1974
DOI: 10.1007/bf01676384
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The (τ,d), (d, p) and (d, n) reactions on28Si

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Cited by 12 publications
(4 citation statements)
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“…The choice of an optical model potential for the deuteron channel is rather critical. First, strong jdependent effects arc observed in 28si(aHe, d)29p [1,2], and it is known that such effects, particularly l=l j-dependence, are well explained if one uses a deuteron optical model potential which correctly describes not only elastic scattering cross sections, but also polarization [11,12]. That is, a realistic value of the deuteron spin-orbit potential is required to explain j-dependence via DWBA.…”
Section: Analysis and Discussion Of Resultsmentioning
confidence: 97%
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“…The choice of an optical model potential for the deuteron channel is rather critical. First, strong jdependent effects arc observed in 28si(aHe, d)29p [1,2], and it is known that such effects, particularly l=l j-dependence, are well explained if one uses a deuteron optical model potential which correctly describes not only elastic scattering cross sections, but also polarization [11,12]. That is, a realistic value of the deuteron spin-orbit potential is required to explain j-dependence via DWBA.…”
Section: Analysis and Discussion Of Resultsmentioning
confidence: 97%
“…Inspection of the predicted angular distributions shows, further, that potential B predicts angular distributions in good agreement with the experimental data, whereas potential A predicts angular distributions with considerably deeper minima than exhibited by the data. Potential A is reasonably representative of those used by a number of authors [1][2][3][4] in this mass region. The spectroscopic factor 0.42 + 0.02 predicted by potential B is quite reasonable, and in agreement with expectations from large-basis shell-model calculations [14], which set an upper limit of 0.50.…”
Section: Analysis and Discussion Of Resultsmentioning
confidence: 99%
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“…Comparisons were also made with efficiencies reported by Leleux et al 61 for a 2cm height NE-102 detector and E n between 7 and 14 MeV, and with a large detector (12.7-cm diameter by 30.5-cm height) by Grady et al" For the Leleux et al 61 data, the SCINFUL calculations agreed with the data at E n = 7 MeV, but underpredicted the reported data for E n > 10 MeV by ~10%. As for the Brady et al 62 data, the SCINFUL calculations were unable to reproduce the variations of efficiency exhibited by the reported experimental data.…”
Section: Comparisons Wrixa Ciarciriiacaialmentioning
confidence: 88%