Theoretical and empirical d+ 4 He potentials: an anomalous Majorana component? - INSPIRE

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Theoretical and empirical d+ 4 He potentials: an anomalous Majorana component?

R.S. Mackintosh

2003

8 pages

Published in:

Nucl.Phys.A 728 (2003) 415-422

Published: 2003

DOI:

10.1016/j.nuclphysa.2003.09.005

View in:

Nuclear Science References

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Abstract: (Elsevier)

We have surveyed, with recalculation where required, existing empirical and RGM-derived local d− 4 He potentials in order to identify, in empirically derived potentials, features predicted by RGM. Qualitative consistency emerges, but the energy dependence of the Majorana central component of the d+ 4 He interaction, as determined by inversion of RGM S -matrix, suggests a ratio of even- l to odd- l central potential (expressed in terms of volume integrals) of about 1.5 at E lab =10 MeV. The value of this ratio extracted from empirical potentials is much lower.

25.10.+s
21.45.+v
25.45.-z
24.50.+g
Nuclear reactions with deuterons
Inverse scattering
2 H+ 4 He
Parity dependence
Resonating Group Method
Iterative perturbative procedure

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Figures(0)

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