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The SNS RFQ Commissioning

Alex Ratti,J.J. Ayers,Lawrence Doolittle,R. DiGennaro,R. A. Gough,M. Hoff,R. Keller, J. MacGill,John Staples,R. Thomae,Steve Virostek,R. Yourd,Alexander Aleksandrov

Lawrence Berkeley National Laboratory（2002）

Cited 24|Views40
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Abstract
LBNL has built for the Spallation Neutron Source (SNS ** ) project a 402.5 MHz RFQ that is designed to accelerate up to 60 mA H from 65 keV to 2.5 MeV [1]. A one millisecond pulse length at 60 Hz provides a 6% duty factor. The RFQ has now been built, conditioned at full duty factor and tested with beam. This paper will present results from the final installation, tuning and beam commissioning. Beam measurements include acceleration and transport efficiencies and transverse emittances. The LEBT optics were tuned for best results. Performance testing of the RF power distribution is also discussed here.
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Key words
acceleration,performance testing,neutron sources,particle accelerators,transport,linear accelerator,spallation,optics,physics,front end,commissioning,linear accelerators
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