The evolution of the giant dipole resonance (GDR) in ~2ยฐSn and 2ยฐ8pb nuclei at excitation energies in the range of 30-130 MeV and 40-110 MeV, respectively, were studied by measuring high energy y rays from the decay of the resonance. The excited states were populated by inelastic scattering of a par
Giant dipole resonance in excited 120Sn and 208Pb nuclei populated by inelastic alpha scattering
โ Scribed by E. Ramakrishnan; T. Baumann; A. Azhari; R.A. Kryger; R. Pfaff; M. Thoennessen; S. Yokoyama; J.R. Beene; M.L. Halbert; P.E. Mueller; D.W. Stracener; R.L. Varner; G. Van Buren; R.J. Charity; J.F. Dempsey; P-F. Hua; D.G. Sarantites; L.G. Sobotka
- Book ID
- 107984175
- Publisher
- Elsevier Science
- Year
- 1996
- Tongue
- English
- Weight
- 385 KB
- Volume
- 599
- Category
- Article
- ISSN
- 0375-9474
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๐ SIMILAR VOLUMES
The properties of the giant-dipole resonance (GDR) are calculated as a function of excitation energy, angular momentum, and the compound nucleus particle decay width in the nuclei 12ยฐSn and 2ยฐspb, and are compared with recent experimental data. Differences observed in the behavior of the full-width-
The giant resonance regions ofgยฐzr, UfSn, t44Sm and 2ยฐspb were investigated using 240 MeV et particle scattering at small angles including 0 ยฐ. E1 strengths corresponding to 91+11%, 89\_+10%, 105+12% and 95+13% of the isoscalar E1 energy-weighted sum rule were identified between 18<\_E~<31 MeV, 16<\