Study of multistep processes in the reaction 116Sn(, t)114Sn AT 25.1 MeV

Feix, W.; Polane, JH; Hall, P. J. van; Poppema, O.J.; Oosten, J.M.J. Van; Klein, S.S.; Nijgh, G.J.

doi:10.1016/0375-9474(81)90261-x

Cited by 3 publications

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“…They should be compared with 3,/p = 1.1 obtained from finite-range calculations [5] of the cross section of 62Ni(p, t)60Ni(O:) at 27 MeV. Keeping , U fixed at 1 .O Feix et a1 [8] found Lip = 0.6 for 116Sn(ij, t)"'Sn(O:) at 25 MeV.…”

Section: Determination Of a And Pmentioning

confidence: 90%

The (p,t) reaction on⁵⁸Ni and⁵⁶Fe at 24.6 MeV

Polane

Feix

Hall

et al. 1989

J. Phys. G: Nucl. Part. Phys.

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The (p, t) reaction on j6Fe and "Ni initiated by 24.6 MeV polarised protons has been investigated. The reaction process is described in terms of simultaneous and sequential neutron transfer. For all five final states studied the sequential process competes strongly with simultaneous transfer of a neutron pair. Theoretical values for the spectroscopic amplitudes were derived from shell-model wavefunctions; these seem to give a reliable description of the reaction process.NUCLEAR REACTIONS 56Fe, S8Ni(polarised p, t), E@) = 24.6 MeV; measured o(Et, e), A(Et, e), deduced J , n. CRC calculations; simultaneous and sequential neutron transfer.

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