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Dynamic hohlraum and ICF pellet implosion experiments on Z
T.J. Nash;M.S. Derzon;G.A. Chandler;R. Leeper;D. Fehl;J. Lash;C. Ruiz;S. Slutz;G. Cooper;J.F. Seaman;J. McGurn;S. Lazier;J. Torres;D. Jobe;T. Gilliland;R. Mock;P. Ryan;D. Nielsen;J. Armijo;J. McKenney;R. Hawn;D. Hebron;D. Petersen;R. Bowers;W. Matuska
Summary form only given, as follows. By stabilizing an imploding z-pinch on Z (20 MA, 100 ns) with a solid current return can and a nested wire array we have achieved dynamic hohlraum radiation temperatures over 200 eV at a diameter of approximately 1 mm. The pinch configuration yielding this temperature is a nested tungsten wire array of 240 and 120 wires at 4 and 2 cm diameters weighing 2 and 1 ...Show More
Dynamic hohlraum and ICF pellet implosion experiments on Z
T.J. Nash;M.S. Derzon;G.A. Chandler;R. Leeper;D. Fehl;J. Lash;C. Ruiz;S. Slutz;G. Cooper;J.F. Seaman;J. McGurn;S. Lazier;J. Torres;D. Jobe;T. Gilliland;R. Mock;P. Ryan;D. Nielsen;J. Armijo;J. McKenney;R. Hawn;D. Hebron;D. Petersen;R. Bowers;W. Matuska
Lithium ion beam divergence on SABRE extraction ion diode experiments
D.L. Hanson;M.E. Cuneo;D.J. Johnson;D.F. Wenger;D.R. Welch;T.A. Mehlhorn;R.R. Johnston;J. Armijo;D. Nielson
Summary form only given. Intense lithium beams are of particular interest for light ion inertial confinement fusion applications because lithium ions can be accelerated at high voltage in a single charge state (Li/sup +/) with a high mass-to-charge ratio and appropriate range for efficient focusing and heating of a hohlraum ICF target. Scaling to ion power densities adequate to drive high gain pel...Show More
Development of a high-brightness, applied-B lithium extraction ion diode for inertial confinement fusion
M.E. Cuneo;R.G. Adams;J. Armijo;J.E. Bailey;C.H. Ching;M.P. Desjarlais;A.B. Filuk;W.E. Fowler;P.R. Hanson;D.J. Johnson;J.S. Lash;T.A. Mehlhorn;P.R. Merge;D. Nielsen;T.D. Pointon;S.A. Slutz;M.A. Stark;R.A. Versey;D.F. Wenger
IEEE Conference Record - Abstracts. 1997 IEEE International Conference on Plasma Science
Year: 1997 | Conference Paper |
Summary form only given. The light ion fusion program is pursuing the development of a high brightness lithium ion beam on the SABRE accelerator at Sandia (6 MV, 0.25 MA). This will require the integration of at least three conditions: 1) an active, pre-formed, uniform lithium plasma ion source, 2) modification of the electron sheath distribution in the AK gap, and 3) mitigation of undesired elect...Show More
Development of a high-brightness, applied-B lithium extraction ion diode for inertial confinement fusion
M.E. Cuneo;R.G. Adams;J. Armijo;J.E. Bailey;C.H. Ching;M.P. Desjarlais;A.B. Filuk;W.E. Fowler;P.R. Hanson;D.J. Johnson;J.S. Lash;T.A. Mehlhorn;P.R. Merge;D. Nielsen;T.D. Pointon;S.A. Slutz;M.A. Stark;R.A. Versey;D.F. Wenger
Year: 1997 | Conference Paper |
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