Installation and Commissioning of the Super Conducting Rf Linac Cryomodules for the Erlp

Goulden, A.; Bate, R.; Buckley, Rachael; Pattalwar, Shrikant

doi:10.1063/1.2908523

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Cryogenic System and Accelerating Modules1

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2009

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“…The cryogenic system [3] was installed during 2006 as a collaborative effort between Daresbury Laboratory, Linde, ACCEL and DeMaco, with both accelerating modules delivered in the first half of that year. Both modules were cooled to 2 K in December of 2006, and were tested with a simulated dynamic heat load of 112 W. Pressure stability of ± 0.03 mbar at 2 K and ± 0.10 mbar at 1.8 K has also been demonstrated, and the cryogenic system is now performing beyond its design specification.…”

Section: Cryogenic System and Accelerating Modulesmentioning

confidence: 99%

Status of the ALICE Energy Recovery Linac

Jones¹,

Jamison²,

Saveliev³

et al. 2009

AIP Conference Proceedings

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The ERLP energy recovery linac prototype at Daresbury Laboratory has been rebranded, and is now called ALICE (Accelerators and Lasers In Combined Experiments). This paper gives an overview of the project and its status, outlines some of the challenges experienced during the commissioning of the photoinjector and superconducting accelerating systems, and presents our photoinjector gun commissioning results. An outline is given of the planned photon science program for ALICE, and its under-pinning role in the EMMA NS-FFAG 1 project.

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Section: Cryogenic System and Accelerating Modulesmentioning

confidence: 99%