modules is investigated. The combination of both sensor types inside one module
reduces the complexity of the mechanical structures and interfaces to a minimum,
leading to an increase in reliability and operational stability.
The design of such opto-acoustical modules will be discussed and first data recorded
with prototypes installed in the ANTARES and NEMO detectors presented.
Finally, an outlook to a possible application for acoustic neutrino detection studies
will be given.
Primary author
Mr
Alexander Enzenhöfer
(ECAP, University of Erlangen)
