Proceedings of Fiber Optic Medical and Fluorescent Sensors and Applications: 23-24 January 1992, Los Angeles, California |
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Page 227
... dynamic modification procedure . The optical fiber surface is first modified with a hydrophobic layer and the specified agent is then associated with this surface through either its inherent or designed hydrophobicity . Through this ...
... dynamic modification procedure . The optical fiber surface is first modified with a hydrophobic layer and the specified agent is then associated with this surface through either its inherent or designed hydrophobicity . Through this ...
Page 228
... dynamic modification procedure is schematically depicted in Fig . 1. The dynamic modification procedure involves two steps : one is a permanent modification , and one which is capable of removal , regeneration , or alteration . The ...
... dynamic modification procedure is schematically depicted in Fig . 1. The dynamic modification procedure involves two steps : one is a permanent modification , and one which is capable of removal , regeneration , or alteration . The ...
Page 232
... dynamic modification , silica gel was modified through an identical procedure . Unmodified gel was then compared with the C - 18 modified silica with respect to its ability to associate 3 - octylriboflavin . The high surface area of the ...
... dynamic modification , silica gel was modified through an identical procedure . Unmodified gel was then compared with the C - 18 modified silica with respect to its ability to associate 3 - octylriboflavin . The high surface area of the ...
Contents
Spatially resolved photopolymerized imageready singlefiber sensor for blood gas analysis | 12 |
an efficient method for evaluation | 25 |
Magnetic resonance imagingguided interstitial application of laser aided by fiber optic | 32 |
Copyright | |
16 other sections not shown
Common terms and phrases
3-octylriboflavin absorption analyte anesthetics anthracene anthrylazamacrocycles antibody applications arterial assay beads beam bilirubin binding biosensor blood gas blood gas monitoring buffer calibration cataract changes Chem chemical chemosensors concentration configuration coupler crystallin detection detector determined diameter dose rate dosimeter dynamic effect electron ellipsometry emission energy evanescent excitation experimental eye lens fiber optic fiber optic sensor fiber sensor fiberoptic filter fluorescence intensity Fluorescence Quenching fluorophores frequency function glucose halide heparin images immobilized interaction irradiation laser lenses Level Light Scattering linear luminescence measurements method microscope modified modulation molecules monitoring normal obtained optical fiber oxygen saturation oxygen sensor Oxygenated and Deoxygenated parameters patient performed photon PRESSURE SENSOR probe protein radiation range ratio reflux refractive index response riboflavin sample sensing sensitivity shown in Figure solution spectra spectrum temperature distribution thermal tonometered transducer TRITC-ConA values vivo waveguide wavelength WEFE Zn(II