Sensor acústico distribuido basado en OTDR sensible a la fase y pulsos chirpeados
- Juan Pastor Graells
- A. García Ruiz
- María R. Fernández Ruiz
- Hugo F. Martins
- Sonia Martín López
- Miguel González Herráez
- Germán Ros Magán (coord.)
- Antonio Guerrero Ortega (coord.)
- Cristina Tejedor Martínez (coord.)
- Francisco Pascual Vives (coord.)
- Paloma Ruíz Benito (coord.)
- Vanessa Tabernero Mago (coord.)
Éditorial: Editorial Universidad de Alcalá ; Universidad de Alcalá
ISBN: 978-84-16599-48-6
Année de publication: 2017
Pages: 257-264
Congreso: Jornadas de Jóvenes Investigadores de la Universidad de Alcalá (6. 2017. null)
Type: Communication dans un congrès
Résumé
Distributed sensors allow for the measurement of different physical parameters (temperature, deformations, vibrations, etc.) along large distances. All of them employ scattering phenomena (Rayleigh, Brillouin, Raman) produced during the light propagation along the optical fibers. The present work will focus on the phase-sensi- tive OTDR, commonly used for detection and characterization of vibrations. These measurements, realized along tens of kilometers, permit the surveillance of large perimeters and civil infrastructures. It will be introduced a recent progress in this technology, which allows for distributed acoustic measurements using chirped pulses.