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End-to-end simulation: The front end

  • I. HABER (a1) (a2), F.M. BIENIOSEK (a3), C.M. CELATA (a3), A. FRIEDMAN (a3), D.P. GROTE (a3), E. HENESTROZA (a3), J.-L. VAY (a3), S. BERNAL (a2), R.A. KISHEK (a2), P.G. O'SHEA (a2), M. REISER (a2) and W.B. HERRMANNSFELDT (a4)...

Abstract

For the intense beams in heavy ion fusion accelerators, details of the beam distribution as it emerges from the source region can determine the beam behavior well downstream. This occurs because collective space-charge modes excited as the beam is born remain undamped for many focusing periods. Traditional studies of the source region in particle beam systems have emphasized the behavior of averaged beam characteristics, such as total current, rms beam size, or emittance, rather than the details of the full beam distribution function that are necessary to predict the excitation of the collective modes. Simulations of the beam in the source region and comparisons to experimental measurements at Lawrence Berkeley National Laboratory and the University of Maryland are presented to illustrate some of the complexity in beam characteristics that has been uncovered as increased attention has been devoted to developing a detailed understanding of the source region. Also discussed are methods of using the simulations to infer characteristics of the beam distribution that can be difficult to measure directly.

Copyright

Corresponding author

Address correspondence and reprint requests to: Irving Haber, Institute for Research in Electronics and Applied Physics, University of Maryland, Energy Research Facility, Building 223, College Park, MD 20742-3511, USA. E-mail: haber@umd.edu

Keywords

End-to-end simulation: The front end

  • I. HABER (a1) (a2), F.M. BIENIOSEK (a3), C.M. CELATA (a3), A. FRIEDMAN (a3), D.P. GROTE (a3), E. HENESTROZA (a3), J.-L. VAY (a3), S. BERNAL (a2), R.A. KISHEK (a2), P.G. O'SHEA (a2), M. REISER (a2) and W.B. HERRMANNSFELDT (a4)...

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