Proceedings of specialty fiber optics for biomedical and industrial applications: 10 February 1997, San Jose, California
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Fabrication of chalcogenide glass rods and tubes by processorcontrolled extrusion
Laser power delivery using chalcogenide glass fibers 297705
Hollow silica metal and plastic waveguides for hardtissue medical applications 297706
11 other sections not shown
absorption aluminum angle angular distribution applications arc discharge attenuation bending blackbody C02 laser calculated chalcogenide glasses cladding coefficient core scattering coupler coupling Croitoru curvative damage dB/m decrease defects delivery system detector diameter distal elongation length energy densities EnYAG Er:YAG Erbium excimer laser experimental extrusion fabrication fatigue FEP tube fiber length Fiber Optics fiberscope fibre Figure fused silica fused silica capillary glass fiber glowing fiber hemispherical lens Ho:YAG hollow glass waveguides hollow light guide hollow waveguide imagefiber input end input energy intensity irradiation J. A. Harrington Katzir KrF laser laser beam laser light laser power laser radiation launch lenses lightguide liquid core lock-in material measured mechanical modes Nd:YAG numerical aperture optical fiber output parameters phosphor bronze plastic polyimide propagation pulse radius refractive index side-glowing signal silver halide spectral SPIE suet surface losses tapered Teflon thermal tissue transfer function transmission transmittance UV laser wavelength