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End-to-End Energy Variation Study for Induction Radiography Accelerator
2017
Energy variation study for beam transport from the entrance of a conceptual induction radiography accelerator to the x-ray target has been reported previously [1]. In this report, we have extended the study upstream to the injector. To achieve minimum emittance growth and to obtain a desired final beam size, we have developed three optimal tunes. Among them, one optimal tune, capable of supressing beam break-up instability and producing acceptable corkscrew motions, is used to study the energy
doi:10.18429/jacow-ipac2017-mopik114
fatcat:4snxgkun3bhpxhihf5q2vxkxbi