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Links Related to Plasma Spectroscopy
and High Energy Density Physics:
Major Facilities Engaged in Studies of High Energy
Density Plasmas
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OMEGA, Laboratory
for Laser Energetics, University
of Rochester
The OMEGA laser beam facility has 60 laser
beams that focus up to 40 kJ of energy onto a target
with a size of less than 1 millimeter in diameter in
approximately one nanosecond.
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"Z"
Pulsed Power Z-Pinch Facility, Sandia
National Laboratories
The Z pulsed power accelerator at Sandia
is the world’s most powerful and most efficient (15%)
laboratory x-ray source. The Z accelerator produces
up to 290 TW of x-ray power and an x-ray energy of 1.9
MJ in a pulse of about 10 nsec.
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National
Ignition Facility (NIF), Lawrence
Livermore National Laboratory
The NIF is designed to study high energy
density plasmas and, ultimately, demonstrate fusion
ignition within an inertial confinement fusion capsule.
When completed, the NIF is expected to have 192 laser
beams, and be capable of delivering 1.8 MJ to a mm-sized
target.
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Laser
Megajoule (LMJ), CEA (France)
The LMJ laser beam facility, being built
in the Bordeaux region of France, is designed to study
high energy density plasmas and inertial confinement
fusion. When completed, LMJ will have 240 laser beams
that will deliver 1.8 MJ of energy to a target.
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