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0utside Vapor Deposition
VaporPhase Axial Deposition Method
Manufacturing of 0ptical Fibers
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0H ions absorption achieved Ainslie AT&T AT&T Technologies bandwidth burner chemical chemical vapor deposition Chida coating collapse composition Conf consolidation core diameter Corning Glass dB/km dehydration deposited cladding deposition rate dispersion dopant draw speed Edahiro effects Electron Fiber Commun fiber designs fiber drawing Figure flame flow rate fluorine furnace g/min gas flow Ge02 concentration GeCl4 germanium glass particles graded-index fiber heat Horiguchi hot zone improve incorporation increase index difference Kawachi laser layer length Lett lightguide loss spectrum low-loss MacChesney manufacturing MCVD fibers MCVD process measured microbending multimode fiber operation optical fibers optimized oxidation Paek parameters performance porous preform pressure Proc production radius Rayleigh scattering refractive index profile saturated vapor pressure shown in Fig SiCl4 silica tube silicone single-mode fiber sintering soot splicing strength stress substrate tube Sudo surface Tech technique temperature thermal tion torch typical U.S. patent vapor deposition wavelength