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Co-flow Injection for Serial Crystallography at X-ray Free-Electron Lasers

Diandra Doppler,Mohammad T. Rabbani,Romain Letrun,Jorvani Cruz Villarreal,Dai Hyun Kim,Sahir Gandhi,Ana Egatz-Gomez,Mukul Sonker,Joe Chen,Faisal H. M. Koua,Jayhow Yang, Mohamed Youssef,Victoria Mazalova,Sasa Bajt,Megan L. Shelby,Matt A. Coleman,Max O. Wiedorn,Juraj Knoska,Silvan Schon,Tokushi Sato,Mark S. Hunter,Ahmad Hosseinizadeh, Christopher Kuptiz,Reza Nazari,Roberto C. Alvarez,Konstantinos Karpos,Sahba Zaare,Zachary Dobson,Erin Discianno,Shangji Zhang,James D. Zook,Johan Bielecki,Raphael de Wijn,Adam R. Round,Patrik Vagovic,Marco Kloos,Mohammad Vakili,Gihan K. Ketawala,Natasha E. Stander,Tien L. Olson,Katherine Morin,Jyotirmory Mondal,Jonathan Nguyen,Jose Domingo Meza-Aguilar,Gerdenis Kodis,Sara Vaiana,Jose M. Martin-Garcia,Valerio Mariani,Peter Schwander,Marius Schmidt,Marc Messerschmidt,Abbas Ourmazd,Nadia Zatsepin,Uwe Weierstall,Barry D. Bruce,Adrian P. Mancuso,Thomas Grant,Anton Barty,Henry N. Chapman,Matthias Frank,Raimund Fromme,John C. H. Spence,Sabine Botha,Petra Fromme,Richard A. Kirian,Alexandra Ros

JOURNAL OF APPLIED CRYSTALLOGRAPHY（2022）

Cited 17|Views87
Key words
microfluidic devices,serial crystallography,3D printing,X-ray free-electron lasers,XFELs,viscous media,sample consumption
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