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Mechanical properties of fiber coatings by dynamic mechanical analysis of optical fibers
Dependence of fiber strength on time temperature and relative humidity Invited Paper
31 other sections not shown
absorption adhesion promoter aerogel attenuation bending birefringence cable carbon coating cladding coated fibers coil components connector core corrosion coupler coupling cutoff wavelength degradation dependence device diameter dose effect Electronics environment experimental fabrication failure rate fiber optic fibre film fused biconical taper fusion splices glass transition temperature hermetically coated increase insertion loss irradiation krad laser diodes layer length lifetest lifetime manufacturer materials measured mechanical splices modal noise mode modulation MRad n-value observed optical fiber optical loss output parameter particles peak performance photoresist planar waveguide polarization polymer preform primary coating Proc proton radiation refractive index region reliability samples secondary coating sensor shown in Figure shows silane silica single-mode spectra SPIE splitters static fatigue stub fiber substrate surface technique temperature tensile strength thermal thickness transmission tube water immersion wavelength Weibull winding zero stress aging zirconia