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Influence of the drawing process on the defect generation in multistep-index germanium-doped optical fibers

机译:拉制工艺对多步折射率掺锗光纤缺陷产生的影响

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Variation of germanium lone pair center (GLPC) concentration in germanosilicate multistep-index optical fibers and preforms was studied using confocal microscopy luminescence technique. The experimental results provide evidence that in the central core region ([Ge] approx- 11 wt. percent) of our specific canonical samples the ratio [GLPC]/[Ge] is five times larger in fiber than in preforms. The relative influence of the glass composition and of the drawing process on the generation efficiency of the GLPC defects that drive the glass photosensitivity is discussed. The radial distribution of these defects suggests a possible enhancement of the defect creation related to the internal stress of the fiber core.
机译:使用共聚焦显微镜发光技术研究了锗硅酸盐多步折射率光纤和预成型坯中锗孤对中心(GLPC)浓度的变化。实验结果提供了证据,即在我们特定规范样本的中心核心区域([Ge]约11 wt。%),纤维中的[GLPC] / [Ge]比是预成型坯大五倍。讨论了玻璃成分和拉伸过程对驱动玻璃光敏性的GLPC缺陷产生效率的相对影响。这些缺陷的径向分布表明,可能会增加与纤维芯内部应力有关的缺陷产生。

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