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Influence of stress relaxation in primary coatings on low-temperature attenuation in optical fibers

机译:底涂层应力松弛对光纤低温衰减的影响

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Abstract: The attenuation of signal in dual coated optical fibers is sensitive to a number of parameters related to glass design (mode field diameter, cutoff wavelength, etc.), to environment (temperature, stresses), to cable design and fabrication (loose tube, ribbon, crossovers, point stresses, etc.), and to coating properties. The coating properties, principally the temperature dependent modulus of the primary (buffer) coating, and geometry are shown to determine the sensitivity of the attenuation to many of these variables.!8
机译:摘要:双涂层光纤中的信号衰减对与玻璃设计(模场直径,截止波长等),环境(温度,应力),电缆设计和制造(松套管)相关的许多参数敏感。 ,碳带,跨接,点应力等),以及涂层性能。涂层性能(主要是底涂层(缓冲层)的温度依赖性模量)和几何形状表明,可以确定衰减对许多这些变量的敏感性!8

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