Optical-model analysis of elastic scattering and polarization of 30.5 MeV protons from 64,66,68Zn

Tait, W.H.; Burge, E J; Edwards, V.R.W.

doi:10.1016/0375-9474(71)90277-6

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W H L Moonen Et A11

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2012

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“…Earlier publications on proton scattering from the zinc isotopes include papers by Jabbour et a1 [1,2] at an energy close to ours (22 MeV), but using an unpolarized beam. Tait et a1 [3,4] used a polarized beam at a somewhat higher energy (30.5 MeV). In their work the ground state and the 2: and 3; levels were studied for ".66s68Zn and no polarization data were reported for "Zn.…”

Section: W H L Moonen Et A1mentioning

confidence: 99%

Scattering of 20.4 MeV polarized protons from even-mass zinc isotopes

Moonen¹,

Krabbenborg²,

Offermans³

et al. 1993

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

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Measurements are reporled on polarized-proton scattering from the even-mass zinc isotopes at 20.4MeV beam energy. The elastic and first-order inelastic processes are represented well by standard theory. The analysis of the two-phonon multiplets presents difficulties which may indicate a change in the nuclear structure between isotopes or the occurrence of an energy-dependent interfering process.NUCLEAR REACTIONS 64,66.68,mZn (polarized p,p') E = 20.4MeV; measured o(e), A(0); deduced optical model parameters, deformation strengths for 2 : and 3; states. DWBA calculations;for -Zn and "Zn also cc.

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Section: W H L Moonen Et A1mentioning

confidence: 99%