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This is the Data Repository of the University of Stuttgart.

SFB 1313 "Interface-Driven Multi-Field Processes in Porous Media"

SFB 1333 "Molecular heterogeneous catalysis in confined geometries"

Institute of Biochemistry

Institute of Applied Mechanics (MIB)

Institute of Thermodynamics and Thermal Process Engineering

Stuttgart Center for Simulation Science (SC SimTech)

Cluster of Excellence Integrative Computational Design and Construction for Transformative Architecture (EXC IntCDC)

SFB/Transregio 161 "Quantitative Methods for Visual Computing"

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31 to 40 of 188,110 Results

St_Do_400µJ_2.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 2.0 GB - MD5: 7cdcd271f0e9845cf624427876957400 X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 400 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Do_400µJ_3.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 2.0 GB - MD5: 7042714c39f68c919f9971ee13c94894 X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 400 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Do_400µJ.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.9 GB - MD5: 9599825da55b99827ac0e3a99d44d317 X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 400 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Do_600µJ_2.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.9 GB - MD5: bc7defbc642b4286c200294e6631f8b7 X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Do_600µJ_3.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.9 GB - MD5: d5cbd1c75d7cc9e187c1a9d43ca1464d X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Do_600µJ.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.8 GB - MD5: 06e19ce7e242fcf0383af71a92eff29a X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Ft_100µJ_2.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.8 GB - MD5: 981ca43f5b749befe7c7b1b93e588195 X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 100 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Ft_100µJ_3.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 1.8 GB - MD5: cd8df328430aaf503648c6903f5de8a4 X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 100 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Ft_100µJ.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 2.0 GB - MD5: 34e776f0d4e9c03a09ac7ffa5ed9f24c X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 100 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular
St_Ft_250µJ_2.mp4 Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams" MPEG-4 Video - 2.0 GB - MD5: 7176b21a96f9da87dade0e8d00a418ea X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 250 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Do_400µJ_2.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 2.0 GB -

X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 400 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Do_400µJ_3.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 2.0 GB -

St_Do_400µJ.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.9 GB -

St_Do_600µJ_2.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.9 GB -

X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Do_600µJ_3.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.9 GB -

X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Do_600µJ.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.8 GB -

X-ray image sequence of a laser percussion drilling process with doughnut intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 600 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Ft_100µJ_2.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.8 GB -

X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 100 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

St_Ft_100µJ_3.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 1.8 GB -

St_Ft_100µJ.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 2.0 GB -

St_Ft_250µJ_2.mp4

Oct 23, 2026 - Supplementary data for paper "High-speed X-ray imaging of borehole geometry formation during deep ultrafast laser percussion drilling using spatially shaped beams"

MPEG-4 Video - 2.0 GB -

X-ray image sequence of a laser percussion drilling process with flattop intensity distribution in stainless steel recorded at 2 kHz. Playback frame rate: 30 fps Drilling time 3 s Pulse energy: 250 µJ Rep. rate: 10 kHz Pulse duration: 1 ps Polarization: circular

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