Fiber-optic metrology and standards: 12-14 March 1991, The Hague, the Netherlands : ECO4
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1504PL1 Distributed optical fiber sensing
1504PL2 Freeelectron lasers as light sources for basic research
STANDARDIZATION OF OPTICAL FIBER METROLOGY
4 other sections not shown
absorption amplitude angle aperture applications attenuation backscatter bend loss birefringence calculated calibration cavity characteristics chromatic dispersion cladding modes coefficient components core coupler coupling curve dependence detected detector diameter distribution dynamic range effect electron beam energy equation evanescent field excess loss experimental Fabry-Perot Fiber-Optic fibre optic field filter frequency function Gyroscope heterodyne I-FOG input intensity laser diode length light linear macropulse measurand measurement method metrology modal mode fibre mode field diameter monomode multimode noise nonlinear numerical aperture obtained operating Optical Fiber Sensors optical power oscillation OTDR output signal parameters passive components performance phase change phase modulation polarization maintaining fiber probe Proc propagation radiation Raman ratio reference refractive index refractive-index resolution response sensitivity sensor shown in figure silica single mode single-mode fibres spatial spectral spectrum splice standard structure taper technique temperature sensor transducer uncertainty undulator wave wavelength WG mode