The CLARA-PRISMA setup installed at LNL: first results
- A., Gadea
- N., Marginean
- L., Corradi
- Lenzi, SILVIA MONICA
- C. A., Ur
- E., Farnea
- G., DE ANGELIS
- E., Fioretto
- D. R., Napoli
- A. M., Stefanini
- S., Szilner
- M., Axiotis
- B. R., Behera
- A., Latina
- C., Rusu
- W., Zhimin
- D., Bazzacco
- S., Beghini
- Lunardi, Santo
- Montagnoli, Giovanna
- R., Menegazzo
- Scarlassara, Fernando
- DELLA VEDOVA, Francesca
- Nespolo, Massimo
- A., Bracco
- F., Camera
- S., Leoni
- B., Million
- M., Pignanelli
- G., Pollarolo
- M., Trotta
- P. G., Bizzeti
- A. M., BIZZETI SONA
- D., Curien
- P., Medina
- M., Chambit
- R., Chapman
- X., Liang
- S. J., Freeman
- A., Smith
- B. J., Varley
- V., Pucknell
- R., Lemmon
DOIAbstract
CLARA is an array of 25 Clover (EUROBALL type) Ge detectors, placed at the target position of the large acceptance magnetic spectrometer PRISMA. Due to the granularity of the CLARA Ge array (100 crystals), the photopeak efficiency ( 483%) and the PRISMA large acceptance ( 4880 msr, and 20% \u394p/p), the setup is an excellent tool to investigate the structure of neutron-rich nuclei, populated in multinucleon transfer reactions and deep inelastic collisions with stable beams. Since March 2004 the setup is fully operational, and since then several experiments have been performed, with beams delivered by the LNL XTU-Tandem and the ALPI linac. In this contribution the preliminary outcome of the first experiments is shown
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