STUDY OF HIGH-LYING STATES IN 208Pb WITH THE AGATA DEMONSTRATOR∗
- D. Bazzaccoc
- G. Benzonib
- N. Blasib
- C. Boianob
- S. Brambillab
- B. Millionb
- O. Wiel
- M. Bellatoc
- A. Gottardoc
- R. Isocratec
- C. Michelagnolic
- D. Montanaric
- F. Recchiac
- C. Urc
- D. Bortolatof
- E. Caloref
- P. Molinif
- D. R. Napolif
- E. Sahinf
- J. J. Valiente-dobonf
- M. Ciemalag
- M. Kmiecikg
- A. Majg
- S. Myalskig
- A. Bürgerh
- R. Kempleyi
- P. Reiterj
Publication date
January 2011
DOIAbstract
An experiment aiming at the study of the gamma decay from the Giant Resonance region in the nuclei 208Pb, 90Zr has recently been performed with the AGATA Demonstrator coupled to an array of large volume scintillators (LaBr3:Ce, BaF2) to increase the overall gamma detection efficiency. The 208Pb and 90Zr nuclei were excited with the inelastic scattering of 17O at the incident energy of 20 MeV/u. The ejectiles were detected in a pair of silicon E–∆E telescopes placed at forward angles. Preliminary results concerning the first partial analysis of the measurement with the 208Pb target are here presented. DOI:10.5506/APhysPolB.42.65
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