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Plastic bending of sapphire fibers for infrared sensing and power-delivery applications

机译:蓝宝石纤维的塑料弯曲,用于红外传感和功率传输应用

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摘要

Sapphire fibers with diameters of 325-850 μm were plastically bent by CO_(2) laser beams with typical bending radii as small as 2.8 mm. The additional optical loss caused by a single bend was less than 0.1 dB (at 900 nm), the damage threshold of the bent fibers was higher than 150 MW/cm~(2) for Nd:YAG laser pulses, and the high mechanical strength of the bending area was also proved. Several successful applications of bent sapphire fibers have shown that plastically bent sapphire fibers are promising for use in IR sensing and power-delivery applications.
机译:直径为325-850μm的蓝宝石纤维被具有典型弯曲半径小至2.8 mm的CO_(2)激光束塑性弯曲。单次弯曲造成的附加光学损耗小于0.1 dB(在900 nm处),弯曲光纤的损伤阈值对于Nd:YAG激光脉冲大于150 MW / cm〜(2),并且机械强度高还证明了弯曲面积的变化。弯曲蓝宝石纤维的数项成功应用表明,塑性弯曲蓝宝石纤维有望用于红外传感和功率传输应用。

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