Coupling a CLOVER detector array with the PRISMA magnetic spectrometer
- A. Gadea
- D. R. Napoli
- G. de Angelis
- R. Menegazzo
- A. M. Stefanini
- L. Corradi
- M. Axiotis
- L. Berti
- E. Fioretto
- T. Kroell
- A. Latina
- N. Marginean
- G. Maron
- T. Martinez
- D. Rosso
- C. Rusu
- N. Toniolo
- S. Szilner
- M. Trotta
- D. Bazzacco
- S. Beghini
- M. Bellato
- F. Brandolini
- E. Farnea
- R. Isocrate
- S. M. Lenzi
- S. Lunardi
- G. Montagnoli
- P. Pavan
- C. Rossi Alvarez
- F. Scarlassara
- C. Ur
- N. Blasi
- A. Bracco
- F. Camera
- S. Leoni
- B. Million
- M. Pignanelli
- G. Pollarolo
- A. DeRosa
- G. Inglima
- M. La Commara
- G. La Rana
- D. Pierroutsakou
- M. Romoli
- M. Sandoli
- P. G. Bizzeti
- A. M. Bizzeti-Sona
- G. Lo Bianco
- C. M. Petrache
- A. Zucchiatti
- P. Cocconi
- B. Quintana
- Ch Beck
- D. Curien
- G. Duchene
- F. Haas
- P. Medina
- P. Papka
- J. Durell
- S. J. Freeman
- A. Smith
- B. Varley
- K. Fayz
- V. Pucknell
- J. Simpson
- W. Gelletly
- P. Regan
Publication date
March 2004
DOI Publisher
Springer Science and Business Media LLCAbstract
Following the commissioning of the PRISMA large-acceptance spectrometer, installed at the Laboratori Nazionali di Legnaro (LNL), an international nuclear-structure collaboration has started to develop a large $\gamma$-ray setup to be installed in the target position of the spectrometer. The array is based on the EUROBALL composite CLOVER detectors. In this contribution the CLOVER detector array is described and its expected performance figures discussed. This new setup, by using the high-intensity heavy-ion beams provided by the LNL ALPI linac, will push the study of nuclear structure towards moderately neutron-rich nuclei by means of quasi-elastic and deep inelastic reactions
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