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[PENDING] Adaptive techniques for ultrafast laser material processing

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Academic year: 2024

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Figure Introduction  1: Potential physical phenomena induced during ultrafast laser excitation of  materials, emphasizing the control factors for energy coupling (nonlinear absorption, optical breakdown,  photoemission, phonon-generation, local atomic disp
Figure Introduction 2: Schematic structure of the research activity.
Fig. 1-1: Schematic diagram of major fluence regimes for material (dielectric) processing in a side  view perspective:  high fluence for deep-drilling,  intermediate fluence  for surface patterning,  low  fluence for bulk modifications and rear side micro-
Fig. 1-2: Onset of ablation phases. (Left) Scanning electron microscope appearance of the gentle  (N=10) and strong (N=30) phase in sapphire
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