S
Siegfried Glenzer
Researcher at SLAC National Accelerator Laboratory
Publications - 531
Citations - 20151
Siegfried Glenzer is an academic researcher from SLAC National Accelerator Laboratory. The author has contributed to research in topics: Laser & Plasma. The author has an hindex of 64, co-authored 489 publications receiving 17648 citations. Previous affiliations of Siegfried Glenzer include University of California, Los Angeles & Russian Academy of Sciences.
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Assembly of High-Areal-Density Deuterium-Tritium Fuel from Indirectly Driven Cryogenic Implosions
A. J. MacKinnon,John Kline,S. N. Dixit,Siegfried Glenzer,M. J. Edwards,D. A. Callahan,Nathan Meezan,S. W. Haan,J. D. Kilkenny,Tilo Döppner,David R. Farley,John Moody,Joseph Ralph,B. J. MacGowan,O. L. Landen,H. F. Robey,Thomas Boehly,P. M. Celliers,J Eggert,K. G. Krauter,G. Frieders,G. Ross,Damien Hicks,R. E. Olson,Steven Weber,Brian Spears,J. D. Salmonsen,Pierre Michel,Laurent Divol,Bruce Hammel,C. A. Thomas,Daniel Clark,Ogden Jones,P. T. Springer,Charles Cerjan,Gilbert Collins,Vladimir Glebov,James Knauer,Craig Sangster,C. Stoeckl,P. W. McKenty,James McNaney,R. J. Leeper,Chimpén Ruiz,Gary Wayne Cooper,A. G. Nelson,Gordon A. Chandler,K. D. Hahn,Michael J. Moran,Marilyn Schneider,N. E. Palmer,R. Bionta,E. P. Hartouni,S. Lepape,Prav Patel,Nobuhiko Izumi,R. Tommasini,E. J. Bond,J. A. Caggiano,Robert Hatarik,Gary Grim,Frank E. Merrill,D. N. Fittinghoff,N. Guler,Owen B. Drury,Doug Wilson,Hans W. Herrmann,Wolfgang Stoeffl,Daniel Casey,Maria Gatu Johnson,Johan Frenje,R. D. Petrasso,A. Zylestra,Hans Rinderknecht,Dan Kalantar,John M. Dzenitis,P. Di Nicola,David C. Eder,W. H. Courdin,G. Gururangan,S. C. Burkhart,Stephan Friedrich,D. L. Blueuel,L. A. Bernstein,M. J. Eckart,D. H. Munro,Steve Hatchett,Andrew MacPhee,D. H. Edgell,David K. Bradley,Perry M. Bell,Steve Glenn,N. Simanovskaia,M. A. Barrios,R. Benedetti,G. A. Kyrala,R. P. J. Town,Eduard Dewald,Jose Milovich,K. Widmann,Alastair Moore,G. LaCaille,Sean Regan,L. J. Suter,B. Felker,R. C. Ashabranner,Mahalia Jackson,R. Prasad,Mary Sue Richardson,T. Kohut,P. S. Datte,G. W. Krauter,J. J. Klingman,R. F. Burr,T. A. Land,M. Hermann,D. Latray,R. Saunders,S. Weaver,S. J. Cohen,L. V. Berzins,S. G. Brass,E. S. Palma,R. Lowe-Webb,G. N. McHalle,P. A. Arnold,L. J. Lagin,C. Marshall,G Brunton,D. G. Mathisen,R. D. Wood,J. R. Cox,R. B. Ehrlich,K. M. Knittel,Mark W. Bowers,R. A. Zacharias,B. K. Young,J. P. Holder,J. R. Kimbrough,T. Ma,K. N. La Fortune,C. Clay Widmayer,M. J. Shaw,G. Erbert,K.S. Jancaitis,J. M. Dinicola,Charles D. Orth,G. Heestand,R. K. Kirkwood,Chris Haynam,Paul J. Wegner,Pamela K. Whitman,Alex V. Hamza,E. G. Dzenitis,R. J. Wallace,Suhas Bhandarkar,T. G. Parham,Rebecca Dylla-Spears,Evan Mapoles,B. J. Kozioziemski,J. D. Sater,C. F. Walters,B. Haid,James E. Fair,Abbas Nikroo,E. Giraldez,K. Moreno,B.M. VanWonterghem,Robert L. Kauffman,Steven H. Batha,David Larson,R. J. Fortner,D. H. Schneider,John Lindl,R. W. Patterson,L. J. Atherton,Edward I. Moses +176 more
TL;DR: The National Ignition Facility has been used to compress deuterium-tritium to an average areal density of ~1.0±0.1 g cm(-2), which is 67% of the ignition requirement.
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Experimental characterization of a strongly coupled solid density plasma generated in a short-pulse laser target interaction
Gianluca Gregori,Stephanie Hansen,R. J. Clarke,R. Heathcote,M. H. Key,J A King,J A King,R. I. Klein,R. I. Klein,Nobuhiko Izumi,A. J. Mackinnon,Stephen J. Moon,H-S Park,John Pasley,N. Patel,N. Patel,P. K. Patel,Bruce Remington,Dmitri Ryutov,Ronnie Shepherd,R. A. Snavely,Scott Wilks,B. Zhang,B. Zhang,Siegfried Glenzer +24 more
TL;DR: In this paper, the authors measured high resolution copper Kα spectra from a picosecond high intensity laser produced plasma by fitting the shape of the experimental spectra with a self-consistent field model which includes all the relevant line shifts from multiply ionized atoms.
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Electronic Structure of an XUV Photogenerated Solid-Density Aluminum Plasma
Sam Vinko,Ulf Zastrau,Stephane Mazevet,Jakob Andreasson,Saša Bajt,Tomáš Burian,Jaromir Chalupsky,Henry N. Chapman,J. Cihelka,Domenico Doria,Tilo Döppner,S. Düsterer,Thomas Dzelzainis,R. R. Fäustlin,Carsten Fortmann,E. Förster,Eric Galtier,Siegfried Glenzer,Sebastian Göde,Gianluca Gregori,Janos Hajdu,Věra Hájková,P.A. Heimann,R. Irsig,Libor Juha,Marek Jurek,Jacek Krzywinski,Tim Laarmann,H. J. Lee,R W Lee,B. Li,Karl-Heinz Meiwes-Broer,J. Mithen,Bob Nagler,Art J. Nelson,Andreas Przystawik,Ronald Redmer,David Riley,Frank B. Rosmej,Ryszard Sobierajski,Franz Tavella,R. Thiele,J. Tiggesbäumker,Sven Toleikis,Thomas Tschentscher,L. Vysin,T. Whitcher,Steven R. White,Justin Wark +48 more
TL;DR: It is shown that soft-x-ray emission spectroscopy measurements reveal the electronic temperature and density of this highly excited system immediately after the excitation pulse, with detailed calculations of the electronic structure, based on finite-temperature density functional theory, in good agreement with the experimental results.
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Electron acceleration in laboratory-produced turbulent collisionless shocks
Frederico Fiuza,George Swadling,Anna Grassi,H. G. Rinderknecht,Drew Higginson,Dmitri Ryutov,C. Bruulsema,C. Bruulsema,R. P. Drake,Stefan Funk,Siegfried Glenzer,Gianluca Gregori,C. K. Li,B. B. Pollock,Bruce Remington,James Ross,Wojciech Rozmus,Wojciech Rozmus,Yoichi Sakawa,Anatoly Spitkovsky,Scott Wilks,H.-S. Park +21 more
TL;DR: In this article, the formation of turbulent collisionless shocks in conditions relevant to young supernova remnants is investigated. And the authors show that electrons can be effectively accelerated in a first-order Fermi process by small-scale turbulence produced within the shock transition to relativistic non-thermal energies, helping overcome the injection problem.
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X-ray scattering measurements on imploding CH spheres at the National Ignition Facility
Dominik Kraus,D. A. Chapman,A. L. Kritcher,R. A. Baggott,Benjamin Bachmann,Gilbert Collins,Siegfried Glenzer,James Hawreliak,James Hawreliak,Daniel H. Kalantar,Otto Landen,Tammy Ma,S. Le Pape,J. Nilsen,Damian Swift,Paul Neumayer,Roger Falcone,Dirk O. Gericke,Tilo Döppner +18 more
TL;DR: The sensitivity of the elastic scattering component to carbon K-shell ionization is demonstrated while at the same time constraining the temperature of the dense plasma, indicating that widely used ionization models need revision in order to be suitable for the extreme states of matter tested in this experiment.