Commissioning of the 200 MeV injector linac for the Oxford Instr.-IBM synchrotron light source

Letellier, P.; Meyrand, G.; Perraudin, C.; Setty, A.; Tran, D.T.; Tronc, D.; Kempson, V. C.; Uythoven, Jan

doi:10.1109/pac.1989.73361

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Linac Parameters1

A) Composite Bend1

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“…The 200 MeV Linac will be similar to the one built for the IBM compact superconducting light source. It's parameters were reported [1] to be…”

Section: Linac Parametersmentioning

confidence: 99%

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Transport line from the Linac to the SXLS ring

Bozoki¹

1991

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Design of a transport line with highly restrictive space and beam size requirements and with flexibility in the orientation of the injector is presented. An analytic method, based on symbolic algebra is used to find optimal regions of the design parameters. The fine tuning of the parameters were then performed with a standard matrix program. Special interest was paid to the question of dispersion vector matching large angle bend with very small bending radius using non-iron bending magnets with very small gap area.

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“…The 200 MeV Linac will be similar to the one built for the IBM compact superconducting light source. It's parameters were reported [1] to be…”

Section: Linac Parametersmentioning

confidence: 99%

“…The total (horizontal or vertical) transport matrix of the bend is Eqs. (A2.2) can be written in a simple format if L t =L2=0, pi=p 2 , n x =n 2 and if the thin lens approximation for the quadrupole is valid (<?n=^22= 1…”

Section: A) Composite Bendmentioning

confidence: 99%