The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser light on the high-energy electrons circulating in the ESRF storage ring. This technique, first developed for the Ladon beam on the storage ring Adone. at LNF [1], provides gamma-ray beams with linear or circular polarizations close to one and well known. The. Graal beam covers the energy region between 600 and 1500 MeV thus allowing the study of baryon resonances up to an energy of 1916 MeV, in large part by precision measurements of beam polarization asymmetries in meson photoproduction on the nucleons. RI BELLINI, Vincenzo/B-1239-2012
Recent Results from the Graal and LEGS Beams
Bellini V;Giusa A;Mammoliti F;Randieri C;Russo G;Sutera M;
2008-01-01
Abstract
The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser light on the high-energy electrons circulating in the ESRF storage ring. This technique, first developed for the Ladon beam on the storage ring Adone. at LNF [1], provides gamma-ray beams with linear or circular polarizations close to one and well known. The. Graal beam covers the energy region between 600 and 1500 MeV thus allowing the study of baryon resonances up to an energy of 1916 MeV, in large part by precision measurements of beam polarization asymmetries in meson photoproduction on the nucleons. RI BELLINI, Vincenzo/B-1239-2012| File | Dimensione | Formato | |
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A107_2008 AIP_Conf Proc_Schaerf_Recent results.pdf
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