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Laser Applications in Microelectronic and Optoelectronic Manufacturing (LAMOM) XXIII最新文献

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Using a camera feedback loop for phase retrieval in an iterative Fourier transform algorithm to calculate beam splitter phase gratings for parallel laser microstructuring 在迭代傅里叶变换算法中使用相机反馈环路进行相位恢复,计算平行激光微结构分束器相位光栅
A. Kratsch, F. Ehrenberg, A. Engel, S. Weissmantel
We are going to present an iterative Fourier transformation algorithm (IFTA) based computation-method for Phase retrieval of beam splitter elements. The power distribution between the separate beamlets will be controlled via a camera feedback loop in order to create an output distribution which is more closely fitted to the desired distribution than by solely virtual computation. It is taken into account, that by doing so the computation time will rise. Furthermore, we will show some parallel micro structuring examples with femtosecond laser beams utilizing this algorithm. All experiments will be conducted with imaging close to the resolution limit.
提出了一种基于迭代傅立叶变换算法的分束器单元相位恢复计算方法。独立光束之间的功率分布将通过相机反馈回路进行控制,以创建比单独的虚拟计算更接近所需分布的输出分布。考虑到这样做会增加计算时间。此外,我们将展示一些利用该算法的飞秒激光束并行微结构实例。所有实验都将在接近分辨率极限的情况下进行成像。
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Laser Applications in Microelectronic and Optoelectronic Manufacturing (LAMOM) XXIII
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