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WELDING CHARACTERISTICS OF FOTURAN GLASS USING ULTRASHORT LASER PULSES

机译:使用超短激光脉冲的Foturan玻璃焊接特性

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Nonlinear absorptivity of Foturan glass to ultrashort laser pulses is evaluated by experimental measurement and thermal conduction model at different parameters including energy and repetition rate of the laser pulse, translation speed and thermal properties of the sample. The mechanical strength of an embedded laser-melted sample and an overlapped weld sample is determined by a three-point-bending test and a shear test, respectively. The results are related to the average absorbed laser power Wab. We found the mechanical strength of an overlapped weld joint to be as high as that of the base material for low Wab, if the sample pair is pre-bonded to provide optical contact.
机译:通过不同参数的实验测量和热传导模型评估Foturan玻璃的非线性吸收性,包括不同参数的实验测量和热传导模型,包括激光脉冲的能量和重复率,样品的翻译速度和热性能。嵌入式激光熔化样品的机械强度和重叠的焊接样品分别由三点弯曲试验和剪切试验确定。结果与平均吸收激光功率WAB有关。如果样品对预粘合以提供光学接触,则我们发现重叠焊接接头的机械强度高于低WAB的基材的基础材料。

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