液芯光纤作为一种新型的光能量传输媒介,有诸多显著的优点,着重介绍了液芯光纤相对于传统固体传光光纤束的优势.为了液芯光纤在紫外波段激光传输上的应用,对波长为308 nm和248 nm两种准分子紫外激光在液芯光纤中传输的能量透过率进行了实验研究,分析了单脉冲能量(1～5 mJ)、光波长(248 nm/308 nm)、平均功率(2～20 mW)等激光参数变化对准分子激光在液芯光纤中传输特性的影响,为液芯光纤应用于准分子激光传输提供了实验依据.
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