Fiber Optic Sensors II: 31 March-3 April 1987, The Hague, The NetherlandsAnna Maria Verga Scheggi |
Contents
PL03 Production of optical fibers for telecommunication with the PCVD process G Kuijt Philips Netherlands | 8 |
OPENING SESSION | 15 |
DISTRIBUTED SENSORS | 25 |
Copyright | |
7 other sections not shown
Common terms and phrases
absorption acoustic amplitude applications backscatter ball lens bandwidth beam birefringence chemical cladding coefficient components configuration core coupler coupling crucible curve dependence detection detector device diameter displacement distribution effect electrical electronic excited experimental fiber optic fiber optic sensor Fiber Sensors fiber-optic filter fluorescence frequency function glass heterodyne input intensity interferometer laser diode layer length light linear magnetic field magnetostrictive material measurand measurement microbend modulation monitoring multimode multiplexing noise obtained optical fibre optical fibre sensors optical power optode oscillator OTDR output oxygen parameters phase modulator phase shift photodetector photodiode Photofrin piezoelectric polarisation polarization pressure probe pulse range ratio reflection refractive index resonator response robot sample SAN DIEGO sensing sensitivity sensor head shown in Figure signal silica silicon single mode spectral strain structure surface technique temperature sensor thermal transducer transmission transmitted variation vibration voltage wave waveguide wavelength