In Z-scan experiments the excitation conditions such as excitation wavelength pulse width or facula area have a strong influence on the NLA results Nevertheless NLA studies in the DUV are really too s

By comparing our experimental results with those of other 2D materials under similar excitation conditions, we can gain a better understanding of the nonlinear absorption (NLA) behavior in our system. This comparison allows us to validate our findings and draw more meaningful conclusions.

However, it is worth noting that research on NLA in the deep ultraviolet (DUV) region is limited. Therefore, we had to expand our search to include studies on other 2D materials that were conducted under similar excitation conditions. This approach enables us to draw parallels and make inferences about the NLA behavior in our specific system.

The excitation conditions that we focused on include the excitation wavelength, pulse width, and facula area. These parameters have a significant impact on the NLA results, and by finding studies that have investigated similar conditions, we can make more accurate comparisons.

By conducting this comprehensive search, we aim to provide a more comprehensive and robust analysis of our experimental results. This approach enhances the credibility and validity of our findings, allowing us to contribute to the understanding of NLA in the DUV region and its implications for 2D materials.