The design guide-lines of RF Linacs to fulfil the requirements of high spectral density Inverse Compton Sources for the photo-nuclear science are mostly taken from the expertise coming from high brightness electron Linacs driving X-ray FEL's. The main difference is the quest for maximum phase space density (instead of peak brightness), but many common issues and techniques are exploited, in order to achieve an optimum design and layout for the machine. A relevant example in this field is the design of the hybrid C-band multi-bunch RF Linacs for the ELI-NP Gamma Beam System, aiming at improving by two orders of magnitude the present state of the art in spectral density available for the gamma-ray beam produced.
OPTIMIZING RF LINACS AS DRIVERS FOR INVERSE COMPTON SOURCES: THE ELI-NP CASE / Cristina, Vaccarezza; David, Alesini; Marco, Bellaveglia; Roberto, Boni; Chiadroni, Enrica; Giampiero Di Pirro, ; Massimo, Ferrario; Alessandro, Gallo; Giancarlo, Gatti; Andrea, Ghigo; Bruno, Spataro; Paolo, Tomassini; Alberto, Bacci; Dennis, Palmer; Vittoria, Petrillo; Andrea, Rossi; Luca, Serafini; Alessandro, Cianchi; Illya, Drebot; Giribono, Anna; Mostacci, Andrea; Palumbo, Luigi; Concetta, Ronsivalle. - ELETTRONICO. - (2014), pp. MOIOB02-16-MOIOB02-20. (Intervento presentato al convegno LINAC2014 tenutosi a Geneva nel 31/08 - 4/09 2014).
OPTIMIZING RF LINACS AS DRIVERS FOR INVERSE COMPTON SOURCES: THE ELI-NP CASE
Enrica Chiadroni;GIRIBONO, ANNA;MOSTACCI, Andrea;PALUMBO, Luigi;
2014
Abstract
The design guide-lines of RF Linacs to fulfil the requirements of high spectral density Inverse Compton Sources for the photo-nuclear science are mostly taken from the expertise coming from high brightness electron Linacs driving X-ray FEL's. The main difference is the quest for maximum phase space density (instead of peak brightness), but many common issues and techniques are exploited, in order to achieve an optimum design and layout for the machine. A relevant example in this field is the design of the hybrid C-band multi-bunch RF Linacs for the ELI-NP Gamma Beam System, aiming at improving by two orders of magnitude the present state of the art in spectral density available for the gamma-ray beam produced.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
