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Relativistic Heavy Ion Collider (RHIC)
An accelerator in which two beams of ions or polarized
protons are accelerated and then collide in two
locations, in order to study the state of matter formed
in the first microseconds of the universe and the spin
structure of the proton.
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Alternating Gradient Synchrotron (AGS)
The AGS is the final stage of the injector chain which
accepts beam from the Booster and accelerates it to the
minimum RHIC energy. The AGS then injects the beam into
the two accelerator rings that comprise RHIC
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Booster Accelerator
The Booster accepts ions from EBIS and protons from the
LINAC, and accelerates the beam to the minimum AGS
energy before injecting it into the AGS. The Booster
also supplies beam to the NASA Space Radiation
Laboratory (NSRL).
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Linac
Fed by either a polarized or a high-intensity proton
source, the linear accelerator (Linac) supplies proton
beams to the Booster for RHIC and NSRL, and to the
production of medical isotopes at the Brookhaven Linac
Isotope Producer (BLIP) facility.
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Electron Beam Ion Source (EBIS)
EBIS creates ion beams from the lightest to the heaviest
elements and, after acceleration in a small ion Linac,
sends them into the Booster. The ions from EBIS are used
either in RHIC or NSRL.
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Tandem Van de Graaff
The Tandem Van de Graaff electrostatic accelerators
supply a wide range of ion beams for radiation testing
of electronic components and for manufacturing of
industrial items.
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Accelerator Test Facility (ATF)
The ATF provides a very high brightness electron beam to
four beam lines, synchronized with high-power lasers,
for the advancement of accelerator technologies and with
a view to develop smaller machines and more
cost-effective methods of particle acceleration.
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