The SPARC_LAB Thomson source is a compact X-ray source based on the Thomson backscattering process presently under its second phase of commissioning at the LNF. The electron beam energy ranges between 30 and 150 MeV, the electrons collide head-on with the Ti:Sapphire FLAME laser pulse the energy of which ranges between 1 and 5 J with pulse lengths in the 25 fs–10 ps range, this provides an X-ray energy tunability in the range of 20–500 keV, with the further capability to generate strongly non-linear phenomena and to drive diffusion processes due to multiple and plural scattering effects. The experimental results of the obtained X-ray radiation are presented.

The SPARC_LAB Thomson source / Vaccarezza, C.; Alesini, D.; Anania, M. P.; Bacci, A.; Biagioni, A.; Bisesto, Fabrizio Giuseppe; Bellaveglia, Marco; Cardarelli, P.; Cardelli, Fabio; Cianchi, A.; Chiadroni, E.; Croia, Michele; Curcio, Alessandro; Delogu, Paolo; Giovenale, D. Di; Domenico, G. Di; Pirro, G. Di; Drebot, I.; Ferrario, Massimo; Filippi, Francesco; Gallo, A.; Galletti, M.; Gambaccini, M.; Giribono, Anna; Golosio, B.; Li, W.; Mostacci, Andrea; Oliva, P.; Palmer, D.; Petrillo, V.; Petrarca, Massimo; Pioli, Stefano; Piersanti, Luca; Pompili, R.; Romeo, Stefano; Rossi, A. R.; Scifo, Jessica; Serafini, L.; Suliman, G.; Villa, F.. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - ELETTRONICO. - 829:(2016), pp. 237-242. [10.1016/j.nima.2016.01.089]

The SPARC_LAB Thomson source

BISESTO, FABRIZIO GIUSEPPE;BELLAVEGLIA, MARCO;CARDELLI, FABIO;Chiadroni, E.;CROIA, MICHELE;CURCIO, ALESSANDRO;DELOGU, Paolo;FERRARIO, MASSIMO;FILIPPI, FRANCESCO;GIRIBONO, ANNA;MOSTACCI, Andrea;PETRARCA, MASSIMO;PIOLI, STEFANO;PIERSANTI, LUCA;ROMEO, STEFANO;SCIFO, JESSICA;
2016

Abstract

The SPARC_LAB Thomson source is a compact X-ray source based on the Thomson backscattering process presently under its second phase of commissioning at the LNF. The electron beam energy ranges between 30 and 150 MeV, the electrons collide head-on with the Ti:Sapphire FLAME laser pulse the energy of which ranges between 1 and 5 J with pulse lengths in the 25 fs–10 ps range, this provides an X-ray energy tunability in the range of 20–500 keV, with the further capability to generate strongly non-linear phenomena and to drive diffusion processes due to multiple and plural scattering effects. The experimental results of the obtained X-ray radiation are presented.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11573/934002
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