The Jupiter Laser Facility
The Jupiter Laser Facility is an institutional user facility operated by V-Division in the Physical Sciences Directorate at LLNL. It is built around a collection of medium-scale laser systems.
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The Gas-Gun Facility
A 20-meter-long hypervelocity gun that hurls a projectile disk into a heavily-instrumented target area at speeds of up to 8 Km/sec (18,000 mph), for measuring shock-impact and Equation-of-State parameters at temperatures to 4500 K and pressures beyond a million atmospheres in a wide variety of sample materials.
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The 100 MeV LINAC Facility
The 100 MeV LINAC Facility is an RF electron linear-accelerator complex used for studies of phenomena that occur when its 100 MeV electron bunches strike bulk matter, or when these relativistic e- bunches interact with an intense femtosecond laser pulse, or when an intense ultrashort pulse laser is focused onto solid or gas targets. The LINAC has also been retrofitted to generate an intense beam of low-energy (0.5 - 50 KeV) positrons for materials physics studies of microvoids in condensed matter systems.
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The Electron Beam Ion Trap Facility (EBIT)
EBIT is a facility that injects, spatially confines and highly ionizes an atomic species of interest for high-precision measurements of the ion population's e-beam excited x-ray emissions. EBIT can attain charge states as high as fully-stripped uranium ( U92 ), and can sustain a trap of highly-charged ions for hours. Without EBIT, highly-charged ions only occur under conditions - stellar explosions, underground thermonuclear detonations, x-ray lasing - that are too far away, too violent or too short-lived to measure at high precision, repeatedly and with near table-top convenience.
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The Spheromak Facility (SSPX)
Renewed interest in spheromaks is focused on a research effort at Lawrence Livermore called the Sustained Spheromak Physics Experiment (SSPX). The SSPX was dedicated on January 14, 1999, in a ceremony attended by representatives from DOE and collaborating scientists from the Sandia and Los Alamos national laboratories. SSPX is a series of experiments designed to better determine the spheromak's potential to efficiently contain hot plasmas of fusion fuel, in this case, the hydrogen isotope deuterium.
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