Effect of overlaid material on optical transmission of side-polished fiber made by wheel side polishing

Zhe Chen, Chunhe Bai
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引用次数: 8

Abstract

The performance of optical power transmission through a side polished fiber manufactured by wheel polishing method were investigated, in which materials of different refractive indices were overlaid on the polished surface. The experiments showed that the transmitted optical power through the side-polished fiber varied with the refractive index of the overlaid material. The result of our experiments fitted well the theoretical calculation. Side-polished fiber manufactured by wheel polishing method can not only be used to control optical power transmission through the fiber core but also be used as a refractive index sensor.
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覆层材料对轮式侧抛光纤维光传输的影响
研究了在抛光表面覆盖不同折射率材料的轮式抛光侧面光纤的光传输性能。实验表明,侧面抛光光纤的传输光功率随覆盖材料折射率的变化而变化。实验结果与理论计算吻合得很好。采用轮式抛光法制备的侧抛光光纤不仅可以用于控制光纤芯的光传输,还可以用作折射率传感器。
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Fiber Bragg grating sensor array system based on digital phase generated carrier demodulation and reference compensation method External optical feedback induced noise in DFB fiber laser sensor system Effect of overlaid material on optical transmission of side-polished fiber made by wheel side polishing Implementation of phase generated carrier technique for FBG Laser Sensor multiplexed system based on Compact RIO A novel temperature-compensated, intensity-modulated fiber Bragg grating sensor system
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