Proceedings of Biomedical Fiber Optics: 31 January 1996, San Jose, CaliforniaAbraham Katzir, James A. Harrington |
Contents
fabrication of coherent IR glass fiber bundles 267702 | 15 |
Mechanical properties of silver halide coreclad IR fibers 267703 | 24 |
Advancements in sapphire optical fibers for the delivery of erbium laser energy and IR sensor | 35 |
Copyright | |
13 other sections not shown
Common terms and phrases
ablation absorption aperture attenuation beam diameter beam profile bending radii C2 fiber chalcogenide glasses chemical CO2 laser coated coefficient core and cladding core/clad fibers Croitoru crucible damage threshold dB/m delivery systems deposition diameter fiber dielectric Dror Er:YAG laser Erbium evanescent wave excimer laser experiment fabricated fiber tip Fiberlase fiberscope fibre Figure film flame polished flexible fluence fused silica Gannot glass fiber high power hollow glass waveguides hollow waveguide imagefiber incision infrared J/cm² Katzir laser beam laser energy laser radiation layer length lesion lightguide liquid core loss measured mechanical properties membranes mesh pattern metal method micromanipulator microns Mo film mode optical fibers output parameters peak polyimide power transmission probe pulse radius refractive index reimaging Saphikon sapphire fibers shown in Fig shows silica fiber silica waveguide Silver Halide SPIE spot surface roughness surgical Teflon temperature thermal TiO2 tissue transmitted tube ULE fibers unclad fibers wavelength