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The Atlas high-energy density physics project

  • H. A. Davis
  • , R. K. Keinigs
  • , W. E. Anderson
  • , W. L. Atchison
  • , R. R. Bartsch
  • , J. F. Benage
  • , E. O. Ballard
  • , David Winslow Bowman
  • , J. C. Cochrane
  • , Carl August Ekdahl
  • , J. M. Elizondo
  • , R. J. Faehl
  • , R. D. Fulton
  • , R. F. Gribble
  • , Joyce Ann Guzik
  • , George Amine Kyrala
  • , R. B. Miller
  • , Kurt Efraim Nielsen
  • , J. V. Parker
  • , W. M. Parsons
  • C. P. Munson, David Michael Oro, George Rodriguez, H. H. Rogers, D. W. Scudder, Jack S Shlachter, J. L. Stokes, Antoinette Jane Taylor, R. J. Trainor, P. J. Turchi, B. P. Wood

Research output: Contribution to journalArticlepeer-review

9 Scopus citations

Abstract

Atlas is a pulsed-power facility under development at Los Alamos National Laboratory to drive high-energy density experiments. Atlas will be operational in the summer of 2000 and is optimized for the study of dynamic material properties, hydrodynamics, and dense plasmas under extreme conditions. Atlas is designed to implode heavy-liner loads in a z-pinch configuration. The peak current of 30 MA is delivered in 4μs. A typical Atlas liner is a 47-gram-aluminum cylinder with ∼4-cm radius and 4-cm length. Three to five MJ of kinetic energy will be delivered to the load. Using composite layers and a variety of interior target designs, a wide variety of experiments in ∼cm3 volumes will be performed. Atlas applications, machine design, and the status of the project are reviewed.

Original languageEnglish
Pages (from-to)930-934
Number of pages5
JournalJapanese Journal of Applied Physics
Volume40
Issue number2 B
StatePublished - Feb 1 2001

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