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Theoretical uncertainties of (d,3He) and (3He,d) reactions owing to the uncertainties of optical model potentials
Ist Teil von
Nuclear science and techniques, 2023-06, Vol.34 (6), p.181-187, Article 95
Ort / Verlag
Singapore: Springer Nature Singapore
Erscheinungsjahr
2023
Quelle
Alma/SFX Local Collection
Beschreibungen/Notizen
The theoretical uncertainties of single proton transfer cross sections of the (
3
He,d) and (d,
3
He) reactions, owing to the uncertainties of the entrance- and exit-channel optical model potentials, are examined with the
30
Si(
3
He,d)
31
P,
13
B(d,
3
He)
12
Be, and
34
S(
3
He,d)
35
Cl reactions at incident energies of 25, 46, and 25 MeV, respectively, within the framework of the distorted wave Born approximation. The differential cross sections at the first peaks in the angular distributions of these reactions are found to have uncertainties of approximately 5%, owing to the uncertainties in the optical model potentials from 20,000 calculations of randomly sampled parameters. This amount of uncertainty is found to be nearly independent of the angular momentum transfer and the target masses within the studied range of incident energies. Uncertainties in the single proton spectroscopic factors obtained by matching the theoretical and experimental cross sections at different scattering angles are also discussed.