Chemical, biochemical, and environmental fiber sensors: 6-7 September 1989, Boston, Massachusetts, Volume 1172
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EVANESCENT WAVE SPECTROSCOPIC SENSING TECHNIQUES I
ENVIRONMENTAL SENSORS I
ENVIRONMENTAL SENSORS II
5 other sections not shown
absorbance absorption ammonia analysis analytical attenuation beam Benzo(a)pyrene bromothymol blue calibration curve carbon monoxide CHCI3 Chem cladding coefficient coil concentration configuration connector core coupled Cresol Red decay detection detector diameter emission environmental enzyme equation evaluation evanescent field excitation experimental fiber optic fiber optic chemical fiber optic sensors FIBER SENSORS fiber-optic fibre filter fluorescence FOCS frequency immobilization indicator infrared instrument intensity jet fuel laboratory laser length lens ligand light linear lock-in amplifier luminescence matrix measurements membrane MLCT modulation monitoring numerical aperture optic chemical sensors optical fiber optode output oxygen PAHs particles pathlength photodiode pK'a polymer pressure probe pulse radiation Raman range RCLF reagent reflection refractive refractive index remote reproducibility response sample scattering sensing sensitivity shown in Figure shows signal silica solution solvent spectra spectrometer spectroscopy spectrum technique temperature transducer transmission vapor waveguide wavelength wavenumber