Two Color FEL Driven by a Comb-like Electron Beam Distribution | Zendy

E. Chiadroni | Zendy; M.P. Anania | Zendy; M. Artioli | Zendy; A. Bacci | Zendy; M. Bellaveglia | Zendy; A. Cianchi | Zendy; F. Ciocci | Zendy; G. Dattoli | Zendy; D. Di Giovenale | Zendy; G. Di Pirro | Zendy; M. Ferrario | Zendy; G. Gatti | Zendy; L. Giannessi | Zendy; A. Mostacci | Zendy; P. Musumeci | Zendy; Luigi Palumbo | Zendy; A. Petralia | Zendy; V. Petrillo | Zendy; R. Pompili | Zendy; C. Ronsivalle | Zendy; Andrea Rossi | Zendy; C. Vaccarezza | Zendy; F. Villa | Zendy

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Two Color FEL Driven by a Comb-like Electron Beam Distribution

Author(s) -

E. Chiadroni,

M.P. Anania,

M. Artioli,

A. Bacci,

M. Bellaveglia,

A. Cianchi,

F. Ciocci,

G. Dattoli,

D. Di Giovenale,

G. Di Pirro,

M. Ferrario,

G. Gatti,

L. Giannessi,

A. Mostacci,

P. Musumeci,

Luigi Palumbo,

A. Petralia,

V. Petrillo,

R. Pompili,

C. Ronsivalle,

Andrea Rossi,

C. Vaccarezza,

F. Villa

Publication year - 2014

Publication title -

physics procedia

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.26

H-Index - 61

ISSN - 1875-3892

DOI - 10.1016/j.phpro.2014.06.006

Subject(s) - undulator , physics , cathode ray , bunches , optics , electron , beam (structure) , energy (signal processing) , radiation , brightness , injector , nuclear physics , quantum mechanics , thermodynamics

We discuss a new method for the production of trains of FEL radiation pulses based on the FEL emission driven by a comb-like\udelectron beam. In addition, we present recent experimental results on the two color FEL emission as generated at the\udSPARC_LAB facility: a train of two short (<200 fs) electron bunches, almost overlapped in time, with a comb-like energy\uddistribution, has been injected in the undulator, giving rise to FEL pulses at two characteristic frequencies with multi-peaked\udtime structure. This scheme shows also the versatility of the SPARC photo-injector to generate and manipulate such energy and\udtime distributions

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