Single-neutron transfer from 11Begs via the (p, d) reaction with a radioactive beam
✍ Scribed by J.S. Winfield; S. Fortier; W.N. Catford; S. Pita; N.A. Orr; J. Van de Wiele; Y. Blumenfeld; R. Chapman; S.P.G. Chappell; N.M. Clarke; N. Curtis; M. Freer; S. Galès; H. Langevin-Joliot; H. Laurent; I. Lhenry; J.M. Maison; P. Roussel-Chomaz; M. Shawcross; K. Spohr; T. Suomijärvi; A. de Vismes
- Book ID
- 104333793
- Publisher
- Elsevier Science
- Year
- 2001
- Tongue
- English
- Weight
- 381 KB
- Volume
- 683
- Category
- Article
- ISSN
- 0375-9474
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✦ Synopsis
The 11 Be(p, d) 10 Be reaction has been performed in inverse kinematics with a radioactive 11 Be beam of E/A = 35.3 MeV. Angular distributions for the 0 + ground state, the 2 + , 3.37 MeV state and the multiplet of states around 6 MeV in 10 Be were measured at angles up to 16 • cm by detecting the 10 Be in a dispersion-matched spectrometer and the coincident deuterons in a silicon array. Distorted wave and coupled-channels calculations have been performed to investigate the amount of 2 + core excitation in 11 Be gs . The use of "realistic" 11 Be wave functions is emphasised and bound-state form factors have been obtained by solving the particle-vibration coupling equations. This calculation gives a dominant 2s component in the 11 Be gs wave function with a 16% [2 + ⊗ 1d] core excitation admixture. Cross sections calculated with these form factors are in good agreement with the present data. The Separation Energy prescription for the bound-state wave function also gives satisfactory fits to the data, but leads to a significantly larger [2 + ⊗ 1d] component in 11 Be gs .
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