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SPARC/X Projects

Authors :
Carlo Ligi
A. Clozza
V. Fusco
M. Quattromini
F. Tazzioli
A. Ghigo
Luigi Palumbo
M.E. Biagini
D. Moricciani
Concetta Ronsivalle
Alessandro Cianchi
C. De Martinis
Simone Cialdi
Alberto Renieri
Alessandro Stecchi
Claudio Sanelli
Gian Piero Gallerano
Susanna Guiducci
D. Alesini
G. Messina
Manuela Boscolo
Vittoria Petrillo
Emilio Giovenale
Luigi Picardi
Francesco Flora
Ruggero Ricci
S. Bertolucci
Angelo Stella
P.L. Ottaviani
Luca Serafini
Mauro Migliorati
Alberto Bacci
Adolfo Esposito
F. Broggi
C. Vicario
F. Alessandria
Ilario Boscolo
Mario Mattioli
Cristina Vaccarezza
A. Drago
Decio Levi
Pietro Musumeci
Massimiliano Romé
M. G. Castellano
Giuseppe Dattoli
Luca Giannessi
C. Schaerf
R. Boni
Andrea Mostacci
M. Incurvati
G. Di Pirro
Luigi Pellegrino
Adriana Gallo
Dario Giove
James Rosenzweig
M. A. Preger
Bruno Spataro
G. Medici
Luca Mezi
M. Vescovi
F. Sgamma
Andrea Doria
F. Ciocci
Marilisa De Serio
Massimo Ferrario
Fabio Marcellini
L. Catani
C. Maroli
Enrica Chiadroni
Source :
SPIE Proceedings.
Publication Year :
2005
Publisher :
SPIE, 2005.

Abstract

SPARC and SPARX are two different initiatives toward an X-ray FEL SASE source at LNF. SPARC is a high gain FEL project devoted to provide a source of visible and VUV radiation while exploiting SASE mechanism. An advanced Photo-Injector system, emittance self-compensating RF-gun plus a 150 MeV Linac, will inject a high quality e-beam into the undulator to generate high brilliance FEL radiation in the visible region at the fundamental wavelength, (530 nm). The production of flat top drive laser beams, high peak current bunches, and an emittance compensation scheme will be investigated together with the generation of higher harmonic radiation in the VUV region. SPARX is the direct evolution of such a high gain SASE FEL towards the 13.5 and 1.5 nm operating wavelengths, at 2.5 GeV. The first phase of the SPARX project, fiinded by Government Agencies, will be focused on R&D activity on critical components and techniques for future X-ray facilities as described in this paper.

Details

ISSN :
0277786X
Database :
OpenAIRE
Journal :
SPIE Proceedings
Accession number :
edsair.doi...........28f0d15a2e4e84310718835554422561
Full Text :
https://doi.org/10.1117/12.640290