RT info:eu-repo/semantics/article
T1 XFEL imaging techniques for high energy density and inertial fusion energy research at HED-HiBEF
A1 Laso Garcia, Alejandro
A1 Mishchenko, Mikhail
A1 Bouffetier, Victorien
A1 Appel, Karen
A1 Arefiev, Alexey
A1 Baehtz, Carsten
A1 Brambrink, Erik
A1 Cernaianu, Mihail O
A1 Doria, Domenico
A1 Dornheim, Tobias
A1 Dyer, Gillis M
A1 Fefeu, Nicolas
A1 Galtier, Eric
A1 Gawne, Thomas
A1 Ghenuche, Petru
A1 Goede, Sebastian
A1 Hagemann, Johannes
A1 Herbert, Marie-Luise
A1 Höppner, Hauke
A1 Huang, Lingen
A1 Humphries, Oliver S
A1 Jones, Mae
A1 Khaghani, Dimitri
A1 Kluge, Thomas
A1 Koliyadu, Jayanath
A1 Kraus, Dominik
A1 Ja Lee, Hae
A1 Lütgert, Julian
A1 Makita, Mikako
A1 Naedler, Jean-Paul
A1 Nagler, Bob
A1 Nakatsutsumi, Motoaki
A1 Nguyen, Quynh L
A1 Pelka, Alexander
A1 Preston, Thomas R
A1 Bing Qu, Chong
A1 Rahul, Sripati V
A1 Randolph, Lisa
A1 Redmer, Ronald
A1 Rehwald, Martin
A1 Rinderknecht, Hans G
A1 Rodriguez-Fernandez, Angel
A1 Santos, Joao J
A1 Schramm, Ulrich
A1 Smid, Michal
A1 Strohm, Cornelius
A1 Strucka, Jergus
A1 Tang, Minxue
A1 Vagovic, Patrik
A1 Vescovi, Milenko
A1 Yang, Long
A1 Zeil, Karl
A1 Zastrau, Ulf
A1 Cowan, Thomas E
A1 Toncian, Toma
A1 Pérez Callejo, Gabriel
AB The imaging platform developed at the High Energy Density-Helmholtz International Beamline for Extreme Fields (HED-HiBEF) instrument at the European X-ray Free Electron Laser (XFEL) and its applications to HED and fusion related research are presented. The platform combines the XFEL beam with the high-intensity short-pulse laser ReLaX and the high-energy nanosecond-pulse laser DiPOLE-100X. The spatial resolution is better than 500 nm and the temporal resolution of the order of 50 fs. The influence of the XFEL source in the x-ray imaging method is discussed. Free-propagation x-ray phase contrast imaging and Talbot-Lau imaging setups are shown. We show examples of blast waves and converging cylindrical shocks in aluminum, resonant absorption measurements of specific charged states in copper with ReLaX and planar shocks in polystyrene material generated by DiPOLE-100X. For the first time, we show the application of Talbot-Lau interferometry to convergent cylindrical shocks as well as resonant absorption processes. We also discuss the possibilities introduced by combining this imaging platform with a kJ-class laser.
PB Institute of Physics
SN 0741-3335
YR 2026
FD 2026
LK https://uvadoc.uva.es/handle/10324/83870
UL https://uvadoc.uva.es/handle/10324/83870
LA spa
NO Plasma Physics and Controlled Fusion, Marzo 2026, vol. 68, 035027
NO Producción Científica
DS UVaDOC
RD 29-mar-2026