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Fluorescence excitation on tapered polymer optical fibers through microfiber evanescent field

机译:通过微纤维渐逝场对锥形聚合物光纤进行荧光激发

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摘要

In this work, we show the feasibility of using the evanescent field of a microfiber to excite the fluorescence of a fluorophore deposited on the surface of a polymer optical fiber. The fluorescence intensity gathered by the polymer optical fiber from the emitted on its surface has been measured for several gaps with the excitation fiber, showing a remarkable influence of the evanescent field at distances as high as 2.5mm. A further development of a device based on wrapping the microfiber around the polymer one has been measured, proving a more efficient fluorescence excitation.
机译:在这项工作中,我们展示了使用微纤维的渐逝场来激发沉积在聚合物光纤表面的荧光团的荧光的可行性。已经测量了聚合物光纤从其表面发射的光所收集到的荧光强度,该光强度与激励光纤之间存在多个间隙,显示了在高达2.5mm的距离处the逝场的显着影响。已经测量了基于将微纤维包裹在聚合物上的装置的进一步开发,证明了更有效的荧光激发。

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