Energy recovery linacs represent the new frontier of energy sustainability in the field of particle accelerators while providing remarkable performance in terms of high average current and average brightness. Operating superconducting radio-frequency cavities in continuous wave make high repetition rates (GHz-class) affordable and allow the construction of light sources such as FEL or Compton based characterized by high flux. This study originates in the context of the design study of BriXSinO, an ERL based on the two-pass two-way scheme à la Maury Tigner in which the cavities are traveled by the beam in both directions, the first time in the accelerating phase and the second time in the decelerating phase. The code HOMEN was conceived as a model to simulate the evolution of high order modes on long time scales in high Q cavities of machines of this kind and monitor their effects on the beam.
The HOMEN Model: An Estimator of High Order Modes Evolution in an Energy Recovery Linac / Samsam, Sanae; Bacci, Alberto; Bosotti, Angelo; Rosaria Masullo, Maria; Opromolla, Michele; Paparella, Rocco; Passarelli, Andrea; Petrillo, Vittoria; Rossetti Conti, Marcello; Rossi, Andrea; Ruijter, Marcel; Serafini, Luca; Sertore, Daniele. - (2022). [10.18429/jacow-ipac2022-wepoms042].
The HOMEN Model: An Estimator of High Order Modes Evolution in an Energy Recovery Linac
Sanae Samsam;Vittoria Petrillo;Marcel Ruijter;
2022
Abstract
Energy recovery linacs represent the new frontier of energy sustainability in the field of particle accelerators while providing remarkable performance in terms of high average current and average brightness. Operating superconducting radio-frequency cavities in continuous wave make high repetition rates (GHz-class) affordable and allow the construction of light sources such as FEL or Compton based characterized by high flux. This study originates in the context of the design study of BriXSinO, an ERL based on the two-pass two-way scheme à la Maury Tigner in which the cavities are traveled by the beam in both directions, the first time in the accelerating phase and the second time in the decelerating phase. The code HOMEN was conceived as a model to simulate the evolution of high order modes on long time scales in high Q cavities of machines of this kind and monitor their effects on the beam.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
