The possibility to use a single mode erbium-doped fiber laser as hydrophone for deep sea acoustic detection is considered. The high sensitivity of these sensors, their immunity from electromagnetic fields and their faculty to work at high environmental pressure, make them particularly suitable for a wide range of deep sea acoustic applications, and in particular as acoustic detectors in under-water telescopes for high-energy neutrinos. (c) 2006 Elsevier B.V. All rights reserved
Hydrophones based on optical fiber technology are a promising alternative to ceramic detectors, when...
A fiber laser hydrophone with enhanced sensitivity is demonstrated. Two diaphragms with a hard core ...
Acoustic neutrino detection is a promising approach to instrument the large detector volumes needed ...
The present work describes the development of a hydrophone prototype for deep-sea acoustic detection...
The development of hydro-phonic sensors for deep see acoustic detection is described. The sensitive ...
The detection of ultra high energetic cosmic neutrinos provides a unique means to search for extraga...
Cosmic neutrinos with ultra high energies can be detected acoustically using hydrophones. The detect...
It is a well studied process [1, 2] that energy deposition of cosmic ray particles in water that gen...
Optical fiber hydrophones provide a promising technology for a future neutrino telescope that enable...
A neutrino is a intriguing subatomic particle. Although the neutrino is the second most abundant kno...
This work describes the progress in the developing of a hydrophonic sensors array, based on fiber la...
The scientific prospects of detecting neutrinos with an energy close or even higher than the GKZ cut-...
Since the 1970s fiber optics has been introduced as a replacement in many industrial areas, especial...
Since the 1970s fiber optics has been introduced as a replacement in many industrial areas, especial...
In this work we present the progress in developing a fibre laser hydrophone array, based on Distribu...
Hydrophones based on optical fiber technology are a promising alternative to ceramic detectors, when...
A fiber laser hydrophone with enhanced sensitivity is demonstrated. Two diaphragms with a hard core ...
Acoustic neutrino detection is a promising approach to instrument the large detector volumes needed ...
The present work describes the development of a hydrophone prototype for deep-sea acoustic detection...
The development of hydro-phonic sensors for deep see acoustic detection is described. The sensitive ...
The detection of ultra high energetic cosmic neutrinos provides a unique means to search for extraga...
Cosmic neutrinos with ultra high energies can be detected acoustically using hydrophones. The detect...
It is a well studied process [1, 2] that energy deposition of cosmic ray particles in water that gen...
Optical fiber hydrophones provide a promising technology for a future neutrino telescope that enable...
A neutrino is a intriguing subatomic particle. Although the neutrino is the second most abundant kno...
This work describes the progress in the developing of a hydrophonic sensors array, based on fiber la...
The scientific prospects of detecting neutrinos with an energy close or even higher than the GKZ cut-...
Since the 1970s fiber optics has been introduced as a replacement in many industrial areas, especial...
Since the 1970s fiber optics has been introduced as a replacement in many industrial areas, especial...
In this work we present the progress in developing a fibre laser hydrophone array, based on Distribu...
Hydrophones based on optical fiber technology are a promising alternative to ceramic detectors, when...
A fiber laser hydrophone with enhanced sensitivity is demonstrated. Two diaphragms with a hard core ...
Acoustic neutrino detection is a promising approach to instrument the large detector volumes needed ...