Speaker
Description
The Advanced Rare IsotopE Laboratory (ARIEL) presents a unique challenge for beam loss monitoring due to the simultaneous operation of two closely spaced driver beamlines. ARIEL consists of a 500 MeV proton beamline and a 30 MeV electron beamline that are separated by only 1 m in certain sections, requiring reliable discrimination of beam losses originating from each beamline. Accurate identification of beam spills is essential for effective machine protection while minimizing unnecessary beam interruptions. To address this challenge, the ARIEL beam loss monitoring system has been designed using a combination of complementary detector technologies, including optical fibre–based monitors, long ionization chambers, and scintillating detectors. The design of the beam loss monitoring system, the expected performance for distinguishing beam losses between the two beamlines, and the commissioning plans will be presented.
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