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Refractive Index Sensor of V-shaped Fiber Microstructure Fabricated by Femtosecond Laser

机译:由飞秒激光制造的V形纤维微观结构的折射率传感器

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The defect of fiber core or cladding near the core could result in imperfect total internal reflection (ATR) via multiple internal reflections along the fiber and attenuated light intensity of fiber. In this paper, V-shaped fiber microstructure was fabricated by femtosecond (fs) laser. The loss of light energy is sensitive to surrounding refractive index (RI), which is used to detect the refractive index of surrounding media. The depth of V-shaped microstructure is controlled by fabrication process, and it found that it has evident effect on RI sensitivity.
机译:磁芯附近的纤维芯或包层的缺陷可能导致沿纤维的多个内部反射和衰减光强度的纤维的多种内反射(ATR)。 本文通过飞秒(FS)激光器制造了V形纤维微观结构。 光能损失对周围的折射率(RI)敏感,用于检测周围介质的折射率。 V形微观结构的深度通过制造过程控制,并且发现它对RI敏感性具有明显的影响。

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