Manson X-Ray Source Characterization and Pre-Shot Radiography for Laboratory Astrophysics Experiments

POSTER

Abstract

We report the results of measurements characterizing the spectrum of our Manson x-ray source and developments in the use of the source for x-ray radiography. X-Ray radiography has proved a useful diagnostic tool in laser experiments; the value of these measurements could be improved with pre-shot radiography, which would allow us to determine the structure of as-built laser targets. We have assembled a pre-shot radiography system and are developing the techniques needed to optimize magnification and resolution. The output from the x-ray source must be well characterized in order to interpret in detail signals from microchannel-plate detectors. An x-ray photodiode and x-ray filters will be used to measure the spectrum of the x-ray source over a range of fluxes.

*Supported by the US DOE NNSA under the Predictive Sci. Academic Alliance Program by grant DE-FC52-08NA28616, the Stewardship Sci. Academic Alliances program by grant DE-FG52-04NA00064, and the Nat. Laser User Facility by grant DE-FG03-00SF22021.

Authors

  • D.C. Marion

    • University of Michigan
  • R.P. Drake

    • University of Michigan
  • T.P. Remington

    • University of Michigan
  • E.C. Harding

    • University of Michigan
  • M.E. Lowenstern

    • University of Michigan
  • C.C. Kuranz

    • University of Michigan
  • M.J. Grosskopf

    • University of Michigan
  • N. Jassem

    • University of Michigan
  • D. Fisher

    • University of Michigan