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Tapered splice technique for capillary optical fiber

机译：毛细管光纤的锥形拼接技术

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摘要

We propose a simple but effective technique. It is concerned with a tapered splice technique for capillary optical fiber. In order to contrast, we investigate two kinds of capillary optical fiber. One of the capillary optical fiber has the annular core around the air hole and the other one has the embedded annular core around the inner cladding. We demonstrate the tapered splice technique works for both of the capillary optical fiber in experiment. It is the key to improve the coupling efficiency of the capillary optical fiber. We also build a theoretical model to predict the optical power of the capillary optical fiber and it is confirmed by the experimental results. The method provides an insight of the mode conversion characteristics of capillary optical fiber. It should be used as an easy way to realize the fiber-based in-line components and should be more importantly to explore new possibilities with this kind of fiber. (C) 2017 Elsevier Inc. All rights reserved.
机译：我们提出了一种简单而有效的技术。它涉及用于毛细管光纤的锥形接头技术。为了进行对比，我们研究了两种毛细管光纤。一根毛细管光纤在气孔周围具有环形芯，而另一根在内包层周围具有嵌入式环形芯。我们在实验中演示了两种毛细管光纤的锥形拼接技术。提高毛细管光纤的耦合效率是关键。我们还建立了一个理论模型来预测毛细​​管光纤的光功率，并被实验结果所证实。该方法提供了对毛细管光纤的模式转换特性的了解。它应该用作实现基于光纤的在线组件的简便方法，而更重要的是，探索使用这种光纤的新可能性。 （C）2017 Elsevier Inc.保留所有权利。

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