1972
DOI: 10.1016/0375-9474(72)90028-0
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In-plane and out-of-plane α-γ correlation experiments on 12C

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Cited by 8 publications
(4 citation statements)
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“…[33] centered around the α-particle energies of 21 and 25 MeV. Between 30 MeV and 200 MeV, we used the inelastic scattering data of Burdzik and Heymann at 32.5 MeV [34], of Baron, Leonard and Stewart [35] at 41 MeV, of D'Agostino et al at 90 MeV [36], of Smith et al at 139 MeV [37] and of Tatischeff and Brissaud at 166 MeV [38]. With these differential cross sections OM fits were then done, again with the optical potential of Michel et al [28].…”
Section: B the Inelastic Scattering Reaction 12 C(ααγ)mentioning
confidence: 99%
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“…[33] centered around the α-particle energies of 21 and 25 MeV. Between 30 MeV and 200 MeV, we used the inelastic scattering data of Burdzik and Heymann at 32.5 MeV [34], of Baron, Leonard and Stewart [35] at 41 MeV, of D'Agostino et al at 90 MeV [36], of Smith et al at 139 MeV [37] and of Tatischeff and Brissaud at 166 MeV [38]. With these differential cross sections OM fits were then done, again with the optical potential of Michel et al [28].…”
Section: B the Inelastic Scattering Reaction 12 C(ααγ)mentioning
confidence: 99%
“…The cross section excitation function is taken from Dyer et al [29] for E α = 8-26 MeV, from the data of Refs. [34][35][36][37][38] at 32.5, 41, 90, 139 and 166 MeV, respectively, and from our OM calculations at 250 and 400 MeV. Results for the population amplitudes, phase shifts and total cross sections are presented in Table IV.…”
Section: B the Inelastic Scattering Reaction 12 C(ααγ)mentioning
confidence: 99%
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“…14 N, 6446.17 → g.s. 5250 dσ/dΩ α , with missing angular ranges complemented by nuclear reaction calculations, at E α = 32.5, 36, 41 and 51 MeV from references [6,3,13,15] yields cross sections values of 140, 126, 94 and 65 mb, respectively, while the prediction of TALYS at E α = 30, 40 and 50 MeV is 92, 22 and 14 mb, respectively.…”
Section: Lab Energy (Mev) Cross Section (Mb)mentioning
confidence: 99%