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A MHz X-ray Diffraction Set-Up for Dynamic Compression Experiments in the Diamond Anvil Cell.

Rachel J. Husband,Cornelius Strohm,Karen Appel,Orianna B. Ball,Richard Briggs,Johannes Buchen,Valerio Cerantola,Stella Chariton,Amy L. Coleman,Hyunchae Cynn,Dana Dattelbaum,Anand Dwivedi,Jon H. Eggert,Lars Ehm,William J. Evans,Konstantin Glazyrin,Alexander F. Goncharov,Heinz Graafsma, Alex Howard,Larissa Huston,Trevor M. Hutchinson,Huijeong Hwang, Sony Jacob,Johannes Kaa,Jaeyong Kim,Minseob Kim,Egor Koemets,Zuzana Konopkova,Falko Langenhorst,Torsten Laurus,Xinyang Li,Jona Mainberger,Hauke Marquardt,Emma E. McBride,Christopher McGuire,James D. McHardy,Malcolm I. McMahon,R. Stewart McWilliams,Alba S. J. Mendez,Anshuman Mondal,Guillaume Morard,Earl F. O'Bannon,Christoph Otzen,Charles M. Pepin,Vitali B. Prakapenka,Clemens Prescher,Thomas R. Preston,Ronald Redmer, Michael Roeper,Carmen Sanchez-Valle,Dean Smith,Raymond F. Smith,Daniel Sneed,Sergio Speziale, Tobias Spitzbart,Stephan Stern,Blake T. Sturtevant,Jolanta Sztuk-Dambietz,Peter Talkovski,Nenad Velisavljevic,Cara Vennari,Zhongyan Wu,Choong-Shik Yoo,Ulf Zastrau,Zsolt Jenei,Hanns-Peter Liermann

JOURNAL OF SYNCHROTRON RADIATION（2023）

Cited 9|Views100
Key words
extreme conditions science,X-ray free-electron lasers,diamond anvil cells,dynamic compression
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