The 12C(t,α)11B reaction at 33 MeV

P B Foot; D Barker; C O Blyth; J B A England; O Karban; M C Mannion; J M Nelson; C A Ogilvie; C Pinder; L Potvin; S Roman; G G Shute; L Zybert; R Zybert; J M O'Donnell; M J Smithson; N M Clarke; K I Pearce; P Simmonds; B M Spicer

doi:10.1088/0305-4616/13/12/011

The ¹²C(t,α)¹¹B reaction at 33 MeV

P B Foot¹, D Barker¹, C O Blyth¹, J B A England¹, O Karban¹, M C Mannion¹, J M Nelson¹, C A Ogilvie¹, C Pinder¹, L Potvin¹, S Roman¹, G G Shute¹, L Zybert¹, R Zybert¹, J M O'Donnell¹, M J Smithson¹, N M Clarke¹, K I Pearce¹, P Simmonds¹ and B M Spicer¹

Published under licence by IOP Publishing Ltd
Journal of Physics G: Nuclear Physics, Volume 13, Number 12 Citation P B Foot et al 1987 J. Phys. G: Nucl. Phys. 13 1531 DOI 10.1088/0305-4616/13/12/011

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¹ Dept. of Phys., Birmingham Univ., UK

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Abstract

Differential cross sections for the ¹²C(t, alpha )¹¹B reaction at 33 MeV have been measured and analysed for the transition to the 0.0, 2.125, 4.445, 5.021, 6.743, 7.286, 7.978 and 8.559 MeV states in ¹¹B. The results of CRC (coupled reaction channels) calculations are compared with DWBA (distorted wave Born approximation) and CCBA (coupled channels Born approximation) calculations for the single-step and two-step transitions respectively. The CRC calculations resulted in improved agreement with the experimental data for the strong transitions.

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