本文作者利用萤光猝熄现象设计和制造了一种对氧气和葡萄糖浓度敏感的光纤传感器。传感器样品是将水凝胶,多聚2-羟乙基异丁烯酸(PHEMA)和萤光性染料9,10-二苯蒽(9,10-D)与熔态氧化硅光导纤维融聚成同同轴体而形成的。聚融过程是用硅烷粘合剂来完成的。最后制成的传感器,由于9,10-D萤光物的猝熄而对液体中氧敏感。当传感器从自由氧环境转移到饱和氧环境 The authors used a fluorescence quenching phenomenon to design and fabricate an optical fiber sensor that is sensitive to oxygen and glucose concentrations. The sensor sample was obtained by melting the hydrogel, poly 2-hydroxyethyl methacrylic acid (PHEMA) and the fluorescent dye 9,10-diphenylanthracene (9,10-D) with the fused silica optical fiber Formed by the coaxial body. The fusion process is done with a silane binder. The resulting sensor is sensitive to oxygen in the liquid due to quenching of the 9,10-D phosphor. When the sensor moves from a free oxygen environment to a saturated oxygen environment