Dataset for Manuscript "Ultrafast imaging of laser-induced modifications in planar targets via single-shot in-line holography"
[research data]
Altenkirch, Richard
VerfasserIn
aut
Peltz, Christian
VerfasserIn
aut
Böttcher, Tom
VerfasserIn
aut
Lochbrunner, Stefan
VerfasserIn
aut
Fennel, Franziska
VerfasserIn
aut
Fennel, Thomas
VerfasserIn
aut
software, multimedia
Computerdaten
Forschungsdaten
xx
2024
monographic
Rostock
University of Rostock
publisher
2024
Rostock
Rostock University Library
distributor
eng
1 Online-Ressource
We present a holographic single-shot coherent diffractive imaging method based on in-line holography that allows the ultrafast characterization of 2D transmission maps of semi-transparent planar targets such as foils in amplitude and phase. Holographic information is obtained from the interference of the transmitted primary beam with the fields scattered from the modified or unknown target regions. A specialized iterative phase retrieval is used to incorporate the holographic nature of the approach and to accelerate and improve convergence. The published data contain all data shown in the figures of the paper "Ultrafast imaging of laser-induced modifications in planar targets via single-shot in-line holography".<eng>
Open Access
Namensnennung - Nicht kommerziell - Keine Bearbeitungen 4.0 International
Richard Altenkirch, Christian Peltz, Tom Böttcher, Stefan Lochbrunner, Franziska Fennel, Thomas Fennel
This work was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) through the grants SFB 1477 ’Light-Matter Interactions at Interfaces’, project no. 441234705, and IRTG 2676/1 ‘Imaging of Quantum Systems’, project no. 437567992
530
http://purl.uni-rostock.de/rosdok/id00004687
10.1088/1367-2630/ad8eeb
Richard Altenkirch, Christian Peltz, Tom Böttcher, Stefan Lochbrunner, Franziska Fennel and Thomas Fennel, Ultrafast imaging of laser-induced modifications in planar targets via single-shot in-line holography. New Journal of Physics.
10.18453/rosdok_id00004687
1465350052
rda
DE-627
241030
1907221042
20251227T182243.0
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