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Pulse-to-pulse interaction analysis and parameter optimization for future-generation ophthalmic laser systems

机译:下一代眼科激光系统的脉冲间相互作用分析和参数优化

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The immediate pulse-to-pulse interaction becomes more and more important for future-generation high-repetition rate ophthalmic laser systems. Therefore, we investigated the interaction of two laser pulses with different spatial and temporal separation by time-resolved photography. There are various different characteristic interaction mechanisms which are divided into 11 interaction scenarios. Furthermore, the parameter range has been constricted regarding the medical application; here, the efficiency was optimized to a maximum jet velocity along the scanning axis with minimum applied pulse energy as well as unwanted side effects at the same time. In conclusion, these results are of great interest for the prospective optimization of the ophthalmic surgical process with future-generation fs-lasers.
机译:对于下一代高重复频率的眼科激光系统而言,立即的脉冲间相互作用变得越来越重要。因此,我们通过时间分辨摄影研究了具有不同时空间隔的两个激光脉冲的相互作用。有多种不同的特征交互机制,分为11种交互方案。此外,关于医疗应用,参数范围已经缩小;在这里,效率被优化为沿着扫描轴的最大射流速度,同时具有最小的施加脉冲能量以及不必要的副作用。总之,这些结果对于使用下一代fs激光进行眼科手术过程的前瞻性优化非常感兴趣。

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