1. Intruder configurations in neutron-rich P and S isotopes
- Author
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Ollier, J JO, Hodsdon, A AH, Chapman, R RC, Liang, X XL, Burns, M MB, Keyes, K KK, Labiche, M ML, Papenberg, A AP, Spohr, K-M KS, Davison, M MD, Angelis, G GdA, Axiotis, M MA, Behera, B BB, Corradi, L LC, Gadea, A AG, Latina, A AL, Kröll, T TK, Marginean, N NM, Martinez, T TM, Napoli, D DRN, Stefanini, A AS, Trotta, M MT, Beghini, S SB, Bazzacco, D DB, Farnea, E EF, Lunardi, S SL, Montagnoli, G GM, Scarlassara, F FS, Deacon, A AD, Smith, A AGS, Smith, J JFS, Curien, D DC, Haas, F FH, Verney, D DV, Jungclaus, A AJ, Azaiez, F FA, Ibrahim, F FI, Stanoiu, M MS, and Dombrádi, Zs ZD
- Abstract
Neutron-rich sdf-shell nuclei have attracted a great deal of international interest, both theoretically and experimentally. There is an increasing interest in using deep-inelastic reactions to obtain spectroscopic information about these exotic nuclei. New results obtained from two such experiments are presented here. The highly sensitive GASP array was used to measure the γ decays of previously unobserved yrast and near yrast states of 34P which were populated when 230 MeV 36S ions were incident on a thick target of 176Yb. In addition, a recent investigation of the spectroscopy of neutron-rich P and S isotopes has been undertaken with 215 MeV 36S ions incident on a thin target of 208Pb using the CLARA Ge detector array in conjunction with the PRISMA magnetic spectrometer. Preliminary results from this experiment are presented here.
- Published
- 2005