The possibility of generating crystallized ion beams has always excited the interest of most people working on particle accelerators. The reason of this interest has manifold aspects: either a knowledge on a completely new research field or some of the applicative potentialities, connected with crystallinebeams, would justify a careful investigation on this content. The Conceptual Design of a low-energy heavy-ion storagering, called CRYSTAL, proposed for the experimental demonstration of crystallinebeams at Legnaro Laboratories is presented. Besides the study of crystallinebeams the CRYSTAL StorageRing (CSR) offers a large potential for fundamental research in nuclear, atomic and molecular physics. In this sense, the development of a second generation cooler ring with better lattice will give large possibilities to investigate more deeply in fundamental Physics.

CRYSTAL: a storage ring for crystalline beams and other applications

CALABRESE, Roberto;CIULLO, Giuseppe;GUIDI, Vincenzo;LENISA, Paolo;
1997

Abstract

The possibility of generating crystallized ion beams has always excited the interest of most people working on particle accelerators. The reason of this interest has manifold aspects: either a knowledge on a completely new research field or some of the applicative potentialities, connected with crystallinebeams, would justify a careful investigation on this content. The Conceptual Design of a low-energy heavy-ion storagering, called CRYSTAL, proposed for the experimental demonstration of crystallinebeams at Legnaro Laboratories is presented. Besides the study of crystallinebeams the CRYSTAL StorageRing (CSR) offers a large potential for fundamental research in nuclear, atomic and molecular physics. In this sense, the development of a second generation cooler ring with better lattice will give large possibilities to investigate more deeply in fundamental Physics.
Tecchio, L; Atutov, A; Bisoffi, G; Burov, A; Calabrese, Roberto; Ciullo, Giuseppe; Clauser, T; Dainelli, A; Dikansky, Ns; Guidi, Vincenzo; Gustafsson, S; Lamanna, G; Lenisa, Paolo; Mariotti, E; Moi, L; Moisio, Mf; Parkhomchuk, Vv; Pestrikov, Dv; Pisent, A; Poggi, M; Stagno, V; Variale, V; Yang, B.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11392/516629
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